Medical Waste Incinerators

Incinerator but the size of chamber > 2000 x 1200 mm. Prepare for burn LIQUID Waste +/- 20 liter/hr.
C: How many batch can we place in each day basis per 24 hours.
A;  Batch Capacity for each version, how much load can we place in 1 time. I need tio under stand in duration of batch load one time I can ut in Kgs.
Fueled by Heavy OIL Burner.waste disposal incinerator, capable of managing both dry and wet garbage. . Which include home hold wastes and dry leaves.
E; I do want to know an average lifetime of system and after how many years we need the fix of linning etc..

2. What is your minimum capacity and maximum capacity incinerator.

3. You do provide secodn hand incinerator in great working condition.
5. Please send us DEFRA and DADR approval reports by attachment, copy of ISO and summary of gas emmission report from incinerators.

incinerator plant specification

1)  Electricity Supply:
(a) Mains Supply:
(I)  Single Stage supply; 220 — 240V, 50Hz
(ii) Three Stage supply; 380 — 415V, 50Hz
(iii) The power supply outlet (sockets) for single phase distribution system at the hospital is three hooks and conforms to BS1363.

(b) Fluctuation:
(I)  Mains fluctuation is a frequent problem, the performance should be affected by this problem a tolerance of ±15% or more in both the nominal voltage ought to be allowed.
(ii) Mains Cut-off (black out) is a frequent problem. Where necessary, Uninterrupted Power Supply (UPS) Unit ought to be included to prevent damage of equipment as a result of sudden disruption in power supply.
(iv)        Suppliers should therefore verify to ensure that their power distribution units will not be affected by the above conditions.

2)  Water Supply
a)  Quality: the mains supply is hard water. The supplier should check/modify their gear with filters or descalers where necessary.
B)  Pressure: this is variable and correlated with frequent cut off. Where necessary, the supplier should include pumps or boosters to overcome this problem.
C)  Where necessary, suppliers should include water distillers

2-83    Section VI. Environmental temperature can be such that poor rubber and plastic materials can quickly melt or deformed. Bidders must ensure all materials are going to have the ability to withstand such temperatures

4)  Humidity: humidity is generally high about 65 — 90%. Electronic components must be protected to prevent the effect of condensation.

5)  Dust: this is an important problem especially during the dry season. Dust get into gear and clogs up filters. Additional protection must be provided where necessary and where applicable spare filters supplied to last not less than five years continuous use.

6)  Vermin: these are also available and occasionally enter into gear to chew cables and urinate on boards to cause short circuit. This can be prevented by offering vermin guard where necessary to prevent entry of such destructive animals.
7)  The proposed equipment must conform to the current applicable international standard such as ISO; CE; IEC, ANSI and/or BS

8)  Language:
a)  All labels and markings on the equipment must be in English language. B)  All software programmes in the proposed equipment must be in English
language
c)  All manuals have to be in English language.

9)  Each of the equipment supplied must be provided with user and technical manuals. Instructions on their usage, storage and service must be clearly indicated in the manuals and where necessary, on the gear.

10)Where applicable the following shall apply:
a)  Electrical Safety
I)    The device should be given a line (electricity ) cord of acceptable durability, quality, length, and ampacity and must be secured with sufficient strain reliefs.
Ii)  The device should include, or the bidder or supplier should offer, power plugs that are sufficient for the maximum voltage and current of the device.
Iii) The chassis should be grounded and grounding resistance shouldn’t exceed 0.15 ohm.
Iv) When the unit is double insulated, it ought to be so labeled.
V)  Electrical leakage current from the chassis of the unit shouldn’t exceed
500µA per IEC 601-1 b)  Effects of Fluids

Section VI. Prerequisites 2-84

I)    Patient and operator security and system performance shouldn’t be negatively influenced by fluid spills.
Ii)  If the device is changed, it ought to fail safely.

c)  Overcurrent Protection
I)    reduction of power to other equipment on the same branch circuit due to internal gear faults should be prevented by using fuses or circuit breakers that are clearly labeled and easy to replace or reset.
Ii)  If fuses are used, a spare fuse ought to be provided in a labeled holder situated next to the main fuse holder. Permanent markings near each fuse holder must indicate fuse ratings.

e)  Electromagnetic Interference (EMI)
I)    The device ’s functionality shouldn’t be affected by EMI radiated or conducted via the power lines from another device.
Ii)  If the device is changed, it ought to fail safely.

f)    Alerts I)    The device should have visual or audible alarms to warn operators of any system fault that might lead to unsafe or incorrect results.
Ii)  Audible and/or visual signs should activate when the display reading reaches and stays at the alert limit.
Iii) All alarms must be fully explained in the operator’s guide.

g)  Audible Alerts I)    Audible alarms should be distinct and easily identified.
Ii)  Audible alarms should be enabled when the device is turned on (i.e., the default volume shouldn’t be set to OFF) and should be clearly audible at any volume setting.
Iii) When the alarm volume is adjustable, it shouldn’t be possible to turn the volume down so low that it is unlikely to be heard.
Iv) Though an audible-alarm silence is acceptable, the alert must recur automatically if the condition is not corrected.
V)  When an alarm is silenced, a visual display should clearly indicate which alarm is disabled.

h)  Visual Alerts I)    Visual alerts should be simple to identify. Prerequisites

ii)  The alarm must be specific to the problem and stay on until the alarm condition is corrected; it shouldn’t be possible to turn off the visual alert.

I)    Construction Quality
I)    The device should have no sharp edges.
Ii)  All external elements should be securely mounted.
Iii) The device should be secure and offer adequate protection against moving and electrically energized parts.
Iv) The device should be well constructed with durable materials to withstand typical abuse and cleaning.
V)  Switches, knobs, and other controls should be designed for conditions of heavy use.
Vi) Wiring and tubing should be neatly organized and bundled, if appropriate. Vii) Mechanical, electrical, and pneumatic terminators, connectors, sockets, and
solder joints should be designed to prevent fluid penetration, incorrect connections, and mismating of fitting and couplings.
Viii)Connections should be secure to resist accidental disconnection and should maintain sterility, when appropriate.

j)    Controls
i)    The controls (i.e., switches, knobs, etc.) should be visible and clearly identified, and their functions should be self-evident.
Ii)  Device design should prevent misinterpretation of displays and control settings.
Iii) Switches and controls should be guarded against accidental setting changes (e.g., due to someone brushing from the panel).
iv) Controls should be sealed against penetration of liquids.

k)  Labeling
i)    Labels and markings should be clear and legible.
Ii)  Labels and markings should be durable enough to withstand regular cleaning and normal wear.

l)    Ease of Use and maintenance
I)    The device should be simple to learn how to use, operate, and maintain.
Ii)  The device should have abbreviated operating instructions included on or with the device (e.g., on a laminated card attached to the device ).
Iii) The device should be simple to clean, disinfect, and/or sterilize, as appropriate. Iv) The device should be designed for easy access to serviceable parts.

m) Special maintenance tools, spare-parts and consummables
I)    Where necessary or required, the supplier must include any special tools needed for the maintenance of the proposed equipment
ii)  Each equipment must be supplied with the recommended spare-parts

Section VI. Requirements    2-86

needed for preventative maintenance for five years and where necessary include stock of recommended spare-parts for corrective maintenance.
N )  Training
I)    The supplier is needed to provide sufficient training on every equipment on the correct use and operation of their equipment.
Ii)  Likewise, suppliers are required to give adequate manufacturer’s training on the setup and maintenance(both preventative and corrective)
o)  Packaging and Storage Conditions of Equipment
I)    The components and equipment should withstand humidity and temperature extremes likely to be encountered during storage and transport.
Ii)  The manufacturer should recommend procedures for storage of their equipment.

m) Special maintenance tools, spare-parts and consummables
i)    Where necessary or required, the supplier must include any special tools required for the maintenance of the proposed equipment
ii)  Each equipment must be supplied with the recommended spare-parts

Section VI. Requirements    2-86

required for preventive maintenance for five years and where necessary include stock of recommended spare-parts for corrective maintenance.
n)  Training
i)    The supplier is required to provide adequate training on each equipment on the proper use and operation of the equipment.
ii)  Similarly, suppliers are required to provide adequate manufacturer’s training on the installation and maintenance(both preventive and corrective)
o)  Packaging and Storage Conditions of Equipment
i)    The equipment and components should withstand temperature and humidity extremes likely to be encountered during storage and transport.
ii)  The manufacturer should recommend procedures for storage of the equipment.

medical was incinerators Department of Health

2.    Heavy duty steel, heat resistant coating, stainless steel lid, painted tubular steel frame, 2-blowers, axial vane, suitable drum (S/S, thick) for the incinerator must be provided. Approx. 20 to 25 Kg per batch and the time required for 1 batch more than 1 hour typically.

4.    Ash should be only 5 percent of this waste material

5.    Weight of Incinerator — 50-60 Kg

6.    220V AC

7.    Surgical, medical & lab waste

8.    B X L X H = 4 feet X 8 feet X 6 feet

9.    1 year warranty

10. ISO Certified

11. Mobile Incinerator

12.  Electric

hospital waste management team at a tertiary care hospital,1250 beeded hsopital.

our daily waste generated from all sources is 0.55kg/bed/day =685kg/day

we need an incinerator of 150kg/hour loading capacity.

plz reply with, purchasing,installation, running and maintenance cost.incinerators, especially, medical was incinerators

10. ISO Certified

11. Mobile Incinerator

12.  Electric

MUNICIPAL SOLID WASTE INCINERATORS

Medical incinerator with a 10 kg/hour (15 lbs/hour) capacity shall be constructed on the site, complete with Stacks, control panels and all accessories, complying with 01015 par. 5.16.2
-Oils
MUNICIPAL SOLID WASTE INCINERATORS

Municipal waste incinerator quantities and capacities shall be made for 24-hour 7-day-a-week continuous operation.

Incinerators will be capable of processing both wet and dry material and operating on each diesel fuel, JP-8 fuel,

or waste oil; watch Pipes for fuel storage system requirements. The following shall be provided as a minimum:

Reinforced concrete mounting bases, feed or charging hoppers (or loaders), main combustion chambers

with ash cleanout doors, secondary combustion chambers with ash cleanout doors, cyclone air filters (or separators),

and forced air exhaust stacks (or chimneys).

The charging system will consist of, as a minimum, a hopper for top feeding and automatically operated hydraulic

charging pliers or augur. To prevent warpage or excessive thermal expansion, a charger cooling system using either

atmosphere or water shall be supplied.

Main combustion chamber shall be either the rotary- or stationary fixed-hearth (or kiln) type incinerator. Burner

and combustion air controls shall be completely automatic comprising of, as a minimum, digital ignition and all

necessary interlocks and safety devices to provide safe operation. The chamber and burner shall be made to

keep a minimum combustion temperature of 700 to 870 C (1300 to 1600 F), but will not to exceed 980

C (1800 F). The ash-removal system will consist of the automatic constant removal of the ash into an ashquench

pit where cooled by water and removed by conveyor. Burner and combustion air controls shall be completely automatic

comprising of, as a minimum, digital ignition and all necessary interlocks and safety devices to provide safe

operation. The chamber and burner shall be designed to maintain a minimum combustion temperature of

930 to 980 C (1700 to 1800 F), but will not to exceed 1150 C (2100 F). The ash-removal system will consist of, as

a minimum, the manual removal into a sterile

Cyclone air filters shall be provided to remove the larger particulates. Cyclone air separators may be provided with

powered fans to increase the velocity of the gases inside the cyclone to enhance the collection efficiency for smaller

particles.

5.16.2 MEDICAL WASTE INCINERATORS

Medical waste incinerators shall be especially designed by the manufacturer to eliminate all medical wastes. All units shall be made for 2 hours

per day of continuous operation and be rated in volume per hour (i.e. kg/hr or lbs/hr).

Incinerator loading or charging of medical waste shall be batched-fed manually.

Main combustion chamber shall be the stationary fixed-hearth (or kiln), multiple-chamber, retort type or larger

capacity rotary-hearth (or kiln) type. Burner and combustion air controls shall be completely automatic comprising of, as a

minimum, electronic ignition and all necessary interlocks and safety devices to provide safe operation. The

chamber and burner shall be designed to maintain a minimum combustion temperature of 760 to 870 C

(1400 to 1600 F). The ash-removal system will consist of the automatic constant removal of the ash into an ashquench

pit where cooled by water and removed by conveyor.

Secondary combustion chamber shall be a solid-walled and -floored, flat, refractory-lined cylinder type

incinerator designed to oxidize (or burn) the organic vapors and gases. Burner and combustion air controls shall be

completely automatic comprising of, as a minimum, digital ignition and all necessary interlocks and safety devices to

provide safe operation. The chamber and burner shall be designed to maintain a minimum combustion temperature

of 930 to 1200 C (1700 to 2200 F) with a minimum gas residence (or dwell) time of 2.0 seconds. The ashremoval

system will consist of, as a minimum, the manual removal into a sterile collection hopper.

Cyclone air filters shall be provided to remove the larger particulates. Cyclone air separators may be provided with

powered fans to increase the velocity of the gases inside the cyclone to enhance the collection efficiency for smaller

particles.

5.16.3 INCINERATOR STACKS (OR CHIMNEYS)

Stack size shall be in accordance with the manufacturer’s recommendations. Stacks will be the forced-air kind and

completely self-supporting and unattached to nearby structures. As a minimum, stack heights will minimize

downwash of stack emissions as a result of aerodynamic influences from neighboring structures and be calculated in accordance

with DoD 4715.05-G, Overseas Environmental Baseline Guidance Document. Stacks shall be supplied with

corrosion-resistant steel weather caps.”

a specific type to use at a crematorium. Something that enables especially for ash collection etc.cremation option to the deceased’s family. Is this product suitable, are ashes easily accumulated etc., a cremator, for pet practice, could you introduce and all detail of earnings, tax, environtment.-Plastic. 500Kg/hr and to be utilized maximum 6 times, is this means it’ll provide only 3 tons every day?
Municipal incinerators with a 10-metric ton/24-hour capability, complete with Stacks, control panels and all accessories, complying with 01015 par. 5.16.1

with DoD 4715.05-G, Overseas Environmental Baseline Guidance Document. Stacks shall be provided with

corrosion-resistant steel weather caps.”

Incinerators

burn between 5000-10000 kg per hour.Mostly waste from crude oil tanks. Construction, installation and 6 weeks maintenance cost including specifications.CMSD for Double Chamber Rotary Klin Type Incinerator (1st Chamber temperatur not less than 850 degree centrigrade & 2nd Chamber Temperature  not less than 1200 c with exhaust pipe 100 meter long with emission gas filtering mechanism ),  Hydroclave (Medical) with anciliary equipments operating parameters: Temperature 250-275 level feren, Pressure 15-35PSI, Sterilization period 30 minus, Batch capacity -463 kg. 2 Incinerators for a hospital in VN. The anticipated capacity is roughly 1,000 kg per day.

Incenerator System

Incenerator
Supply, installation and testing of medical waste incinerator with a capacity of 75 kilograms / hour, operated by LPG and including all accessories with chimney in accordance with the technical specifications and public health regulations Item 2
Incinerators room for 3 incinerators as item 3-1-1, and waste store for keeping wastes for 7 days, including all constructions by reinforced concrete with Incenerator and store equipment, all wiring, lighting, water supply and drainage Item 1
Provide Incinerators room & waste store with fire fighting system, including sprinklers, approval of water source at site, fire alarm system contains sensors for heat & smoke, to be linked with the hospital fire alarm systems Item 1
Supply, installation & testing of ventilation system of Incenerator room & store by ROOF TOP EXHAUST FANS with HEPA FILTER, rate of change of air 5 times per hour, with ducts and air grills Item 1
Supply, installation & testing DUCTED SPLIT UNITS at waste store with sufficient capacity to maintain the internal temperature at 14 degrees Celsius in summers and winters Item 1

burning hazardous waste and chimicals incinerators

each day,

necessary number of units -10 to 25 numbers

Installing different sort of waste Management systems preferably Incineration and others for the state Jammu & Kashmir India

manufacturer and exporter of various Incinerator and other goods.

Please note that we are a leading Bangladeshi business house dealing in various Medical, Surgical, Dental, Hospital

goods, Plant and Machinery and so on

Most important is transformer, 220v motor, Temperature thermocouple, Blower of Primary Burner.

base on this portable incinerator,
We’re an

environmental consulting firm as I’ve mentioned before, we have already contracted with a French company specialized in

the sale of solid waste incinerators (ATI) and we bought a crematorium for the disposal of solid waste, including $180

thousand dollars, and now we want to get in the business of selling waste incinerators creature, and since it doesn’t have an

representative in Saudi Arabia.  The three versions you have indicated are based on 24 hour operation. Could you please make suitable

recommendations for 8-10 hour shift daily (including cooling time)? I assume we’ll need bigger capacity incinerators for

each of those 3 requirements.I am interested to learn more detailed specifications and prices for your SYC-20 incinerator. I

am in the market for a small and easy-to-operate incinerator, however have little to no experience with such products.

installation and construction of SOLID WASTE
1. The sort of waste it can be use for (treatment).Hospital waste incinerators with decreased or carbon dioxide  CIF khartom —

Sudan

medical waste incinerators versions for hospitals of 100-300 mattress and 100-1000bed,kindly send price quote of all the YD versions

and style of transaction /delivery to nigeria

incinerator is for use in the hospital for burning hazardous waste and chimicals, minimal Capacity 300 per hour.

The hospital incinerator for use in the clinical waste as required by global environmental management. Minimum temperature of 1100 degree Celsius kindly quote

me best price for resale.The best price for resale for the between $7000 to $12000 Usd I already have quotes just require the

best price please.

me best price for resale.The best price for resale for the between $7000 to $12000 Usd I already have quotations just need the

best price please. price should be CIF Johannesburg or Durban

Incinerators at three facilities to process healthcare waste

a. 2.5 metric tons per day healthcare waste incinerator

b. 1.5 metric tons per day healthcare waste incinerator

c. 300 kg per day healthcare waste incinerator

Our preferred technology is double-chamber incineration, but if you recommend another technology, that is acceptable also.

We request information on the following for all the aforementioned requirements:

1. Capital cost (delivered price in Oman)

2. Operation and maintenance costs (per year)

3. Number of operators required

4. Product specifications (dimensions, temperatures, residence time, cycle time etc)

5. Other auxiliary equipment that is required or recommended by you

medical waste PYROLYTIC INCINERATOR

Parameter Compliance
Type of Waste To treat medical waste, categories A,B,C,D,E
Type of Incinerator Pyrolytic
Nominal Burn rate 50 t0 60 kg/ hr at 3500Kcal/Kg
Loading Manual, Batch Load
De Ashing Automatic or Manual batch de ashing
The incinerator must avoid the release of black smoke and fine dust during the loading
Primary chamber capacity 2-3 m³
The insulation   of the combustion chamber should be composed   of refractory bricks, having a higher content of aluminium and insulates,
The plate of combustion in carborundum avoiding the fixing of glass and slags
Hours of operation /Day >10 hrs
Max Operating Temperatures 1400 °C
Normal Operating Temperatures(Primary) >850 °C
Operating Temperature(Secondary) >1100 °C
It should have digital temperatures regulator( Temperatures regulator in digital watch)
Carbon content of ashes <2%
The installation should be completely free from visible smoke as well as offensive odours
Residence time in second chamber 2 second minimum
The internal diameter of the Chimney :Ø 400
Height of stack >8m
Burner operation Automatic On/Off
Fuel Diesel
Fuel consumption at raed capacity >7kg waste /ltr
Electricity consumption <2kW at rated capacity
Operating Voltage 220 – 240V AC 50Hz
Spare parts Supply for 1 year quoted as option
Consumables Supply for 1 year of operation to be mentioned as option
Warranty Parts and service support: 1 year minimum post comissioning
Service support <72 hours
Emission standard Compliance BS3316 or equivqlent standard
Process filtering system Scruber to be mentioned as option
CE Manufacturing Compliance BS EN 746-2-1997
Design Specification Type A,B,C,D,and E of medical waste
Installation and Comissioning Included in condition of supply
Training in preventive and curative maintenance and use of the incinerator Operator training inclusive in offer
Capacity to treat Plastic Not less than 40% by weight

TECHNICAL SPECIFICATIONS: PYROLYTIC INCINERATOR

Dual Combustion Chamber Containerized Mobile Incinerator Family Pet Dog&Cat Cremation Installation and Commissioning

Double Combustion Chamber

All waste incinerator design with double combustion chamber. High Temperature, Smoke Treatment,No black smoke, Environmentally friendly.

Containerized Mobile Incinerator

The incinerator mounted in ISO Container before depart mill, free-installation, no incineration house build structure,movable by truck.

Family Pet Dog&Cat Cremation

Special design with movable platform, combustion chamber material and custom made for pets crematory business.

Installation and Commissioning

Clover’s engineers instal,train for most of the area and free-cost train within our factory.

Waste incineration industry momentum is fierce level of related facilities to be Enhanced

[China] Solid Waste Environmental online waste incineration industries development momentum is fierce, and the cleverest of capital chasing even appear many times in the last year the price of handling fee diving, industry raised concerns about the vicious competition. “Thirteen Five” during garbage construction market investment space at 1000 billion yuan; the growing garbage incineration capacity of the performance of this facility, the regulatory level challenges. Many industry companies said in easy incineration links, market competition is too fierce, competitive professional enterprises should play in the sphere of business models and technological invention.

Waste incineration industry momentum is fierce level of related facilities to be enhanced

“Twelve Five” is a fast-growing garbage incineration five years. According to relevant statistics, in 2015, the national city and county has gathered garbage incineration capacity of about 233,000 tons / day. Waste incineration industries development momentum is fierce, and the cleverest of capital chasing even appear many times in the last year the price of handling fee diving, industry raised concerns about the vicious competition. Which is still employed as the primary way of landfill waste, largely due to the local government responsible for managing the operations, the sector isn’t high, stay “low key. ”

The future will continue to heat a cold do?

In this regard, some experts pointed out that, on the one hand, waste incineration will continue to grow, but the amount of accumulation and qualitative improvement of equal significance, especially waste incineration emissions formal implementation of new standards for operation of the facility and set higher requirements; on the other hand landfill as an indispensable and irreplaceable resource, is still dealing with the mainstream. But to find out the remaining storage capacity, make good use of good management will become crucial; at the exact same time, non-canonical transformation landfill, pollution, etc. also brought closure to repair the appropriate market opportunities.

According to the deputy director of the Research Center for Environmental Health Engineering Department of Housing and General Workers Liujing Hao debut, facility upgrades are the next five years, important content. “China’s solid waste disposal facilities (landfill, incineration plant) structure and development is extremely fast, there are a number of construction and operation of this facility has a large room for improvement. There are lots of old landfills need to maintain and update, so as to not pollute the surrounding environment. Some of the early construction of incineration plants need to be updated or reset. ”

Incineration facilities remains rising

“Thirteen Five” during garbage construction market investment space at 1000 billion yuan; the growing garbage incineration capacity of the performance of this facility, the regulatory level challenges.

‘Facilities’ next five’ plan basically completed the goal. “China Urban Environmental Health Association and vice president, director of the Research Center for Environmental Health Engineering Department of Housing and Xu Wenlong said that according to” the “next five” national urban national garbage treatment facility construction plan, “clearly incineration project the complete size of 307,200 tons / day. Even though the end of 2015, the national total incineration capacity of 233,000 tons / day, but the size of this project currently under construction there of about ten tons / day, and basically complete the planning and construction scale. Construction and operation of waste incineration facility has become one of the sections of capital chasing the parties, following the project in a continuous increase to fierce “struggle. ”

The next five years, incineration facilities building market is still significant? “In the construction of garbage ‘Thirteen Five’ period, likely in the investment market space, building space is at 100 billion yuan. ”

Xu Wenlong considers that new marketplace does still have a better chance. Currently, the majority of the city and the majority of the county’s garbage can be efficiently collected and treatment and disposal in sanitary landfill and incineration plants. But still there are gaps in waste disposal facilities, the new facility remains one of the main tasks of the present and the upcoming five-year plan. By then, China’s demand for incineration facilities will reach a relatively stable condition. ”

Accumulation from the continued qualitative improvement started. From January 1 this year, new nation, has been running garbage incinerator must carry out a new “crap burning pollution control standards” (GB18485-2014) (hereinafter referred to as the new standard) of emission limits. New standards for conventional pollutants, dioxin contamination in comparison to the prior standard have more stringent requirements.

Accumulation in the continued qualitative improvement already started. From January 1 this year, all new country, has been running garbage incinerator must perform a new “garbage burning pollution control standards” (GB18485-2014) (hereinafter referred to as the new standard) of emission limits. New standards for conventional pollutants, dioxin contamination compared to the previous standard have more stringent requirements.

(Source: China Association of gravel)
Article Links: China Environmental Protection online http://www.hbzhan.com/news/detail/105016.html 635925914052780791754

Waste Management Planning

If burning and incineration is used, the equipment selected ought to be designed and sized to accommodate the waste produced, minimize fire hazard and result in the complete combustion of the waste.

The generator of a waste is responsible for its safe management from cradle-to-grave. Using raw materials efficiently and reducing the amount of waste created is the most significant step in waste management planning.  By way of example, through improved waste management planning, it may be possible to reduce or eliminate the need to burn or incinerate waste altogether.  Undertaking a waste audit can help to identify the type and amount of waste being created, the prices of current management options and analyze opportunities for better managing the waste. This information will also enable the generator to implement a waste management regime that is tailored to its own unique needs, location and conditions.

Even with improved waste reduction measures in place there’ll be waste generated.  Waste by its nature is usually a combination of different unwanted materials. The segregation and diversion of different types of waste is an effective means to decrease the quantity of waste requiring costly handling, storage, treatment and disposal. Segregation also enables the reuse of certain types of waste for another purpose.  Reuse activities could be undertaken either on-site or off-site.

Treatment and disposal is the last step in effective waste management and should be undertaken only after all other practical reduction and reuse options have been examined.  A wide variety of treatment and disposal options exist and each must be examined before deciding on a last method, regardless of whether waste is to be treated and disposed of on-site or off-site. If burning and incineration is the technique of choice, equipment must be designed and sized accordingly to accommodate the type and amount of waste being produced. As described in the next section, open burning is capable of safely destroying a limited number of types of waste. While incinerators are capable of safely destroying a wider range of waste, many types of waste must nevertheless be diverted. As a result of this, on-site segregation remains a critical component of any waste management program.

Overall, the following principles should be used to direct responsible solid waste management planning:

Know your waste by conducting a waste audit.

hazardous and biomedical waste

uniform heating value near the design stage of the incinerator.
Externally supplied fuel and electricity are necessary for the burners and forced air ventilation. A correctly functioning dual-

chamber controlled air system will reduce problems with animal attraction since the production of bottom and fly ash and smoke

is minimized.

Section 2.3.2 is intended to provide the reader with a succinct introduction to incinerators. It is not intended to provide

information acceptable for the design, selection or operation of an incineration system. Any person considering purchasing

an incineration system should first consult the system’s manufacturer or other qualified persons with expertise in the

incineration of solid waste.

The role of municipal governments is important in the correct community management of solid waste. Local environmental and security

standards are determined, in part, by how the land is designated under municipal government development plans (i.e. land use

zoning).  Solid waste may be deposited into municipal landfill sites only with the permission of the local authorities. The neighborhood

fire department may also be called upon if a fire or other public safety issue is identified. Properly designed and operated incinerators are able to effectively and safely

ruin a wide assortment of waste.  Only incinerators designed for burning mixed municipal solid waste are discussed in the

guideline. The incineration of

hazardous and biomedical waste and sewage sludge requires specific equipment, operational controls and training which are

beyond the reach of the present document.

There are four basic kinds of incinerators. They vary based upon the amount of burn they have, the amount of air

provided to each chamber and how waste is fed into the primary burn chamber.

hazardous waste, biomedical waste

Dual-Chamber Starved    The primary burn chamber receives less air than is needed to achieve full
Incinerator    incinerator operates without interruption throughout the operating hours of the facility by having waste

continually added to the primary burn chamber.

Batch Feed Incinerator    An incineration process that’s not in a constant or mass burning cycle.  A batch feed incinerator

is billed with a different quantity or single load of waste at the start of the burn cycle. Although they are generally considered to have the greatest qualities of all the incinerators and open

burning methods mentioned, they must be designed for the type and quantity of waste to be burnt. Too little heat and holding

time won’t permit waste to burn properly; too much heat will harm the incinerator.

Figure 5 illustrates the design of a typical batch feed dual-chamber controlled air incinerator. The principal characteristics of this

kind of incinerator are:

Batch operation allows better control of temperature and air throughout the burn process. Air turbulence can be reduced in

the primary chamber so fewer particulates are released into the air from the stack.
Air System    combustion. Gases from this incomplete combustion then pass into another burn chamber where adequate air

is injected and complete combustion is achieved.

Single Chamber Excessive More than a sufficient amount of air (as much as 50% more than the amount
Air System    of air required ) is injected into the single burn chamber to achieve complete combustion of the waste.

Continuous Feed    An incineration process that’s in a constant burn cycle.  A continuous feed

is minimized.

Section 2.3.2 is intended to provide the reader with a brief introduction to incinerators. It is not intended to provide

information suitable for the design, selection or operation of an incineration system. Any person considering the purchase of

an incineration system should first consult the system’s manufacturer or other qualified persons with expertise in the

incineration of solid waste.

Smokeless Medical Waste Incinerator HICLOVER Model YD-30M

Model YD-30M
Primary Combustion Chamber
Secondary Combustion Chamber
Mix Combustion Chamber
Smoke Filter Chamber
Incinerator  Control Case
Stainless Steel Chimney: 1.5 Meter
Italy oil/gas burner: 02 sets
Oil Tank (if oil fuel): 100Liters

Video material: https://twitter.com/i/status/1279030799182905345 

Model YD-30M 
Picture
Burning Rate  average 20 kgs/hour
Feed Capacity average 40 kgs/feeding
Paimary Combustion Chamber 200 Liters
Secondary Combustion Chamber 100 Liters
Mix Combustion Chamber Yes
Feed Mode Manual
Voltage 220V
Power 0.59Kw
Fuel Type Diesel Oil/Natural Gas/LPG
Burner Italy Original
Oil Consumption (Diesel Oil) average 8.4 kg/hour
Gas Consumption (Natural Gas) average 10.1 m3n/hour
Internal Dimensions 80 x 50 x 50cm (primary chamber)
External Dimensions 160*110*230cm (without chimney)
Temperature Monitor Yes
Oil Tank Capacity(if oil fuel) 100 Liters
Door Opening 40 x 36cm
Chimney Length 1.5 Meters
Chimney Type Stainless Steel
Equipment Gross Weight 1700 kgs
Operation Technical Specifications
Primary Chamber Temperature 800℃–1000℃
Secondary Chamber Temperature 1000℃-1200℃
Residency Time 2.0 Sec.
Burning Efficiency >98%
Waste Lower Calorific Power 3000Kcal

• Burning Waste: Medical Waste

• Fuel: diesel kind, or gas type(natural gas or lpg), or both(exhcange oil-gas burner)

• Processing Capacity: 15 — 20 kg/hr  

• Door Size: 400mm x 360mm   

• Body Size: 1600*1100*2300mm(without chimney)

• Operating Temperature: 800 — 1200 deg. C   

• Dual Chamber: Primary and Secondary Chambers   

• Internal liner:refractory cement

• Tracking Center for:  

• Supplied complete with chimney   

• Power Supply: 220-240V, 50Hz, 0.25kW

 


HICLOVER – Medical Environmental, WWW.HICLOVER.COM, Waste Incinerators, 
Medical Waste Incinerator,Pet Animal Cremation, Solid Waste Incinerators

HICLOVER Solution for Fighting COVID-19, Medical Waste Incinerator(Containerized Mobile Incinerator)

Tel:  +86-25-8461 0201   
Mobile: +86-13813931455(whatsapp/wechat)
Website: www.incinerator-scrubber.com  
Email: [email protected]
Email: [email protected]  
Nanjing Clover Medical Technology Co.,Ltd.



 

Dual heat burners and Double chamber incinerator Burning capacity up to 30 Kg per hour with wet scrubber

Dual heat burners and dual chamber incinerator Burning capacity up to 30 Kg per hour
Main Product List
Primary Combustion Chamber(Main body stainless steel)
Secondary Combustion Chamber(Main body stainless steel)
Mix-Combustion Chamber
Wet Scrubber( Washing Tower)(Main body stainless steel)
Incinerator Control Case
Chimney:5.0Meters  Stainless Steel
Italy gas burner: 02 sets
Oil Tank (if oil fuel): 100Liters

Model

YD-30C

Feed Capacity

Average 50 kgs per feeding

Burning Rate

Average 30 kgs per hour

Burning Time per Feed

2 hours

Voltage

380V

Power

6 Kw

Gas

Natural Gas

Burner

Italy Burner

Feed Mode

Manual

Fuel consumption (Oil)

10.2-20.0 Kgs/Hour

Fuel consumption (Gas)

12.2-24.0m3/Hour

External Dimensions

170 x 140 x 190cm (main body)

Internal Dimensions

55 x 55 x 85cm(Main Chamber)

Waste combustion chamber

250Liters

Post Combustion Chamber

140Liters

Oil Tank Capacity

100 Liters

Door Opening

38 x 48cm

Chimney

5.0M

Gross Weight

3300kgs

Chamber Material

Refractory Concrete

Max.

200,000Kcal/Hr.

Operation Technical Specifications

Solid Chamber temperature

8000C -10000C

Gas Chamber temperature

10000C -12000C

Chamber Anti-Rate

13500C

Residency time

2.0 Sec.

Burning efficiency

>98%

Waste Lower Calorific Power

Water showering cyclone air cleaner Stain less steel 304 grade sheet for water scrub chamber

3000Kcal

HICLOVER – Medical Environmental 


 

Waste Incinerators
Medical Waste Incinerator
Pet Animal Cremation
Solid Waste Incinerator

Tel:  +86-25-8461 0201   
Mobile: +86-13813931455(whatsapp/wechat)
Website: www.incinerator-scrubber.com  
Email: [email protected]
Email: [email protected]  
Nanjing Clover Medical Technology Co.,Ltd.

 

Solid Waste Incinerators

5. The Contractor shall be responsible for all maintenance of the system, regular and periodical maintenance such as cleaning etc. during, upon completion, prior to and after inspection. The maintenance shall be in fully compliance with the authority requirements and satisfaction and shall be deemed included in the Contractor tender price and at no additional cost to the Client. The Contractor must submit to the S.O their proposed system package detail, which includes authority approval and an A4 or A3 preliminary dimensioned system design fitting into area allocated in the plan drawing.

7. For maintenance and services during Defect Liability Period, react interval to any criticism for the Contractor to attend shall be within 24hours

8. The Cremators package shall, inter alia, inclusive the following scope:

– Furnace Chamber and Afterburner

– Combustion System

– Control Panel

– Single refactory lined chimney for two cremators

– Flue Gas Sampling Platform

– Electrical wiring inside the system demands

– Raking Tools

– Ashbox

– Approval from DOE / Local Authority

– Any other scope/works required for the systems

3. All mechanical and eletrical works which includes but limited to supply, deliver and setup of all valves, penstock, screens, pumps, float swithces, flexible connector, pressure pipe works, mill, hot dipped galvanised lifting davits, air diffusers, hot dipped galvanised handrailings, hot dipped galvanised gratings, switch boards, cabling and wirings, lighting, earthing, metering, lighting protection, flow measurement and flow recorders, analyzing & comissioning and all necessary for proper completion and successful operational of the machine.

TOTAL CARRIED TO COLLECTION

Design and Construct approved gas cremation system
21.     Whether the place is a coastal area: [ ]Yes         [X ] No
13.     What’s the height of the chimney required? : No chimney is required. Flue length should be approximately 2-3 metres to connect to a downstream Procedure
19.     How soon do you require the machine to be delivered? : Sea Freight to Port of Cairns, Queensland, Australia in roughly Two months
The Contractor shall provide and fully comply with all requirements by the related jurisdiction during design phase, design approval, inspection and after inspection, handing over of the system package whether it is clearly shown or not but deemed necessary for successful completion and satisfaction to the jurisdiction. The Contractor must allow in his tender price all direct and indirect price at no extra cost to the Client for all such compliances.7.     Type of waste: Bio-medical / Hazardous / Municipal / Junk = ALL and Mixed
15.     Availability of power and type: Electricity if required
12.     Local incinerator operating and emission standards : India / EURO / US-EPA  Australia

The Contractor shall provide a Cremation System package for  TWO (02) Cremators and system accepted by related authority, which must fit into the allocated area as shown on the plan drawings. The work shall include but not limited to design preparation, authority layout approval, supply, fabricate, build, commissioning, testing, operational acceptance, provide training and also warranty of the system package. The work shall include all preliminaries, related structural and civil work, mechanical and electrical work and all outside work required for the proper completion and operational of the machine and as follows:The incinerator will be used to get a group of private multi profile hospitals.

The hourly-generated waste is about 100kg per hour, but with 1000kg daily quantity.

Due to the economic situation in Bulgaria now, our researches shows that a 100kg/hour system can fit the needs set from the project.

Please, offer us an Incinerator system that could match the parameters described above. We’re prepared to give information that is more comprehensive if you need such one. In the technical specifications of one merchandise we will need to have complete details of the parameters of exhaust gases, with all certificates you have about the environmental security regarding EU directives. All preliminaries which shall include but not limited to providing work insurances, taxes, mobilisation and demobilisation, contract management and oversight, design and professional fee, authority layout acceptance, operational approval, site preparation, temporary storage, health environmental safety and security, setting out, CIDB levy, duties, deposits, fees, charges, participation but not excluding only the bank guarantee to the jurisdiction JPP which shall be supplied by the Client, progress reporting and other required preliminaries for successful completion of the work.This type of incinerator is exactly what you’ve described as a ‘low temperature thermal decomposition incinerator’.  We can speed up the burning process by using hot air from a downstream process that may be fed back into the incinerator to elevate the burning temperature.

– Raking Tools

– Ashbox

– Approval from DOE / Local Authority

– Any other scope/works required for the systems

hospital for burning hazardous waste and chimicals

use in the hospital for burning hazardous waste and chimicals, minimal Capacity 300 per hour. I’ll be reselling to my customer? . Below is the advice I was given and nothing else. The hospital incinerator for use in the clinical waste as required by global environmental management. Minimum temperature of 1100 degree Celsiu.the incinerator machine for burn 500kg per hour. Job about burn medical waste of the hospitals.Just want to cost of you various types of Medical Rubbish Incinerators.need all information on 300 kg per hour unit.  availability.  Operational costs using diesel (other). the waste is Human Tissues. And we have 10 kg per day; we need incinerator for medical waste.Burn Capacity: 50kgs per hour (Average capacity according to Medical Waste).please forward information about pricing on most you pet crematory models.Regarding Gas Incinerator, Please note that gas for your Incinerator

Double Combustion Chamber Containerized Mobile Incinerator

Double Combustion Chamber

Waste Incinerator Mounted in ISO 20′ or 40′ Container before leave Factory.

Free Installation

The incinerator design with primary combustion chamber, secondary combustion chamber(post combustion) and dry scrubber optional. This layout will reduce black smoke, burn completely and Environmentally Friendly.

Mobile Incinerator

The incinerator mounted already in the container, complete with fuel system, electrical system and the control case fixed already. Fix chimney and join electric will be ready for operation. It’s moveable with truck to anywhere or emergency requirement.

Containerized Incinerator

Rate: upto 150kgs per hour

Containerized Incinerator: we delivery incinerator and also container to clients, no requirement to construct incineration house.

Double Combustion Chamber

Combustion Chamber: upto 1500Liters

Main combustion for waste feeding and burning and secondary combustion to burn smoke only.

Incinerator Moveable by truck

Number weight: 4Ton to 9Ton

Mobile function to anyplace or service to customer at their neighborhood website.

Hypocritical Smoke: The Scandal of Medical Waste Incineration

The middle-class Foxboro subdivision in North Salt Lake City, Utah, is, in many ways, an idyllic community for young families – fresh, small, similarly sized homes on fairly compact lots, close by neighbors linked by sidewalks and streetlights, tons of playmates for all the kids. And Mormon communities have a great deal of kids, munchkins if you will. ”

But a dark cloud hangs over Foxboro, sometimes literally. On a recent Friday evening in late summer, Foxboro was having a locality 5K run/walk for the countless families that reside in the region. Suddenly, it looked just like the Wicked Witch of the West had arrived: thick black smoke and flames billowed from a well-known industrial neighbor right next to the subdivision. Some of them screamed that they couldn’t breathe and ran into other people’s homes to get away from the smoke. Parents panicked. A local resident took this video near the end of the episode. In about 20 minutes, the smoke was gone, but the chemical odor lingered much longer. The next day, I got more e-mails from those who were experiencing a variety of respiratory ailments and wondered what they had been exposed to.

The “Wicked Witch of the West” occasion was just the latest of several similar episodes involving Foxboro’s nonfictional villain – Stericycle, the medical waste incinerator. Stericycle’s North Salt Lake incinerator, however, is emblematic of a much bigger issue: Via front door, hospitals and clinics are purveyors of recovery, well-being and saving lives. But out the back door, they often spread toxins and disease through a waste stream that’s handily, but dangerously, burned into ashes by incinerators like Stericycle.

The story of North Salt Lake’s Stericycle facility is typical of what has happened in many communities throughout the country. The facility was controversial for at least two decades. Back when it was first permitted, there was concern about the health consequences of its emissions. The license was approved by the Utah Air Quality Board with a one-vote margin. Legislation in the time prohibited such facilities from being within one mile of residences.

About 2003, the county Planning and Zoning Commission received a proposal from the Foxboro developer to subdivide the land north and east of Stericycle to a large residential neighborhood. Part of this commission’s decision to grant Foxboro approval was based on discussions with the Division of Air Quality and the Division of Solid and Hazardous Waste. Both divisions were not forthright with information to the commission. They apparently claimed there were no “upset conditions. ” Foxboro’s proposal was accepted, and homes were built up literally against the wall of the incineration property, leading to families living just feet from the incinerator smokestack, with some households literally sharing a backyard fence with Stericycle. This satellite photograph showing the black soot on Stericycle’s roof and its close proximity to homes provokes the gnawing realization of these families are breathing in 24/7.

Stericycle operates six incinerators in the united states and is the largest medical waste treatment and disposal company in the country. Waste incinerators are serious public health dangers. Large studies have shown higher rates of childhood and adult cancers and birth defects among people who live around incinerators. Those results are consistent with the institutions being causative. For instance, a study of 14 million people followed for 13 years demonstrated an increase in cancer deaths of 11,000 people among those that lived within 7.5 kilometers of an incinerator.1,2 The cancer risk doubled for children living within 5 kilometers of an incinerator.3

This body of medical research is sufficiently robust to have precipitated a nationwide citizen motion to have these facilities closed. In reality, during the past 15 years, 98 percent of the 2,373 medical waste incinerators have closed; only 33 remain in operation. While thousands of communities have become cleaner because of this, in Utah things have gotten worse. Stericycle now accepts waste from eight surrounding states to be incinerated in its North Salt Lake plant. The town is serving as the sacrificial lamb for the majority of the western United States. Besides medical waste, including human fluids and tissue, Stericycle is allowed to incinerate animal carcasses (more about that below).

As with the majority of incinerators, the health consequences aren’t as much the high-volume pollutants, like particulate matter, ozone, NOx or SO2, but the amount of the hazardous air pollutants (HAPs) that are designated as such by the EPA because of their high level of toxicity, even at minute concentrations. HAPs include benzene, dioxins, furans, heavy metals, polycyclic aromatic hydrocarbons and even radioactive components. Stericycle officially emits an identical volume of HAPs as a full size oil refinery or coal-fired power plant. But the emissions are released from a much shorter pile; therefore local deposition is greater. Stericycle’s permit allows it to emit 130 pounds of lead per year, 912 pounds of chlorine, 18 pounds of cadmium and 60 pounds of mercury. The complete amount of HAPs allowed in its license is 9.51 tons per year.

Most poisonous heavy metals aren’t combustible, don’t degrade, cannot be destroyed, accumulate in the local surroundings after leaving Stericycle’s smokestack, and accumulate in the bodies of everyone for miles around. They’ve been implicated in a range of emotional and behavioral problems in children – including autism, dyslexia, ADHD, learning problems and delinquency – and in adults – dementia, depression and Parkinson’s disease. Increased rates of autism and learning disabilities have been found around sites that release mercury to the environment, like coal power plants and incinerators.4 Utah has the highest rates of autism in the nation, double the national average. That fact alone should induce our state leaders to manage every potential contributor to this public health disaster. Sources of heavy metal contamination should be first on this list. It said that, “Persistent air pollutants, like dioxins, furans and mercury can be dispersed over large regions – well beyond local areas and even the states where the sources emanate,”5 meaning that Stericycle is far from an issue affecting its immediate neighbors only.

Incinerators don’t eliminate hazardous substances; they focus them, redistribute them, and even create new ones, like dioxins. In addition to dioxins, they emit chlorine, mercury, arsenic, lead, cadmium, ammonia and benzene – spreading miles from the smokestack, eventually inhaled by local residents or consumed when they eat vegetables from their gardens, or their children play on a garden swing set. Dioxins are likely the most toxic manmade substance known after plutonium. A number of these chemicals are equally poisonous and bio-accumulative, building up over time from the body insidiously with the risk of chronic effects from even very low, continuous exposure.

For multiple physiologic and biologic reasons, children and fetuses are at significantly increased dangers from several of those incinerator emissions. 1 example is illustrative of this point. A number of these HAPs focus in human fetuses or in human breast milk. A nursing infant may have 10 to 50 times as much dioxin as the average adult and is much more vulnerable to its toxicity. Six months of breast feeding will move 20% of a mother’s lifetime accumulation of organochlorines (like dioxins) to her nursing child.6 No risk assessment about Stericycle has paid some attention to whether or not their dioxin emissions are causing human breast milk of Utah’s mothers to be dangerous.

The combined effects of extensive geographic spread of incinerator emissions and bioaccumulation is starkly revealed by what was discovered from the Inuit Native Americans from the polar area of Northern Canada. Inuit mothers here have twice the amount of dioxins in their breast milk as Canadians residing in the South. There’s absolutely no source of dioxin within 300 miles. A study tracking emissions from 44,000 sources of dioxin in North America, combining data on toxic releases and meteorological records demonstrated the top contributors were three municipal incinerators in the USA.7,8

Medical waste incinerators are much more hazardous than other incinerators for 2 reasons. Radioactive elements like potassium-40, uranium, thorium, cesium and strontium are ubiquitous in low concentration in human bodies and animal carcasses, and when heaps of carcasses and body parts are incinerated, those radioactive elements are focused and released up the smokestack.

Just as disturbing is the fact that prions, the highly infective mutated proteins that cause Transmissible Spongiform Encephalopathies (TSEs), i.e. Mad Cow disease in cattle, scrapie in sheep, chronic wasting disease in deer and elk and Creutzfeld-Jacob Disease (CJD) in humans – all uniformly fatal – are almost undoubtedly present in Stericyle’s waste stream. Prions are so infective that pathologists don’t want to touch tissue from a suspected victim, be it animal or human. So the diagnosis is generally never produced. And the majority of the time, there’s absolutely no way that Stericycle would even know whether prions are in the waste stream headed to the smokestack then dispersed throughout North Salt Lake. Prions are frighteningly resistant to destruction, including incineration. I’ll have a more detailed depiction of the issue of prions in another essay. A detailed report on the health consequences of waste incinerators can be obtained online.

Any incinerator would represent a serious threat to public health in our community. As dramatic and intuitively dangerous as the video seems, it better serves a bigger point. Any incinerator has start-ups and shutdowns and other “events” that result from the bypass of pollution-control gear on a regular basis. In fact “contamination events” this severe may not represent a license violation – which shows how out of control this situation has become.

Studies at other incinerators demonstrate that “bypass events” may be happening 10 percent of the time. Dioxins produced during start-ups could be twice the annual dioxin emissions under steady state conditions. Spot monitoring, as is done by the Utah Division of Air Quality (DAQ), has been shown to be grossly inadequate and likely underestimates the actual dioxin and heavy metal emissions by 30-50 times.

This facility is anything but “best managed. ” In layman’s terms, the DAQ has captured Stericycle falsifying its documents, intentionally loading the incinerator with material that does not represent its normal feedstock in order to pass their emissions evaluation – Quite simply cheating. Along with the DAQ has found Stericycle emitting hundreds of times more dioxins and furans than Stericycle’s license allows (public health protection would require that the business not be allowed to emit any). We were advised by the DAQ that this facility is currently under criminal investigation in the state and federal level.

An internal DAQ email quotes a subcontractor for Stericycle stating that the company is pressuring its manager to “push the limits of this plant. ” Further, the comment is made that the manager recently got a huge increase and promotion and “that as a consequence, they are now demanding more and more of him. ” The manager is complaining that “he’s under plenty of pressure from his managers to feed more and more waste through the plant and that the plant can’t handle what they want it to do. ” “Bypass events” like the one recorded on video are all too predictable by a corporation that prioritizes profit over safety.

Hospitals and clinics aren’t innocent bystanders. As health care centres, it’s ironic and indefensible for them to dispose of their waste in a fashion that harms community health. The International Red Cross says, “Hospitals are responsible for the waste they produce. They must ensure that the handling, treatment and disposal of that waste won’t have harmful consequences for public health or the environment. ”

Neither is the EPA an innocent bystander. An appeal of Stericycle’s license has been sitting on its desk since 2009. As a consequence of multiple recent community protests of Stericycle’s operations, the EPA has finally agreed to deal with the appeal by mid-October 2013.

Incineration of medical waste is a business that simply shouldn’t exist. No helpful product is produced; no needed service is done. There are safer technologies, like steam autoclaving and burial. Several countries have committed to removing incineration as a destination for medical waste. The United States is not one of them. In reality the list of “educated ” countries is not what you might expect – Ireland, Slovenia, Portugal and the Philippines.

Although many American communities are breathing cleaner air because of widespread closure of incinerators, North Salt Lake, and Foxboro residents particularly, are “taking a hit” for the team. Normally Mormon suburbs are bastions of political and cultural conservatism, reservoirs of silent capitulation and obedience to authority. They even convinced Erin Brockovich to come to Foxboro and lend her fame and legal muscle to the battle.

Foxboro has heard the wisdom of 19th century abolitionist Frederick Douglass. The residents of Foxboro are no longer quietly submitting to the mistake that’s Stericycle, and they are exposing the nationwide scandal that’s medical waste incineration.

Information from: http://www.truth-out.org/news/item/19069-hypocritical-smoke-the-scandal-of-medical-waste-incineration

Although many American communities are breathing cleaner air because of widespread closure of incinerators, North Salt Lake, and Foxboro residents in particular, are needlessly “taking a hit” for the team. Normally Mormon suburbs are bastions of political and cultural conservatism, reservoirs of quiet capitulation and obedience to authority. But in Foxboro, with town hall meetings, protest marches and rallies in the Capitol in front of the governor’s office, they are mounting an unwillingness to remain victims of Stericycle’s profiteering. They even convinced Erin Brockovich to come to Foxboro and lend her fame and legal muscle to the battle.

Foxboro has learned the wisdom of 19th century abolitionist Frederick Douglass. “Find out just what any people will quietly submit to and you have the exact measure of the injustice and wrong which will be imposed on them.” The residents of Foxboro are no longer quietly submitting to the mistake that is Stericycle, and they are exposing the nationwide scandal that is medical waste incineration.

Information from: http://www.truth-out.org/news/item/19069-hypocritical-smoke-the-scandal-of-medical-waste-incineration

How many infectious medical waste?

Polaris Energy saving News: With the extensive use of the medical care industry and the
development of medical disposable products, medical waste generation is growing quickly.
The most recent statistics show that there were 261, in the city to the community solid waste
pollution prevention information, only those 261 cities this year, medical waste quantity attained 547,500 tons.

Another one figures show that at the end of 2012, the total number of health associations of 950 297 beds 5.7248 million, according to an average of 1 kg per bed
medical waste every day, the whole number of medical waste generated in the country annually to reach 200 million tons.

Faced with such a huge amount of waste created, but many cities are composed of one or a
few waste disposal in a single way of managing medical waste incineration. After a case of waste incineration plants closed down, the authorities and the hospital at the
management of medical waste and daily operations, will face enormous challenges.

In actuality, hospital waste generated a big part of municipal solid waste and similar low-
risk waste, about 75% to 90%, the remaining 10% to 25% are believed to be dangerous, it could pose
a health hazard, hospitals infectious waste is generally not more than 10 percent of the whole garbage. Reduce the amount of waste generated must be effective category management as the
assumption, but now garbage classification level of the hospital, worrying.

Medical waste collection is key to the implementation of environmentally sound management
of medical wastes, but most Chinese physicians don’t pay attention to the sort processing
medical waste, and open area, no obvious signs, classification level is not high.

General hospital with regular household garbage bins and yellowish medical, hospital and clinic
personnel told Post logo, the swab and other body fluids come into contact with the patient
garbage into yellow garbage bag. But the reporter visited some hospitals found that blood
tests and outpatient medical room yellow garbage bags of medical waste both areas, but
also paper, food packaging and other general household waste.

A poll conducted at a hospital in Wuhu, Anhui Province indicates that at some health care personnel classification concept is unclear, non-infectious waste, such as medical equipment packaging, special medical waste combined with yellow bag. Although such an approach did not
cause harm to the spread of disease, but it raises the cost of processing medical waste.

research on the status of management and disposal of medical waste in a primary hospital also
revealed that the passing rate of garbage deposited only 45%. The survey also pointed out
that a whole lot of medical waste in the absence of sterilization, transported to the transfer
station processing, which may cause secondary pollution garbage occur during transport.

Many local medical waste disposal fee is calculated according to bed, the total amount of waste
generated by hospitals not directly related to the processing fee paid. If the hospital
improve the control level, reducing the amount of waste created, and the identical amount of beds, garbage fees won’t be reduced, so that’s not conducive to encouraging
hospitals supply waste separation and reduction.

Medical waste are complicated, such as infectious wastes, pathological wastes, chemical
wastes and damaging waste, etc., about different textile materials, plastics, glass,
metal and human organizations, a single treatment is hard to achieve for many different medical garbage harmless treatment.

For different types of medical waste, we have a different processing method and apparatus
have been developed and utilized around the world. Autoclaving is
most likely the most widely used non-burning disinfection, along with chemical processing
technology, processing technology and microwave plasma processing technology.

China is currently widely used is incineration, this approach will generate large quantities of
harmful gas mixture, such as hydrochloric acid, dioxins and furans, as well as toxic
metals lead, cadmium and mercury. However, research indicates that some old equipment
medical incinerators, waste is a direct smoke exhaust emissions.

South China Institute of Environmental Sciences after a medical waste incineration plant in
Guangdong Province as the research object, through the collection and analysis incineration
plant and the surrounding soil and plant samples, PAHs understand incineration plant (PAHs)
distribution, sources and pollution levels. medical incinerator

South China Institute of Environmental Sciences once a medical waste incineration plant in
Guangdong Province as the research object, through the collection and analysis incineration
plant and the surrounding soil and plant samples, PAHs understand incineration plant (PAHs)
distribution, sources and pollution levels. The results show that medical incinerators soil
surrounding a certain degree of contamination of PAHs detected in the soil 16 polycyclic
aromatic hydrocarbons, PAHs total amount ranging 11.83ng / g ~ 788.24ng / g, mean 236.681ng
/ g; in the study area downwind of the prevailing winds in the soil, total PAHs were
significantly higher than the prevailing winds soil content, and the total concentration of
PAHs in soil increases with distance showed a gradual decrease. medical incinerator

Incinerator Maximizing Combustion Efficiency

More smoke and other pollutants are Discharged into the Atmosphere during the’start-up’ and’cool down’ phases of the burn

than during the’Complete burn phase’ when high temperatures are maintained.    

avoided. Burn only dry feedstock and periodically add extra waste to the fire to be able to maintain high burn

temperatures until all waste has been destroyed. If waste is to be open burned on the ground, the use of heavy or steep-walled

‘pits’ should be avoided as this will avoid the necessary turbulent mixing of oxygen with the burnable gases.

Desired operating temperature should be achieved as rapidly as possible when operating any burning or incineration device.  A

rapid’startup’ can be reached by first loosely loading dry paper, paperboard packaging and untreated wood into the bottom

of the device. Dry, loosely packed material will ignite more quickly and burn more evenly than a wet, tightly packed load.

Wet waste should only be added after  the fire is actively burning.  Overfilling the burn chamber will prevent the turbulent

mixing of burnable gases and oxygen, and should be avoided. Additional waste should just be added to those incinerators once the’cool down’ phase has been

completed and it is safe to do so.

completed and it is safe to do so.

Air Emissions Environmental Standards CA

Air emission standards set limits on the amount of contaminants which can be released to the atmosphere. These standards are expressed as a concentration in the exhaust gases leaving the stack and are capable of being accomplished using generally available incineration technology and waste diversion practices. This emission standards1 apply to existing, new or expanding solid waste incinerators operating in Nunavut and have been adopted by the Canadian Council of Ministers of the Environment (CCME) Canada-Wide Standards for Dioxins and Furans and Mercury Emissions, respectively.   Similar standards for the open burning of solid waste haven’t been established.
Unit of measure is micrograms per Reference cubic metre (the volume of gas adjusted to 25oC and 101.3 kilopascals)

Opacity is the degree to which the exhaust gases decrease the transmission of light and obscure the view of any item in the background. It’s expressed as a percentage representing the extent to which an object seen through the gases is obscured. Though not an emission standard, opacity gives an indication of the overall functioning of the incinerator during ordinary operation2.  Opacity in the incinerator stack shouldn’t exceed 5%. Although it is not expected that opacity levels would exceed 1% to 2% under normal operation, values greater than 5 percent indicate that the incinerator isn’t performing correctly and additional performance evaluation and adjustment is needed.

Figure 6 – Examples of Smoke Opacity Ratings
80 pg I-TEQ/cubic metre
20 µg/Rcubic metre
Equivalents per cubic metre of air

Mercury

Mercury
20 µg/Rcubic metre
Unit of measure is micrograms per Reference cubic metre (the volume of gas adjusted to 25oC and 101.3 kilopascals)

Opacity is the degree to which the exhaust gases reduce the transmission of light and obscure the view of any object in the background. It is expressed as a percentage representing the extent to which an object viewed through the gases is obscured. Although not an emission standard, opacity provides an indication of the general performance of the incinerator during normal operation2.  Opacity in the incinerator stack should not exceed 5%. While it is not anticipated that opacity levels would exceed 1% to 2% under normal operation, values greater than 5% indicate the incinerator is not performing properly and additional performance evaluation and adjustment is required.

Figure 6 – Examples of Smoke Opacity Ratings
The opacity ratings are estimates and are provided for illustrative purposes only
Centre and right photos courtesy of GNWT Department of Environment and Natural Resources

biomedical waste management

HICLOVER, Nanjing Clover Medical Technology Co.,Ltd, supply system solutions for medical environmental protection, animal and pet cremation engineering, other municipal solid waste incineration project.

We supply single combustion chamber, Dual combustion chambers, three combustion chambers and multi-combustion chambers waste incinerators for Lab, clinic, hospital, medical center, hygiene clinical waste destruction with medical disposable, biological waste, medical plastic waste, hazardous waste, red bag waste, needle disposal, gauze and bandages, sealed sharp containers, pathological waste, trace-chemotherapeutic wastes, etc. pet cremations,Garbage incinerator,incinerator for sale,cremation oven

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The containerized mobile incinerator mounted in ISO container before leave factory, pre-installation, no incineration house build construction, movable by truck and ultraviolet lamp sterilization inside.

HICLOVER is growing brand for environmental protection field, and market share with most of Africa, Middle East, Southeast Asia countries and part of North America, Europe territory. We are trusted partner for governmental organizations, non-profit organizations, international contractors, logistics organizations, military, pet cremation business owners, etc. We have export experience more than 40 countries, including war zone like Iraq, Afghanistan, Somalia, South Sudan.mobile incinerators,incinerator trash,incineration plants,waste incinerators,large incinerator,build an incinerator

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Average 20%-25% of the total waste generated by health care establishments is regarded as hazardous and might create an assortment of health and environmental risks if not handled and destroyed in an appropriate manner.

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Waste Incineration Treatment BURNING RATE 100-150kgs per hour HICLOVER TS150

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Worldwide, the issue of waste accumulation is reaching threatening proportions. Landfill options are showing a growing number of weaknesses and are getting to be extremely expensive. They aren’t an efficient solution. As a natural process, nature is converting landfill waste into highly dangerous issue.

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Disposal of biohazard waste

Medical Waste Incinerators

About Hiclover Medical Enviromental


HICLOVER is growing brand for environmental protection field, and market share with the majority of Africa, Middle East, Southeast Asia countries and part of North America, Europe territory. We a re trusted partner for governmental organizations, non-profit organizations, international contractors, logistics organizations, military, pet cremation business owners, etc.. We have export experience more than 40 countries, including war zone such as Iraq, Afghanistan, Somalia, South Sudan.


Manufacturer make reasonable price for incinerator client, provide medical incinerator, hospital incinerator, animal incinerators, hog incinerators, pet cremation equipment, small incinerator, pet incinerator, animal incinerator, mobile incinerator, small animal incinerator, infectious waste pyrolysis machine, laboratory incinerator. HICLOVER help customer decrease buy budget, custom made function, quality products and friendly service.


The pet cremation equipment humanized design with movable platform, small space covers for modern pet cremation business owner all around the world.
The incinerator burn waste in main combustion chamber and burn the smoke from main combustion chamber again to ensure environmentally friendly with no black smoke, smelless, reduce pathogenic bacteria disease.


We are china incinerator manufacturer, contractor and exporter. Manufacturer make reasonable price for incinerator customer, supply medical incinerator, hospital incinerator, animal incinerators, hog incinerators, pet cremation equipment, small incinerator, pet incinerator, animal incinerator, portable incinerator, small animal incinerator, infectious waste pyrolysis machine, laboratory incinerator. HICLOVER help customer reduce purchase budget, custom made function, quality products and friendly service.

Required Specifications for Mobile Incinerator

Operational Capabilities

  • PROCESS MINIMUM 1 TON PER DAY
  • OPERATED WITH LIMITED TRAINING
  • REGULAR MAINTENANCE CAN BE COMPLETED WITH LIMITED TRAINING
  • COMPLIES WITH EURO / OR US-EPA EMISSION STANDARDS
  • ABILITY TO BURN WASTE LUBRICANTS (POL)
  • HANDLE ORGANIC SOLIDS (TO INCLUDE RMW)
  • DEPLOYABLE
  • MOBILE
  • 24 HRS OF CONTINUOUS USE
  • AUTOMATIC LOADING SYSTEM
  • AUTOMATED ASH REMOVAL SYSTEM
  • GAS SCRUBBING SYSTEM
  • 95% REDUCTION OF SOLID WASTE
  • OPERATE OFF DIESEL OR FUEL OIL
  • CAPABLE OF BURNING 4 UNITS OF WASTE PER UNIT OF FUEL
  • ABLE TO TAKE ALL COMBUSTIBLE WASTE TO INCLUDE: PAPER, PLASTIC, CARDBOARD, FOOD, USED OILS, SLUDGE, OILY RAGS, WOOD
  • NO PRE-TREATMENT OF WASTE REQUIRED
  • FIVE (5) YEAR COMPONENT WARRANTY

 

 

 

Technical Specifications

  • OPERATION MANUAL AND TRAINING MANUAL FOR EACH INCINERATOR
  • SET UP AND INSTALLATION INSTRUCTION MANUALS
  • BLUE PRINT/ SCHEMATIC PROVIDED THAT OUTLINES THE PHYSICAL DIMENSIONS OF THE 20’ INCINERATORS
  • INCINERATORS COMPOSED WITH HEAVY DUTY WELDED CONSTRUCTION
  • OPERATED AND TRANSPORTED IN 20’ INCINERATORS (CONTAINERS)
  • FULL FRONT AND OPTIONAL REAR ACCESS
  • PRIMARY / SECONDARY TEMPERATURE CONTROLS

hospital incinerator manufacturers

SECTION V

 

  • TECHNICAL SPECIFICATIONS OF THE INCINERATOR

 

  • General Description

 

The plant has to have four distinct sections that demonstrate three principles of turbulence, residence time and temperature retention. The controlled sections may include but not limited to:

 

  1. Overall plant layout
  2. Feed chamber/charging
  3. Primary combustion chamber
  4. Particulate scrubbers
  5. Acid gas
  6. The stack/chimney.
  7. Minimum capacity of primary chamber = 10cubic meters
  8. Burn rate (rate of waste incineration) = 10 kg per hour
  9. Should have a full width counterbalance loading door allowing easy access to the main chamber for loading and removing ash.
  10. The INCINERATOR should be NEMA approved in accordance with Environmental management and coordination (Waste management) Regulations of 2006.

 

  • Scope Of Work

 

The work specified in the contract will comprise.

 

  1. Supply, install and commission an incinerator as provided   in the technical specifications

 

  1. Provision for adherence to OSHA and other statutory requirement relating to Health and Safety of workers during execution of the works covered in this

 

  1. Assessment and preparation  and construction of  a standard incinerator shed with one waste  storage room  ( see the design )

 

  1. Provision of operation and maintenance manuals and drawings complete with maintenance schedule and

 

  1. Fuel oil storage tank- Mild steel 1000 liters capacity

 

  1. Onsite training for operation and maintenance

 

IMPORTANT

To allow the Employer undertake conclusive evaluation of the tender, tenderers are requested to submit with their offers the detailed specifications, drawings and catalogues with Commissioning and maintenance instructions for the Incinerator they intend to Supply, install and commission.

Tenderers who don’t comply with this condition fully shall have their tender rejected.

 

  1. TECHICAL SPECIFICATIONS OF THE INCINERATOR

 

3.1  Feeding and Charging

 

Controlled sterile mechanical feeding that doesn’t negatively influence the air temperature in the primary and secondary chambers of the incinerator shall be used.

 

  • Primary Combustion

 

  • This chamber should be equipped with burners that use low sulphur
  • The chamber should ensure a minimum exit temperature of 850 degrees
  • This unit should operate at over 1100 deg C to ensure complete
  • This chamber should be equipped with burners that use low sulphur
  • Heavy-duty steel casing
  • High quality refractory lining and insulation
  • Large full size top load door and liquid retention
  • 1 x oil fired ignition burners operated on/off

 

 

  • Secondary Combustion Chamber (After burner)

 

  1. Heavy-duty steel casing
  2. High quality refractory lining and insulation
  3. 1 x oil burner
  4. Should be fitted with burners that use low sulphur
  5. Ensure secondary air supply is controlled.
  6. Ensure residence time is not less than two seconds.
  7. Ensure that the gas temperature as measured against the inside wall in the secondary chamber and not in the flame zone is not less than 1100 degrees
  8. Ensure the emitted oxygen content of the emitted gases is not less than 11%
  9. Ensure both primary and secondary combustion temperatures are maintained until all waste is completely

 

  • Particulate Removers

A mechanical particulate collector has to be integrated after secondary combustion chamber for removal of particulate pollutants entrained in the flue gas flow. The particulate collectors may comprise any of the following or a combination thereof:

 

  1. Cyclone separator
  2. Electrostatic precipitators
  3. Fabric filters

 

  • Chimney/Stack

 

  1. The chimney should have a minimum height of 10 meters above ground level and clear the highest point of the building by not less than 3 meters for all The topography and height of adjacent buildings within 50 meters radius should be taken into account.
  2. The chimney should be visible to the operator from the feeding

 

  1. The minimum exit velocity should be 10 meters per second and at least twice the surrounding wind speed (Efflux velocity = wind speed x 2) whichever is higher to ensure no down washing of exiting
  2. The point for measurement of emissions shall be

 

  • Instrumentation

 

  1. Instrument for determining the inside wall temperature and not burner flame temperature must be provided for both primary and secondary
  2. An audible and visible alarm must be installed to warn the operator when the secondary chamber temperature drops to below the required
  3. A carbon monoxide and oxygen meter/recorder should be
  4. A smoke density meter/recorder should be
  5. A solid particulate meter/recorder should be
  6. Any other instrument that may be considered

 

  • Location / Siting of the Incinerator

 

  1. a) The incinerator must be sited in accordance with the relevant local municipal authority planning regulations and the topography of the site must be compatible with premises in the

 

  • Emission Limits

 

  1. Combustion efficiency (C.E) shall be at least00% where C.E = %Carbon dioxide x 100 / [% Carbon dioxide + carbon monoxide]
  2. The temperature of the primary chamber shall be 800 +/- 50 degrees centigrade
  3. The secondary chamber gas residence time shall be at least 1 second at 1050 +/- 50 degrees centigrade with 3% oxygen in the stack
  4. Opacity of the smoke must not exceed 20% viewed from 50 metres with naked
  5. All the emission to the air other than steam or water vapour must be odourless and free of mist, fume and
  6. A 99.99% destruction and removal efficiency (DRE) for each principal organic hazardous constituent (POHC) in the waste feed where DRE [ ( Win – Wout) /Win ] x

100 where Win = mass feed rate of the POHC in the waste stream fed to incinerator and Wout = mass emission rate of POHC in the stack prior to the release to the atmosphere.

  1. The average dioxin and furan concentration in the emission should not exceed 80mg/m3 total dioxins and furans if measured for a period of 6 to 16

 

  • Ease of Use

 

  1. Auto
  2. No pilots to
  3. Automatic control and temperature monitoring
  4. Built-in skid facilitates placement

 

  • Fuel Efficiency

 

  1. Rapid incineration means low fuel

 

  1. Up to 20kgs per hour (dependant on application).
  2. Thick refractory lining rated to 1400 deg C in main chamber retains heat, increasing

 

  • Quality Built to Last

 

  1. Heat resistant 3mm
  2. Stainless steel

 

  • Key Features

 

  1. Low running and maintenance costs
  2. Fully Automatic and simple to operate control panel
  3. Afterburner Preheat
  4. Incineration Temperatures in Excess of 900 degrees C
  5. 3 mm Steel Casing and Fully insulated
  6. Dense Refractory Concrete Lining Rated to 1400 degrees C
  7. Solid Hearth to Allow Maximum Burnout
  8. Large Top Opening Lid For Easy Loading
  9. Stainless Steel Flue as standard
  10. 12 Months or 1000 hours
  11. Optional Stainless Steel Casing
  12. Heat Recovery System option

 

3.13 Fuel and Capacity  
1. Low sulphur fuel
2. Capacity (Cubic Mtr) .10
3. Average Capacity 40kg
4. Fuel Consumption (ltrs / hr) 3

 

  • External Dimensions

 

1. Length (mm)               735  
2. Width (mm)                500
3. Height Incl. Flue (mm) 1960
4. Door Opening (mm) 325 x 325

 

  • Internal Dimensions

 

1. Length (mm) 620
2. Width (mm) 390
3. Height 500

 

  • Operation

 

  1. Minimum Operating Temperature 950
  2. Maximum Operating Temperature 1320

 

 

3. Burn rate per hour 5-20kgs
4. Temperature Monitoring Available

 

 

  • Particulate Removers

 

 

A mechanical particulate collector needs to be integrated after secondary combustion chamber for removal of particulate pollutants entrained in the flue gas flow. The particulate collectors may comprise any of the following or a combination thereof:

 

  1. Cyclone separator
  2. Electrostatic precipitators
  3. Fabric filters

 

  • Chimney /Stack

 

 

  • The chimney should have a minimum height of 10 meters above ground level and clear the highest point of the building by not less than 3 meters for all The topography and height of adjacent buildings within 50 meters radius should be taken into account.
  • If possible the chimney should be visible to the operator from the feeding
  • The addition of dilution air after combustion in order to achieve the requirement of these guidelines is
  • The minimum exit velocity should be 10 m/s and at least twice the surrounding wind speed (Efflux velocity = wind speed x 2) whichever is higher to ensure no down washing of exiting
  • Point for the measurement of emissions shall be

 

  • Control Panel

 

  1. Control of 2 burners
  2. Timer control 0- 12 hours
  3. Integral fan timer control
  4. Temperature and thermostatic control

 

 

 

 

 

 

 

SCHEDULE 2

 

 

NO: REQUIREMENTS SUPPLIER’S REMARKS
1. Experience

 

Previous experience in the supply, installation and commissioning of  incinerators

 
2. 1 Year Maintenance Contract  
3. Work rate

 

in least10kg Each Day

 
4. Design

 

Basic Plan layout to Supply Overall plant layout. With Grant room / charging, Primary Combustion Chamber.

 

Fuel oil tank storage ought to be   moderate steel 1000 liters capacity

 

Chimney Height should be of 10 meters above ground level.

Home facility with a single waste storage room

 

 

Supply Housing designs with adequate cross ventilation

 

Chamber (Afterburner Maximum exit temperature shouldn’t be less than 1100oC

 
5. Standard control panel

 

Safety interlock, Fan Starter, Burner on/ off switch/door safety switch, Auto close down switch, temperatures control mechanism.

 
6. Combustion Chambers

 

Primary Combustion Chamber Minimum exit temperature should not be less than 850oC

 

Secondary Combustion Maximum exit temperature should be less than 1100oC

 

 

SECTION VII

 

PRICE SCHEDULE FOR GOODS

 

Price schedule for Supply, Installation, Testing and Commissioning of an incinerator for Turkwel Power Station

 

1 2 3 4 5 6
Item Description Unit of sale Quantity Unit price Total price
1. Supply, install, and commission the incinerator as specified. LOT 1    
2. Construct a standard incinerator housing facility as per the drawing and architectural notes provided  

LOT

 

1

   
4. Construct one  waste  storage  room (provide specs on room size, construction material etc) LOT 1    
5. Supply / adhere to  the requirement of OSHA 2007 act

49,50,51,60,61,77,78,79,80,81,100

LOT 1    
6. Onsite training of Operation and Maintenance staff. LOT 1    
7. All the key Spares (Attach a separate List) LOT 1    
8. Supply and install 1000 liters Fuel oil storage tank and its secondary containment with Diesel oil level indicator and necessary piping with valves for visual checking of fuel level. LOT 1    
9. Supply of Operation and Maintenance Manuals.  

LOT

1    
10. All other items not specified but necessary to complete the Installation.   A separate list of these items to be attached.  

LOT

1    

 

 

11. Fencing of  a compound  of 10 meter length  by 10 meter  width   using Concrete  poles  high Gauge mesh wire , and a lockable gate. (Indicate size and design of gate) LOT 1    
  Sub Total        
           
  Discount  (%) if any        
  Applicable Taxes and Duties        
           
  Total Cost in Kshs        

 

hospital incinerator manufacturer

Number thing: 01 unit

Could you please send us cataloge detail for Pet Cremation of dogs, cats.

– Please services require: General about Cremation system which is suitable
for your products, technical transfer and training for operators.
Incinerator, 20 kg/hr  Burn Capacity (min. 1200 kgs. Waste Feed Capacity daily ) (4-6 hours surgeries ) (Power Supply

380V, 50Hz, 3Ph)
Containerized Incinerators Operational Capabilities • PROCESS 1+ TONS / DAY • OPERATED WITH LIMITED TRAINING • REGULAR

MAINTENANCE CAN BE COMPLETED WITH LIMITED TRAINING • COMPLIES WITH EURO / OR US-EPA EMISSION STANDARDS • ABILITY TO BURN

WASTE LUBRICANTS (POL) • HANDLE ORGANIC SOLIDS (TO INCLUDE RMW) • DEPLOYABLE • MOBILE • 24 HRS OF CONTINUOUS USE •

AUTOMATIC LOADING SYSTEM • AUTOMATED ASH REMOVAL SYSTEM • GAS SCRUBBING SYSTEM • 95% REDUCTION OF SOLID WASTE • OPERATE

OFF DIESEL OR FUEL OIL • CAPABLE OF BURNING 4 UNITS OF WASTE PER UNIT OF FUEL • ABLE TO TAKE ALL COMBUSTIBLE WASTE TO

INCLUDE: PAPER, PLASTIC, CARDBOARD, FOOD, USED OILS, SLUDGE, OILY RAGS, WOOD PALLETS. • NO PRE-TREATMENT OF WASTE

REQUIRED • VENDOR REPAIR OFFERED AT POINT OF SHIPMENT • FIVE (5) YEAR COMPONENT WARRANTY FROM DATE OF ACCEPTANCE

Technical Specifications • OPERATION MANUAL AND TRAINING MANUAL FOR EACH INCINERATOR • SET UP AND INSTALLATION

INSTRUCTION MANUALS • BLUE PRINT/ SCHEMATIC PROVIDED THAT OUTLINES THE PHY SICAL DIMENSIONS OF THE 20′ INCINERATORS •

INCINERATORS COMPOSED WITH HEAVY DUTY WELDED CONSTRUCTION • OPERATED AND TRANSPORTED IN 20′ INCINERATORS (CONTAINERS) •

FULL FRONT AND OPTIONAL REAR ACCESS • PRIMARY / SECONDARY TEMPERATURE CONTROLS • COMBUSTION AIR DAMPER • VAPOR TIGHT

LIGHT FIXTURES & 120V OUTLET • OUTDOOR PLU-IN RECEPTABLE FOR ELECTRICAL SOURCE • OUTDOOR FUEL TRAIN WITH SHUT-OFF • LOAD

RAMP • SKID — MOUNTED FUEL TANK • ELECTRICAL AND FUEL OIL CONNECTORS • CONTROL PANEL AND AIR LOUVER • AIR MANIFOLD

ACCESS AND UTILITY BULKHEAD • GALVANIZED SHIPPING COVERS • FUEL, WATER AND OIL CONNECTOR LINES • PRIMARY AND SECONDARY

BURNERS • FULLY INTEGRATED PLC CONTROL SYSTEM • FACTORY TESTED, WIRED PRIOR TO SHIPMENT • MOBILITY: NO HEAVY LIFT

EQUIPMENT NEEDED FOR SET UP OR TEAR DOWN • HEIGHT RESTRICTED TO THE HIGHEST POINT ON BASE OR UNDER 15FT TALL

Up to 600kgs per ten-hour day of Form IV pathological waste or red bag waste rated at 2200 BTU’s per kg, according to batch

loading twice per day.

laboratory incinerator china manufacturer

Incinerator dual chamber with capacity 1.5 m3/batch or 6 m3/ day, electronic thermocontrol range 0‐1200

C, thermocouple, air distribution capacity 10m3/ minute, electricity consumption 1.2kWH/ hour, power 3

phase with netral, cooling water sprinkler capacity 5L/ minute, completed with refractory (insulation,

castable, ceramic blanket) and PLC

SUPPLY, INSTALLATION AND COMMISSIONING OF WASTE INCINERATOR — TECHNICAL SPECIFICATIONS

The Waste Incinerator was created to burn Type IV of pathological waste and infectious, contaminated “red tote,” surgical

dressings, plastic test apparatus and other wastes.
Operation
Charging rate

performance at low energy consumption levels.
Large counter-balanced fill door with electric lockout.
Stress blower with modulating air controller generates turbulence and distributes combustion air to secondary space.
Reload light indicates to operator when it is time to recharge.
Ave Capacity: 60 kg per hour
Automatic control system provides preset burn times and closed off.
External Dimensions
General Specifications
Min. Operating Temperature: 950
Be required for burnout of closing charge.
Easy and safe operation
Temperature Monitoring: YES

Incinerator kind of pyrolytic medical waste incinerator capacity

Including:Incinerator: Construction to be specified

Together with the following technical data:

1.      One pharma solid waste incinerator unit comprising two combustion chambers and based on steel base with scrubbing

system.

3.      Capacity: Approximated 150 kg/hr. Over 10 hrs.

4.      Wastes features:

·         BULK density: 70 — 100 kg/ bm³.

·         Calorific value: 2000-3000 kcal / hr.

·         Moisture content: 20-30percent by weight.

·         Ash content: 2 — 8% by weight.

·         Vinyl content: 15-20 percent by weight.

5.      Two combustion chambers.

6.      Operating temperatures:

·         First chamber: not less than 700 – 800 °c.

·         Second chamber: not less than 1200 °c (during steady operation).

7.      The burners should be automatically switched off if some of the combustion chambers doors is open.

8.      The burners of the first and second combustion chambers are chosen for burning diesel oil (light fuel).

9.      Automatic loader and unloader to be provided.

10.     Exhaust gases to be comply with International Environmental code and requirements.

– A receiving cage for biomedical waste;

– A combustion chamber with a chimney using a filter to retain the ashes;

Chimney section: about 300 cm; using a minimum height of 6 m

Door dimensions: roughly 50×60 cm

Supplied with a 500 liters fuel tank and all necessary accessories for installation.

diesel oil fired medical waste incenerator

High Temperature Waste Incinerator Model D. MB 750XL Burn Rate-150Kg/hour minimum Weight(Kg)-4000kg Secondary Chamber

(double chamber with post-burning) Gas Retention Time 2 second Fuel Diesel Power Supply for control box 220V-240, single

stage 50-60Hz Minimum operating temperature 1200 oC One year spare parts package for complete maintainability 10m hose

pipe. 1100 litre fuel Tank +pipe system Containerised (the container will act as housing) Additional chimney extension

1 metre high One (1) year warranty.

Incinerator of 20 Kg: 03 Components

Electrically controlled incinerator.

Incinerator with low maintenance and operating costs; Equipped with an automatic control panel and easy to use with

electromagnetic locking of the door.

A main waste reduction chamber of 900 ° C. A post secondary combustion chamber of gases generated in the principal chamber

at 1100 ° C.

Carbon residues in ash less than 5% by weight based on European Directive 2000/76 / EC.

With refractory liner in materials of higher quality
3/ Price of 2 Clover engineers to Supervise, Installation, Training our engineers and commissioning the medical; waste

incinerator.

incinerator.

Kinds of waste Generated from the health facility

HICLOVER Incinerator/Parts Range


Medical Waste Incinerators

HICLOVER 10-500kgs/Hr.Double Combustion Chambers

Single Combustion Chamber

Small, Cheap,10-20kgs/Hr.

Three Combustion Chambers(Optional)

3 Chambers for high risk waste

Pet Cremation Equipment

For Pet(small/big) Cremation Business

Animal Incineration Equipment


For other creature incineration


Temperature Control, Primary and Secondary
Stoking tools
Stainless Steel Spark Screen
Primary Chamber Door Locking System

HICLOVER Solution for Fighting COVID-19, with ISO9001:2015/CE(2006/42/EC,2014/30/EU) Certification.
1. Medical Waste Incinerator(Containerized Mobile Incinerator|Top Loading Incinerator)

2. Auto Roll Air Filter for Clean Room(Air Purification)

Nanjing Clover Medical Technology Co.,Ltd.
Tel:  +86-25-8461 0201    

Mobile: +86-138139 31455
WhatsApp: 008613813931455
WhatsApp: 008615380948599
Twitter ID: @hiclovercom
Wechat: 008613813931455 (ID: hiclovercom)
Wechat: +8615380948599 (ID: wasteincinerator)

Email1:     [email protected]
Email2:    [email protected]&nbsp;   
Email3:   [email protected]  
Items/Model TS10(PLC) TS20(PLC) TS30(PLC) TS50(PLC)
Brand HICLOVER HICLOVER HICLOVER HICLOVER
Burn Rate (Average) 10 kg/hour 20 kg/hour 30 kg/hour 50 kg/hour
Feed Capacity(Average) 20kg 40kg 60kg 100kg
Control Mode PLC PLC PLC PLC
Combustion Chamber 100L 210L 330L 560L
Internal Dimensions 50x50x40cm 65x65x50cm 75x75x60cm 100x80x70cm
Secondary Chamber 50L 110L 180L 280L
Smoke Filter Chamber Yes Yes Yes Yes
Feed Mode Manual Manual Manual Manual
Voltage 220V 220V 220V 220V
Power 0.5Kw 0.5Kw 0.5Kw 0.7Kw
Oil Consumption (kg/hour) 5.4–12.6 7.8–16.3 10.2–20 12.1–24
Gas Consumption (m3/hour) 6.2–11.4 8–15.7 9.8–20 9.9–26.1
Temperature Monitor Yes Yes Yes Yes
Temperature Protection Yes Yes Yes Yes
Oil Tank 100L 100L 100L 100L
Feed Door 30x30cm 45x40cm 55x50cm 70x55cm
Chimney 3Meter 3Meter 5Meter 5Meter
Chimney Type Stainless Steel Stainless Steel Stainless Steel Stainless Steel
1st. Chamber Temperature 800℃–1000℃ 800℃–1000℃ 800℃–1000℃ 800℃–1000℃
2nd. Chamber Temperature 1000℃-1200℃ 1000℃-1200℃ 1000℃-1200℃ 1000℃-1200℃
Residency Time 2.0 Sec. 2.0 Sec. 2.0 Sec. 2.0 Sec.
Gross Weight 1500kg 2200kg 3000kg 4500kg
External Dimensions 140x90x120cm 160x110x130cm 175x120x140cm 230x130x155cm

Prefabricated Incinerator with a concrete base and chain link fence.The incinerator should be portable, very easy to install, allow for re-location, fit in small space with a chimney length of 4m to drive smoke away to safe heights and also cause current flow of fresh air to drive moisture out of the rubbish such that the bad odour from sanitary pads is removed and the waste is dried automatically. The incinerator should be made of a non-rusting material such as stainless steel of 4mm gauge. It should not require an extra heat source, but use the heat generated from burning of the solid waste as its major energy source. This incinerator should be capable of raising temperature to its maximum within three minutes and the heat losses kept to the minimum.Average Temperature
Average Temperature; 850 degrees Cent grade (As per Ministry of Health) 
Capacity Capacity; 60 Liters, Auto combustion/nonfuel assisted 
Destruction rate 30 liters per hour, waste reduction up to 95%volume
Batch Load 5Kgs per load
Life Span Life span; minimum 10 years

Items/Model

TS100(PLC)

TS150(PLC)

TS300(PLC)

TS500(PLC)

Burn Rate (Average)

100 kg/hour

150 kg/hour

300 kg/hour

500 kg/hour

Control Mode

PLC Auto.

PLC Auto.

PLC Auto.

PLC Auto.

Combustion Chamber

1200L

1500L

2000L

3000L

Internal Dimensions

120x100x100cm

150x100x100cm

170x120x100cm

210x120x120cm

Secondary Chamber

600L

750L

1000L

1500L

Smoke Filter Chamber

Dry Scrubber

Dry Scrubber

Dry Scrubber

Dry Scrubber

Feed Mode

Manual

Manual

Manual

Manual

Voltage

220V

220V

220V

220V

Power

1.38Kw

1.69Kw

2.57Kw

4.88Kw

Diesel Oil Consumption (kg/hour)

Ave.20.4

Ave.24.2

Ave.33

Ave.44

Natural Gas Consumption (m3n/hour)

Ave.24.5

Ave.29

Ave.39.6

Ave.52.8

Temperature Monitor

Yes

Yes

Yes

Yes

Temperature Protection

Yes

Yes

Yes

Yes

Oil Tank

200L

300L

500L

500L

Chimney

10Meter

10Meter

14Meter

14Meter

Chimney Type

Stainless Steel

Stainless Steel

Stainless Steel

Stainless Steel

1st. Chamber Temperature

800℃–1000℃

800℃–1000℃

800℃–1000℃

800℃–1000℃

2nd. Chamber Temperature

1000℃-1200℃

1000℃-1200℃

1000℃-1200℃

1000℃-1200℃

Residency Time

2.0 Sec.

2.0 Sec.

2.0 Sec.

2.0 Sec.

Gross Weight

6000kg

8500kg

11000kg

16000kg

External Dimensions

260x150x180cm

300x160x190cm

400x210x300cm

CE and ISO Certification Pass Incinerators

450x210x300cm

 

Poultry Incinerator Design for Pets Cremation Business


Model

A1500

Picture

 

Brand/Product Code

HICLOVER/N1134

Burning Rate

Typical 50 kgs/hour

Feed Capacity

Average 150 kgs/feeding

Primary Combustion Chamber

1500 Liters

Secondary Combustion Chamber

500 Liters

Mix Combustion Chamber

Yes

Smoke Filter Chamber

Yes

Feed Mode

Manual

Voltage

220V/380V

Fuel Type

Diesel Oil/ Natural Gas/LPG

Burner

Italy Original

Oil Consumption (Diesel Oil)

Typical 34 kg/hour

Gas Consumption (Natural Gas)

Typical 41 m3n/hour

Internal Dimensions

150 x 100 x 96cm (primary chamber)

External Dimensions

240 x 170 x 380cm (without chimney)

Temperature Monitor

Yes

Oil Tank Capacity(if Petroleum fuel)

300 Liters

Door Opening

59 x 81cm

Chimney Length

10.0 Meters

Chimney Type

Stainless Steel

Equipment Gross Weight

7500 kgs

Operation Technical Specifications

Primary Chamber Temperature

800℃–1000℃

Secondary Chamber Temperature

1000℃-1200℃

Residency Time

2.0 Sec.

Burning Efficiency

>98%

Waste Lower Calorific Power

3000Kcal

Pet Incinerator,Best incinerator manufacturers
HICLOVER Solution for Fighting COVID-19, with ISO9001:2015/CE(2006/42/EC,2014/30/EU) Certification.
1. Medical Waste Incinerator(Containerized Mobile Incinerator|Top Loading Incinerator)

2. Auto Roll Air Filter for Clean Room(Air Purification)

Nanjing Clover Medical Technology Co.,Ltd.
Tel:  +86-25-8461 0201    

Mobile: +86-138139 31455
WhatsApp: 008613813931455
WhatsApp: 008615380948599
Twitter ID: @hiclovercom
Wechat: 008613813931455 (ID: hiclovercom)
Wechat: +8615380948599 (ID: wasteincinerator)

Email1:     [email protected]       
Email2:    [email protected]    
Email3:  [email protected]   

HICLOVER Incinerator/Parts Range

Main Feature

Medical Waste Incinerators

HICLOVER 10-500kgs/Hr.Double Combustion Chambers

Single Combustion Chamber

Small, Cheap,10-20kgs/Hr.

Three Combustion Chambers(Optional)

3 Chambers for high risk waste

Pet Cremation Equipment

For Pet(small/big) Cremation Business

Animal Incineration Equipment

Items/Model TS10(PLC) TS20(PLC) TS30(PLC) TS50(PLC)
Brand HICLOVER HICLOVER HICLOVER HICLOVER
Burn Rate (Average) 10 kg/hour 20 kg/hour 30 kg/hour 50 kg/hour
Feed Capacity(Average) 20kg 40kg 60kg 100kg
Control Mode PLC PLC PLC PLC
Combustion Chamber 100L 210L 330L 560L
Internal Dimensions 50x50x40cm 65x65x50cm 75x75x60cm 100x80x70cm
Secondary Chamber 50L 110L 180L 280L
Smoke Filter Chamber Yes Yes Yes Yes
Feed Mode Manual Manual Manual Manual
Voltage 220V 220V 220V 220V
Power 0.5Kw 0.5Kw 0.5Kw 0.7Kw
Oil Consumption (kg/hour) 5.4–12.6 7.8–16.3 10.2–20 12.1–24
Gas Consumption (m3/hour) 6.2–11.4 8–15.7 9.8–20 9.9–26.1
Temperature Monitor Yes Yes Yes Yes
Temperature Protection Yes Yes Yes Yes
Oil Tank 100L 100L 100L 100L
Feed Door 30x30cm 45x40cm 55x50cm 70x55cm
Chimney 3Meter 3Meter 5Meter 5Meter
Chimney Type Stainless Steel Stainless Steel Stainless Steel Stainless Steel
1st. Chamber Temperature 800℃–1000℃ 800℃–1000℃ 800℃–1000℃ 800℃–1000℃
2nd. Chamber Temperature 1000℃-1200℃ 1000℃-1200℃ 1000℃-1200℃ 1000℃-1200℃
Residency Time 2.0 Sec. 2.0 Sec. 2.0 Sec. 2.0 Sec.
Gross Weight 1500kg 2200kg 3000kg 4500kg
External Dimensions 140x90x120cm 160x110x130cm 175x120x140cm 230x130x155cm

For additional creature incineration


Items/Model

TS100(PLC)

TS150(PLC)

TS300(PLC)

TS500(PLC)

Burn Rate (Average)

100 kg/hour

150 kg/hour

300 kg/hour

500 kg/hour

Control Mode

PLC Auto.

PLC Auto.

PLC Auto.

PLC Auto.

Combustion Chamber

1200L

1500L

2000L

3000L

Internal Dimensions

120x100x100cm

150x100x100cm

170x120x100cm

210x120x120cm

Secondary Chamber

600L

750L

1000L

1500L

Smoke Filter Chamber

Dry Scrubber

Dry Scrubber

Dry Scrubber

Dry Scrubber

Feed Mode

Manual

Manual

Manual

Manual

Voltage

220V

220V

220V

220V

Power

1.38Kw

1.69Kw

2.57Kw

4.88Kw

Diesel Oil Consumption (kg/hour)

Ave.20.4

Ave.24.2

Ave.33

Ave.44

Natural Gas Consumption (m3n/hour)

Ave.24.5

Ave.29

Ave.39.6

Ave.52.8

Temperature Monitor

Yes

Yes

Yes

Yes

Temperature Protection

Yes

Yes

Yes

Yes

Oil Tank

200L

300L

500L

500L

Chimney

10Meter

10Meter

14Meter

14Meter

Chimney Type

Stainless Steel

Stainless Steel

Stainless Steel

Stainless Steel

1st. Chamber Temperature

800℃–1000℃

800℃–1000℃

800℃–1000℃

800℃–1000℃

2nd. Chamber Temperature

1000℃-1200℃

1000℃-1200℃

1000℃-1200℃

1000℃-1200℃

Residency Time

2.0 Sec.

2.0 Sec.

2.0 Sec.

2.0 Sec.

Gross Weight

6000kg

8500kg

11000kg

16000kg

External Dimensions

260x150x180cm

300x160x190cm

400x210x300cm


CE and ISO Certification Pass Incinerators

450x210x300cm

 

Garbage Incinerator TS150 PLC Mobile Type


Items/Model

HICLOVER TS150(PLC) (Mobile Type) N1155

Picture

 mobile incinerator

Principle

Waste Incineration Treatment,trash incinerator

Burn Rate

Average 150 kg/hour

Feed Capacity

Average 150kg/feeding

Control Mode

PLC(Programmable Logic Controller Incinerator)

Combustion Chamber

1200L

Internal Dimensions

120x100x100cm

Secondary Chamber

600L

Smoke Filter Chamber

Yes(Dry Scrubber)

Feed Mode

Manual

Voltage

220V

Power

0.9Kw

Oil Consumption (kg/hour)

Typical 20.4

Gas Consumption (m3/hour)

Typical 24.5

Temperature Monitor

Digital Display

Temperature Protection

Yes

Oil Tank

200L

Feed Door

80x60cm

Chimney

5Meter

Chimney Type

Stainless Steel

1st.

HICLOVER Incinerator/Parts Range

Main Feature

Medical Waste Incinerators

HICLOVER 10-500kgs/Hr.Double Combustion Chambers

Single Combustion Chamber

Small, Cheap,10-20kgs/Hr.

Three Combustion Chambers(Optional)

3 Chambers for high risk waste

Phone: +86-13813931455(whatsapp/wechat)
Website: http://www.incinerator-scrubber.com/ 

Pet Cremation Equipment

Nanjing Clover Medical Technology Co.,Ltd.

For Pet(small/big) Cremation Business

Animal Incineration Equipment

For additional animal incineration

Items/Model

TS100(PLC)

TS150(PLC)

TS300(PLC)

TS500(PLC)

Burn Rate (Typical )

100 kg/hour

150 kg/hour

300 kg/hour


500 kg/hour

Control Mode

PLC Auto.

PLC Auto.

PLC Auto.

PLC Auto.

Combustion Chamber

1200L

1500L

2000L

3000L

Internal Dimensions

120x100x100cm

150x100x100cm

170x120x100cm

210x120x120cm

Secondary Chamber

600L

750L

1000L

1500L

Smoke Filter Chamber

Dry Scrubber

Dry Scrubber

Dry Scrubber

Dry Scrubber

Feed Mode

Manual

Manual

Manual

Manual

Voltage

220V

220V

220V

220V

Power

1.38Kw

1.69Kw

2.57Kw

4.88Kw

Diesel Oil Consumption (kg/hour)

Ave.20.4

Ave.24.2

Ave.33

Ave.44

Natural Gas Consumption (m3n/hour)

Ave.24.5

Ave.29

Ave.39.6

Ave.52.8

Temperature Monitor

Yes

Yes

Yes

Yes

Temperature Protection

Yes

Yes

Yes

Yes

Oil Tank

200L

300L

500L

500L

Chimney

10Meter

10Meter

14Meter

14Meter

Chimney Type

Stainless Steel

Stainless Steel

Stainless Steel

Stainless Steel

1st. Chamber Temperature

800℃–1000℃

800℃–1000℃

800℃–1000℃

800℃–1000℃

2nd. Chamber Temperature

1000℃-1200℃

1000℃-1200℃

1000℃-1200℃

1000℃-1200℃

Residency Time

2.0 Sec.

2.0 Sec.

2.0 Sec.

2.0 Sec.

Gross Weight

6000kg

8500kg

11000kg

16000kg

External Dimensions

260x150x180cm

300x160x190cm

400x210x300cm

450x210x300cm

2021-02-28

800℃–1000℃

2nd.

400x210x300cm

450x210x300cm




CE Certification Pass

HICLOVER Solution for Fighting COVID-19 with CE Certification.
 
1. Medical Waste Incinerator(Containerized Mobile Incinerator|Top Loading Incinerator)
 
2. Auto Roll Air Filter for Clean Room

 

2021-02-28