Key Features:  * All versions with Dual combustion chamber.  * Stainless Steel chimney/stack, long lifetime. *according to sequence * High temperature, long lifetime of incinerator.  * Free or minimal installation on site.  * PLC Control Plane. *according to order  * New Design for pet animal cremation company.  * One year warranty on incinerator and parts in stock.

Nanjing Clover Medical Technology Co., Ltd..

Nanjing Clover Medical Technology Co., Ltd..

Considering Environmental Protection requirements and principles, almost all incinerator have secondary combustion chamber (after-burn, post-combustion), even when third combustion chamber. The secondary burner burn the Exhaust gas from primary combustion chamber, this technology make sure adequate combustion, few black smoke and smell.  The updated incinerator technology focus on Exhaust gas treatment to eliminate Hazardous material and other purpose from incinerator, like heat recovery (waste to energy), save fuel cost, PLC Automation operation.  In some Developed countries, some new waste treatment method such as High-temperature cooking, waste carbonization, crushing sterilization technology is instead of incineration technology.

Nanjing Clover Medical Technology Co., Ltd., Neighborhood in Nanjing city, China.

WAMBA, Kenya, June 30 (Thomson Reuters Foundation) – Poor weather, security threats and poor roads have made disposing of the Wamba district hospital’s medical waste a challenge.

The nearest incinerator is about 200 kilometres (125 miles) away and “travelling was not possible during heavy rains because linking roads were cut off by flooding,” stated Stephen Lesrumat, a medic in the hospital.

But now the north-central Kenyan hospital has a solution to its problems, and a means of cutting climate changing emissions and deforestation: A high-efficiency medical waste incinerator that uses just a fifth the fuel of a traditional incinerator.

The wood burner, which takes advantage of strong winds in the area to push the flames, borrows technology from fuel-efficient stoves. It can safely eliminate waste produced by the Wamba hospital and by 22 other health centers in Samburu County, stated Lesrumat and Ibrahim Lokomoi, the facility’s engineer.

“It has reduced the burden of traveling outside the county to eliminate medical waste,” Lesrumat said, sparing hospitals a potentially dangerous build-up of medical waste during periods when roads are impassible.

During previous flooding periods, when hospital waste could not be transported, “I was stressed because the waste is toxic,” Lesrumat stated. “It could lead to health and environment damage if it accidentally spilled into the community. ”

Run-ins with al Shabaab militants can also be a danger for some healthcare workers in Kenya driving long distances in their jobs, medics said.

“Northern Kenya is extremely expansive and has numerous challenges that the government struggles to provide services,” stated Onyango Okoth the assistant commissioner of Samburu County.

Currently the Wamba incinerator handles between 5 and 20 kilograms of medical waste a day.

As the burner works, a young employee clad in protective clothing flips open the lid of the chamber to monitor the process of incineration.

Seeing the last batch of waste is all but eliminated, he reaches for a cone containing a variety of used rubber gloves, syringes and polythene waste, pours in some of the waste, mixes it with a forked pole and then replaces the lid to allow the incineration to continue.

The Centers for Diseases Control in Kenya estimates that every patient admitted in a hospital generates at least 0.5 kilograms of medical waste.

The next step, Kenyan clean energy experts say, may be to start incinerating waste using more sustainable sources of energy, such as solar energy.

“Kenya is investing heavily in alternative energy sources,” said Johnson Kimani of the Kenya Climate Change Working Group. “Solar and biogas should be factored into medical waste incineration if the government is committed to its pledge of achieving a green market. ”

James Lebasha, of the International Medical Corps, which helped assemble the Wamba incinerator, said the burner might be just the first for the area.

“We hope to build more units in morthern Kenya to allow communities access this service,” he said. (Reporting by Kagondu Njagi; editing by Laurie Goering:Please credit the Thomson Reuters Foundation, the charitable arm of Thomson Reuters, that covers humanitarian news, climate change, women’s rights, trafficking and corruption.

“We hope to build more units in morthern Kenya to enable communities access this service,” he said. (Reporting by Kagondu Njagi; editing by Laurie Goering :; Please credit the Thomson Reuters Foundation, the charitable arm of Thomson Reuters, that covers humanitarian news, climate change, women’s rights, trafficking and corruption. Visit www.trust.org/climate)

from: http://www.reuters.com/article/2015/06/30/kenya-medical-energy-idUSL8N0ZG1M220150630

The proposal must include the comprehensive description of the whole system: Total cost of supply, Installation, commissioning, Automatic feeding, automatic de- ashing through performance, and efficient gas cleaning system (wet, dry or higher temperature ceramic filters), continuous emission monitoring system (CEMS), and all    other    accessories, Control    panel    for    all     components     of     the system, Troubleshooting alarm system covering all components of the system, to notify the operator to the fault which may arise during the operation, and to perform immediate corrective action, Emergency Stop button which can easily shut off / shut down all major part of the system in the event of emergency situation. Primary chamber ability / Average capacity per patch Load: 3000 Kg, Incineration capacity per hour 400 Kg/hr. , Loading system: side loading, Number of burners: minimum 7 burners, (5 to main room, 2 for secondary room ), Fuel: Diesel, The system should work continuously for at least 12 hours every day, The primary room: Heavy- duty anodized Rust resistant steel casing with minimal thickness 7mm. Painted with heat reflective paint, internal heavy duty refractory cement lining and insulation for maximum heat retention. Price of supply, installation, operation cost including fuel consumption per hour, and price of other consumable materials treatment materials (intake rate per hour and unit price each), delivery time till operation, Layout for the whole three components and gas cleaning systems, considering minimum are required for the system “containing enough area for handling and operation ”, Confirmation letter that gas emission from the system after gas cleaning should comply with Saudi regulations for gasoline emissions (stamped letter and Emission comparison table showing the emissions from the system in comparison with Saudi regulations “attached”)

Page

The proposal should include the complete description of the whole system: Total cost of supply, Installation, commissioning, Automatic feeding, automatic de- ashing during operation, and efficient gas cleaning system (wet, dry or high temperature ceramic filters), continuous emission monitoring system (CEMS), and all    other    accessories, Control    panel    for    all     components     of     the system, Troubleshooting alarm system covering all components of the system, to notify the operator for the fault that may arise during the operation, and to perform immediate corrective action, Emergency Stop button that can easily shut off / shut down all major part of the system in case of emergency situation. Primary chamber capacity/ Average capacity per patch Load: 3000 Kg, Incineration capacity per hour 400 Kg/hr., Loading system: side loading, Number of burners: minimum 7 burners, (5 for primary chamber, 2 for secondary chamber), Fuel: Diesel, The system should work continuously for at least 12 hours per day, The primary chamber: Heavy- duty anodized Rust resistant steel casing with minimum thickness 7mm. painted with heat reflective paint, internal heavy duty refractory cement lining and insulation for maximum heat retention. Cost of supply, installation, operation cost including fuel consumption per hour, and cost of other consumable materials treatment materials (consumption rate per hour and unit cost each), delivery time till operation, Layout for the whole three units and gas cleaning systems, considering minimum are required for the system “including enough area for operation and handling”, Confirmation letter that gas emission from the system after gas cleaning should comply with Saudi regulations for gas emissions (stamped letter and Emission comparison table showing the emissions from your system compared with Saudi regulations “attached”)

Page | 4

•    Incinerator should have two (2) chambers: primary chamber with five (5) burners to incinerate materials and the secondary chamber with two (2) burners to incinerate exhaust gases.
•    The main body of the incinerator shall be stainless steel and the outside insulation thickness of not less than 7 mm made from zinc or phosphate for temperature insulation
•    The main gate of the Incinerator should be 150 mm thick and strength not less than 170 kg/m3. The door should be automatic with remote to operate.
•    The Incinerator should be designed in accordance of the environmental regulation followed in country of  origin or  as per  Saudi Arabian PME Regulations.
•    The incinerator should have fuel storage with capacity of 1000 liter.
•    The incinerator shall have the capacity to operate with temperature up to 1300 OC in the primary chamber and it can remove the residual while the incinerator is in operation
•    The inside body of the incinerator should have insulation layer made of calcium with thickness of 50 mm while the thickness of the internal surface should be 100 mm in order to stand with 1300 OC.
•    All the supporting braces of the incinerator shall be installed on stainless steel.
•    The gap between the internal and external body shall be filled with the special insulation material.
•    The exhaust shall not stay more than two (2) seconds in the secondary chamber and this chamber shall be built with high density of ceramic oasis.
•    There should be a stack with four (4) meter from the top surface of the incinerator and can be removed and installed.
•    The incinerator shall have control device for exhaust gases so that the emission shall meet the PME source standards
•    The power supply should be 220 – 380 Volts, 60 Hz. and the incinerator shall be provided with control panel showing the following:

Page | 5

•    Temperature of primary and secondary chamber.
•    Condition of pressure gages.
•    Alarm showing if there is any leakage or misconducting in the electricity.
•    Indicator for overloading the burner.
•    Timer for automatically switching off the incinerator.
•    All the incinerator parts including fuel pumps, fans, valves and pipes can be operated in high ambient temperature (50OC)
•    All  parts  of  the  incinerator  shall  be  painted  in  one  color  which  should  be resistant to high humidity, high temperature and high dust / sandstorm.
•    3 years warranty with spare parts and technical supply and
•    10 years warranty for  providing spare  parts starting from the  date  of first warranty expiry
•    Provide all the list of consumable items like, filters, sorbents, etc.

The bidder shall provide all necessary details related to the facility dimensions, space area required for the whole system and all operation requirements, Details about required facility (hanger) including Layout, civil work and electromechanical details including electricity, water pipes, fuel pipes, tanks, etc. Complete Drawing & 3D drawing Clearly Show All Sections and Details of the System. List of spare parts and checklist. Required Operation staff, Fuel consumption rate of the whole system. Since our project is a turnkey project including Design, Build & Operate of central incineration facility covering all the above mentioned details and we have to coordinate all civil works and necessary requirements to operate the system.

2. A camera post-combustion gases :
Cold filter plugging point -10 ° C max.

DIESEL AND FOOD TANK BURNER

The fuel tank will be found annexed into the dugout roof incinerator at a bund and have the following characteristics:

• Capacity: 1,200 liters
• Made of sheet steel for easy wall installation cubeto
Point above 55C inflammation.
• gas or diesel burner (must be specified in the sequence ), monobloc horizontal flame, electronic ignition, secure, permanent ventilation, control valve and isolation valve.
• Meter and level switch

The incinerator has a intake of 16.2 liters of gas to burn waste generated operation 10 hours a week expected in two burning, so that autonomy will be 7.5 weeks. The reservoir will have an outlet and an inlet for return. Pipes for oil will drive the black steel pipe with longitudinal electric resistance welded 3/4 ” DN 20mm diameter. In the tank outlet pipe retainer debris filter, with aluminum body is put, aluminum cup and stainless steel sieve with holes 100 microns in diameter .advise about the ingestion rates, is that for both chambers, or per room?

After 10 minutes, the afterburner is temperature:

•Spinning on the toaster combustion chamber, which ensures the output of the gasification of waste. The operating time of the burner is programmable according to the type of waste, using a flexible mechanical timer from 1-60 minutes.
• air injection nozzles made of refractory steel with a flow control valve.
a. watertight door for manual loading of waste.
• A timer adjustable time delay for each burner control.
• fibrous insulation panels made of calcium silicate with a depth of 75mm.

an incinerator for our dental clinics.The incinerator must comply with ” Technical Standard NTON 05-015-02 Management and Solid Waste Disposal Hazardous co go ”, as well as meeting international standards performance standards for new stationary sources and emissions from the Environmental Protection Agency United States ( Environmental Protection Agency EPA ) Incinerators Medical and Hospital infectious waste ( HMIWI its acronym in English ) and the standards of the World Health Organization (WHO ).

According to point 8.5.1.3 of this NTON 05-015-02 incinerator must have the following:

” Incinerators equipped with a camera primary and a secondary combustion, equipped with burners capable of achieving complete combustion of waste and widespread destruction of harmful and toxic chemicals (dioxins and furans amongst others), attached to the solid waste bioinfectious.

a) primary combustion chamber, it requires a temperature of 800 ° C and one hour live to be ruined waste generated gas and ash, including dioxins can create cancer is found.

b ) In the secondary combustion chamber must reach temperatures around 1,100º C and have to be operated with a residence time of the flue gases of a minimum of two seconds. To treat gas flow and entrained particles, before being discharged into the air, should be added towers chemical washing, cyclones, filters. ”

The incinerator installed must comply with the design to ensure the destruction of all hazardous, biological, industrial waste as well as many others. Combustion ” PYROLYTIC ” allows management of the gasification of waste and avoid significant discharge of black smoke and fine powder during loading. Additionally, it allows, regular and complete combustion of the waste.

The main advantages are a controlled combustion that ensures the absence of smoke, color, smell or dust. It is also automatic, so you don’t need supervision and has a low fuel consumption.

The incinerator contains:

1. A combustion chamber :
• A controller with digital display for temperature afterburner.
• Automatic Burner ( gas or diesel must be specified in the order ) with flames diving in one piece monoblock with an electronic ignition system, permanent venting valve and isolation valve.

• combustion flooring made in carborundum, preventing binding of glass and slag.

Afterburner gases

• The afterburner is powerful sheet steel flange connection.
• The electrical panel meets current standard.
• automated start of combustion air fan.

After two hours, the end of ” combustion cycle ” automatically guarantee:

• The closing of primary air servomotor.
A. burner combustion, low power.
• thermal insulation panels made of fibrous silicates and calcium with a depth of 85 mm.
d . A smoke evacuation duct .

The incinerator meets as indicated on waste incineration.

During charging, opening the door ensures instant shutdown fan primary and secondary air. At the conclusion of the combustion cycle the fan primary / secondary air and burner continues to operate for two hours to protect the burners and to cool the oven. Following this time the program automatically turns off the setup completely.

FUEL USE

This installation shall take for operation of diesel with the following characteristics:

Density at 15 ° C (max / min ) 0.88 / 0.82 kg / l
They will not burn plastics, packaging except that the amount so small that gases need not receive any therapy, secondary combustion chamber into 1100C handles everything. .

The chimney is 350 mm inner diameter and a height of 8.13m will with hatch analysis.

Combustion chamber

• The combustion chamber is thick steel plate (3 to 10 mm ) with reinforcements, especially built.
• Obtaining the combustion cycle during which no tracking service ( duration 2 hours ) is required.

The combustion cycle ensures:
• Pressure gauge and filler cap
• Special high fever.

OPERATION

The operation thereof is as follows:

• Charging waste.
• Front loading with watertight door mounted on hinges, locking screw wheel, elastic gasket and an insulation lined.
• Fan distribution primary and secondary air, the air flow regulation is effected by way of valves and actuators on automatic cycle commands.

Control and regulation
Kinematic viscosity at 40 ° c ( min / max) 2 / 4.5 mm2 / s
• An inner lining of refractory concrete comprising 42% of H² 03 (alumina ) and 100 mm thick walls.
• Output for venting diameter 1 1/2 ”
Control Panel dustproof, painted sheet with chopped paint comprising:
• Internal filling refractory concrete with very higher alumina content ( 65% H² 03) and a thickness of 150 mm.
Weight sulfur 0.2 % max.
• A secondary air injection is scheduled and ensures ideal oxygen content.
b . An injection device air for total re- combustion of these gases.

c . An input device cooling of the combustion gases.
• A circuit breaker switch for each motor ( fans and burners).
• Color : Light + dark blue.

• Capacity: 1,200 liters
• Made of sheet steel for simple wall installation cubeto
• Output for ventilation diameter 1 ½ ”
• Pressure gauge and filler cap
• Meter and level switch

The incinerator has a consumption of 16.2 liters of diesel hour to burn waste generated operation 10 hours a week expected in two burning , so that autonomy will be 7.5 weeks . The reservoir will have an outlet and an inlet for return. Pipes for oil will drive the black steel pipe with longitudinal electric resistance welded 3/4 ” DN 20mm diameter . In the tank outlet pipe retainer debris filter , with aluminum body is placed , aluminum cup and stainless steel sieve with holes 100 microns in diameter .advise on the consumption rates, is that for both chambers, or per chamber?

company. Our products main for small waste output. For hospital straight, local at hospital, or portable/mobile

incinerator to a single website when end-customer request. incinerator without smoke and smelting for the environment.

capapcity 500kg per day. Could you specify the point of petroleum fuel? By this you mean petrol or diesel?

an incinerator acceptable for chemcial waste containers. Capacity about 100 kgs per hour with a scrubber.1- One system of

medical waste materials incinerator
– Capacity : 100 kg
We specify that we’re interested in mobile incinerators for hospital use.

capapcity 500kg per day. Could you specify the point of oil fuel? By this you mean petrol or diesel?
with dieseil burner.we managed to get a walk in Algeria, and we hope to export to other countries in Africa.
we specify that we are interested in mobile incinerators for hospital use.

2. What’s your minimum capacity and maximum capacity incinerator.

3. You do provide secodn hand incinerator in good working condition.

Incinerator but the size of room > 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.
The chamber of the incinerator should be able to hold about 200 – 250 kilogram of waste at a specified time.
Dthe majority of systems will be run on petrol, so I want to understand the necessary pressure of gasoline in psi to operate the machine with no problem.
A;  Batch Capacity for every version, how much load can we place in 1 time. I need tio under stand in duration of batch load one time that I can ut in Kgs.

Disinfecting/sterilizing the contaminated medical wastes, main combustion chamber, post combustion chamber, heat exchanger, ash removal components and flue gas treatment systems, together with the following details:

Hourly capacity of the system:           from 250 up to 500 Kgs/ hour

Duration of operation:                        from 14 up to 18 hrs/ day

Fuel type to be used:                         Diesel or other

Calorific value of the waste:               3500 up to the maximum limit kcal/ Kg

Minimum operating temperature of main chamber: 1000 degrees celcius

a smaller  capacity of 150 to 250  kg/feed capacity

2 medical waste incinerators model YD-50, 150 kg feed capability, 220/380 V, 50 Hz c/w 5 mtr. chimney.
solicito un horno crematorio para mascotas, de una capacidad de 80 kl, aprox. solo una unidad, especificaciones tecnicas, totalmente industrial, atte. erika martinez peru

•             Using diesel as fuel

•             Capacity 50kg per hour

•             chambers material: Refractory Concrete

•             Number of chambers: 2

•             Manual feed

50 kg/  hour  capacity incinerators

·        Burning Rate: 50kos/hr

·        Feed Capacity:  150kqs

·        Main Combustion  Chamber:  900 Dimensions

·        Secondary  Combustion  Chamber:  300 Dimensions

·        Mix Combustion  Chamber:  Yes

·        Smoke Filter Chamber:  Yes

·        Feed Mode: Manual

·        Power: 0.7Kw

·        Fuel Type: Diesel Oil/ Natural Gas/LPG

·        Internal Dimensions:  120 x 90 x 85cm (primary  chamber)

·        External  Dimensions:  200 x 160 x 310cm (without  chimney)

·        Burning  Efficiency:  >98%

small  scale medical waste  incinerators.The necessary burning capacity of these incinerators are 10 kg and 15 kg/hr. The fuel oil using for those incinerator is diesel oil.

CO – Shouldn’t exceed 100 mg/m3

SO2 – Shouldn’t exceed 400 mg/m3

HF – (Hydrogen fluoride) Shouldn’t exceed 9.0 mg/m3

NO2 – Shouldn’t exceed 500 mg/m3

Smoke dust  – Shouldn’t exceed 100 mg/m3

9    Height of the Incinerator – less than 10m above ground level

10    Manufacturer’s Warranty – less than 1 year

11    Electrical Connection – From closest distribution box using 25mm2 electric cable and all related connections and wiring

incineration Furnace for burning patalogical  ( such as human tissue or blood ) as west

The weight  of this west materials is 700 kg per month and we want an  isolated furnace

Without fume and any harmful gas

. INCINERATOR SPECIFICATION

# Description Specification

1    Burning Capacity – 400 kg/time and should not be less than 300 kg/time. Maximum combustion time needs to be 6 times/day

Two Chimney external diameter  – 300 to 400 mm

3    Fan power  – Shouldn’t exceed 1.1kw

4    Voltage  – 220V

5    Oil consumption  – Shouldn’t exceed 14kg/h

6    Feeding door diagonal dimension (mm)  – less than 500mm

it’s also very important for us to know whether the unit is qualified to deal with cytotoxic waste and also the characteristics and disposal of treatment residues. Moreover, operational needs in terms of electricity and fuel consumption, as well as especially the off-gas treatment system implemented, bear significant importance, as fulfilling the requirements of Regulation 2010/75/EC is naturally necessary.

The quantity of disposal is about 100 kg per day as minimum. Bigger skills up to 500-600 kg/d will also be of great interest to us. Thus, please send us your suggestion for both aforementioned daily capacities.

The quantity of disposal is about 100 kg per day as minimum. Bigger capacities up to 500-600 kg/d are also of great interest to us. Thus, please send us your proposal for both aforementioned daily capacities.

HIGH TECH PYROLYTIC MEDICAL WASTE INCINERATOR

1.  

21. The de- ashing must be performed in the bottom of the combustion chamber or the deashing
Electronic ignition, permanent ventilation, electromagnetic sluice gate of regulation and isolating
* A timer with flexible temporization for the regulation of every burner.
* Carcass in solid sheet steel with support of link.
* A regulator with electronic viewing for the temperature of postcombustion.
Should be Automatic or manual batch p ashing.

22. Process Filtering system: Scruber to be mentionned as optional

23. Emission Standards Compliance: BS 3316 or equal standard

23. Ability to treat Plastic: Not less than 40% by weight

24. CE Manufacturing Compliance: BS EN 746-2-1997

22. The provider must give batches of spare parts of first urgency and consumable of this
* A device of air inlet of cooling of waste gases,
Flame, lighting and security of electronic ignition, permanent ventilation, electromagnetic sluice
valve.
* A device of injection of air allowing a total recombustion of gases,
* A secondary shot of air to ensure perfect oxygen content.

19. A control box ensuring that the complete cycle of combustion.

20. Fan:
incinerator.

23. The installed incinerator must bear a 1 year guarantee.
16. The provider must provide necessary information for the best of this installation This incinerator
* A switch circuit breaker for each engine (ventilators and burners).
* Burner with fuel, mono-bloc casting guiding type with horizontal flame, lighting and security of
* The insulation of the combustion chamber should be composed of refractory bricks,
10. The lower calorific power (L.C.P) of the waste will be 3,500 kcal/kg
6.  The incinerator must avoid the release of black smoke and fine dust, (Smokeless) throughout the
9.  The incineration should be wholly free from visible smoke as well as offensive odours.
>  Nature: 65% of A1203
loadings.
Stuffing insulating out of refractor. -.
>  Nature: Calcium
•    The Temperatures of combustion: Minimum will be 850°C and max 1400°C
> Nature: 42% of A1203
5. 
3.  This incinerator must be able to destruct all combustible wastes produced by hospitals,
Private practices, laboratories, institutes, etc…
15. Fuel: diesel
Mill; it will include curative and preventive maintenance, and using equipment, etc

NB.; Civil works and any other relevant services for the installation and training of operators have to be included at the incinerator’s cost.

Specification for the refuge of the incinerator:

House of the incinerator inclusive in offer (the house must have toilet and hand washing facilities and firefighting). The size of the shelter shall measure four meter by six meter and shall be provided with adequate air ventilation.

This material and equipment must include in the shed of the incinerator: base in rubble stone, isolation roofing against humudity; elevation with brick of 20 cm (bloc cement), continuing lintel (linteau) in reinforced concrete; steel frame (charpente en metal); roof in sheet B.C.A. 28 BG

25. The technical training of operators will have to be supplied and given by a technician from the
Using a high content of aluminum and insulates bricks in order to assure a minimum
Load
* A burner of light that the use is restricted to the ignition of waste.
11. The Inner diameter of the Chimney: Ø 400 and its height: 8 m
14.
With “PYROLYTIC” combustion must possess:
*  Plate of combustion in Carborundum, preventing the fixing of glass and slags.

18. A chamber of post combustion of gases
Completed by valves and following the control of the automatic cycle.

Quantity: Two [2] with complete accessories.

Kinds of wastes being used: GENERAL WASTE.Polyester, polypropylene, polystyrene, vinyl acetate plastic, synthetic

plastics,
– Assumption: general hospital beds 50 percent, surgery beds 50% for the 100 bed hospital instance, while this

ratio is 30-70% for the other cases
* Frontage of loading door seals gone up on hinges, wheel of screw plug, flexible joint, and stuffing insulating

from refractory.
* A secondary shot of air to ensure perfect oxygen content.
6.     The incinerator must avoid the discharge of black smoke and dust that is fine, (Smokeless) during the loadings.
* Burner with fuel, mono-bloc casting guiding type with flat flame, lighting and security of     electronic

ignition, permanent ventilation, electromagnetic sluice gate of regulation and isolating valve.
* Carcass in strong sheet steel with support of connection.
Natural rubber, synthetic rubber, polyurethane sheet, and bulky films, solids and
22. Process Filtering system: Scrubber to be cited as optional
– particles that can be easily sorted
* Electro-ventilator distributing the secondary atmosphere, the regulation of the air flow being carried out by valves and

after the control of the automatic cycle.
–  global standards and waste creations assumptions should employ
Would it be possible to give us information on the capacity of incinerator we want

on this island. Incinerator to dispose our daily normal mortality for this size of the farm.1. Can the

100kg/hr burn solid waste/hazardous waste like expired paints,waste oil or chemicals.
19.     A control box ensuring the whole cycle of combustion.

20.     Fan:
23. Emission Standards Compliance: BS 3316 or equivalent standard
– Chemical waste solids and liquids, waste oil and other difficult-to-handle items

The  machines will be certified for operation from PME after passing website investigations.Manual load twin chamber

incinerator for medical waste to burn 50kg/hr on continuous operation, with Main temperature in the area of

800degC minimal and 1200degC or more in the Secondary chamber, complete with charging doorway, Ash doorway, Air and see

vents, auxiliary air system with adjustable dampers, burners and burner control system and ignition device, the whole to

meet NEMA requirements and other global standards. Здравствуйте! Стоимость и доставка до г.Алматы Казахстан

The technical details we care about are:

–          Capacity (burning capacity of waste per hour). 150kg/hour. Incinerator with 300l waste chamber

–          Construct materials, 5mm High quality light steel structure; 100 mm high quality refractory lining.

–          High Temperature paint finish.we have two hospitals,more then 20 dentist offices,and over 50 doctor offices.
5.    
Nature: Calcium
•    The Temperatures of combustion: Minimum will be 850oC and max 1400oC
21.     Controls and regulations:

medical waste incinerator solutions and prices for 100 bed / 500 mattress / 1000 mattress / 3000 bed hospitals.
23.     The installed incinerator must endure a 1 year guarantee.
•    Post combustion: >1100oC.
16.     The supplier must provide  necessary information for the best of  the setup
* Burner of light of waste, with gas, regular mono-bloc casting guiding  plunging flame, lighting and security of

electronic ignition, permanent ventilation, electromagnetic sluice gate of regulation and isolating valve.
11.     The Inner diameter of the Chimney: Ø 400 and its height: 8 m
13.     The Dimension of the door for loading in cm: 70×70.
* A regulator with digital viewing for the temperature of combustion.
. Nature: 42 percent of Al203
4.     Design Specification : Types A, B, C, D, and E of medical waste
2.     It should be able to operate not less than 10 hours/day
Thickness    : ≥150 mm
* A timer with flexible temporization for the regulation of each burner.
22.     The supplier must give batches of spare pieces of first urgency and consumable of the incinerator.
* A sheath of evacuation of the gases burnt.
23. Capacity to treat Plastic: Not less than 40 percent by weight
•    Nature: Calcium silicate.
* The insulation of the combustion chamber should be composed of refractory bricks, having a high content of aluminium

and insulates bricks to be able to assure a minimum temperature on   the outside sheet metal.
* Electric box.

21. The de- ashing must be done in the base of the combustion chamber or the deashing must be Automatic or manual

batch p ashing.
9.     The incineration should be wholly free from visible smoke in addition to offensive odours.
14.    
.
15.     Fuel : diesel
Control box watertight to dust, including:

* A switch circuit breaker for each engine (ventilators and burners).
From the mill; it will include curative and preventative maintenance, and using machine, etc

18.     A chamber of post combustion of gases
3.     This incinerator must be able to destruct all combustible wastes produced by hospitals, private practices,

laboratories, institutes, etc…
* A burner of light which the use is restricted to the ignition of waste.
This incinerator with”PYROLYTIC” combustion must have:
Nature: 65% of Al203
8.     It should be able to hold emission in the second burn with gasoline residence of less than two seconds.
2. What about the heat generated during burning,are there windows or air flow into the containers.

–          Consumption of power and fuel. Hospital waste disposal system for a hospital job

–          Ash removal odor.The incinerator is for HAZARDOUS WASTE and SOLID WASTE and minimal carbon monoxide.

–          Automatic curing process temperature controlled chamber.Incinerator with 150l waste chamber

–          Secondary chamber. Have you got plans for above incinerators revealing floor dimensions,height. What materials should be used for the FLOOT, WALLS, ROOF ETC.1) The only consumable required for the system TS100

(PLC) is Oil( diesel) is that OK?

two ) from the technical specification: petroleum consumption (Kg/hour) is between 14–28) do you mean is liters/hour?

instance the incinerator will be operating for 10 hours per day means the oil consumption will be 140 Liters or more?

3) Chimney type stainless steel. How about main body construction materials?if there are more two option of body

construction materials for greater life

3. Send info about electricity, ventilation, fire protection, exhausts, chimney etc

4. Do you have prefabricated shelters?Installation of waste disposal system (biomedical) 500kg capacity model, MP 500

medical incinerator.

5. We see you have container shelters. Send us price quote for this thing

1.     Capacity of destruction in weight: 60 Kg/h.
– Items that readily degenerate such as paper, wood, leather and garbage
* A regulator with digital viewing for the temperature of post combustion.
25.     The technical training of operators will have to be supplied and given by a technician
17.     A combustion chamber of waste:
7.     It should be able to reduce the volume of wastes by 98%.

18.    A chamber of post combustion of gases
* A burner of combustion of gases,
* A device of injection of air allowing a total re-combustion of gases,
* A device of air inlet of cooling of waste gases,
* A sheath of evacuation of the gases burnt.
* Carcass in strong sheet steel with support of connection.
* Composition of the refractory;
•    Refractory concrete :
    Thickness    : ≥150 mm
    Nature: 65% of Al203
•    Insulate in fibrous panel :
    Thickness: ≥85 mm
     Nature: Calcium
* Burner with fuel, mono-bloc casting guiding type with horizontal flame, lighting and safety of     electronic

ignition, permanent ventilation, electromagnetic sluice gate of regulation and isolating valve.
* A secondary injection of air to ensure perfect oxygen content.
19.    A control box ensuring the complete cycle of combustion.

20.    Fan:
* Electro-ventilator distributing the secondary air, the regulation of the air flow being carried out by valves and

following the control of the automatic cycle.
21.    Controls and regulations:
Control box watertight to dust, including:

* A switch circuit breaker for each engine (ventilators and burners).
* A timer with adjustable temporization for the regulation of each burner.
* A regulator with digital watching for the temperature of combustion.
* A regulator with digital watching for the temperature of post combustion.
* Electric box.

21. The de- ashing must be done in the bottom of the combustion chamber or the deashing should be Automatic or manual

batch de ashing.
22. Process Filtering system: Scrubber to be mentioned as optional
23. Emission Standards Compliance: BS 3316 or equivalent standard
23. Capacity to treat Plastic: Not less than 40% by weight
24. CE Manufacturing Compliance: BS EN 746-2-1997
22.    The supplier must give batches of spare parts of first urgency and consumable of the incinerator.
23.    The installed incinerator must bear a one year guarantee.
24.    The supplier shall perform an onsite installation of the incinerator.
25.    The technical training of operators will have to be provided and given by a technician
from the factory; it will consist of curative and preventive maintenance, and the use of machine, etc

Automatic loading and reloading with capacity of 10 to 12 tons per day working with gas treatment procedures and gasoline fuel and should comply with the European Standards.the Government Hospital for Medical Waste Incinerator with these Specifications. They’re having general wastes like cells, plastic bottles ,wastes coming from labour camps, to be incinerated, they want, 50kg/hr incinerator
2. Temperature
One of the major deciding factors of the potential provider is the energy consumption of the plan, indicated either per hour or per day and I would appreciate if such information can be made available.