incinerator control box, fan, burner
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. 22. The de-ashing must be done in the bottom of the combustion chamber or the de-ashing should be automatic or manual batch de-ashing. 23. Process filtering system: scrubber to be mentioned as optional 24. Emission standards compliance: BS 3316 or equivalent standard 25. Capacity to treat plastic: not less than 40% by weight
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incinerator control box, fan, burner
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. 22. The de-ashing must be done in the bottom of the combustion chamber or the de-ashing should be automatic or manual batch de-ashing. 23. Process filtering system: scrubber to be mentioned as optional 24. Emission standards compliance: BS 3316 or equivalent standard 25. Capacity to treat plastic: not less than 40% by weight
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200 BEDS HOSPITAL INCENERATOR TECHNICAL INFORMATIONS
1) Policy – Waste disposal management shall be taken special note to prevent hospital infection. – Infections wastes shall be managed, stored strictly and burned by a incinerator located at hospital site. 2) Waste Disposal Plan a) Classification – Medical wastes in hospital are classified as follows; Infections Waste Specially-controlled waste Organ, needle, etc. Industrial waste […]
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200 BEDS HOSPITAL INCENERATOR TECHNICAL INFORMATIONS
1) Policy – Waste disposal management shall be taken special note to prevent hospital infection. – Infections wastes shall be managed, stored strictly and burned by a incinerator located at hospital site. 2) Waste Disposal Plan a) Classification – Medical wastes in hospital are classified as follows; Infections Waste Specially-controlled waste Organ, needle, etc. Industrial waste […]
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propane gas as fuel incinerator
this incinerator will use propane gas as fuel. all electrical equipment must come to work at 240v, 3 phases, 60 hz 1. Mobile application- for upto 50kg/hr 2. Stationery application- upto 10tons per day. The mobile application would be best suited for demo and onsite waste treatment while the stationery unit is for the city hospitals combined medical waste. Kindly let us know the following too: A. technical specifications for your plant/equipment and the range of hazardous biomedical waste that it can treat. Include final waste disposal strategy like waste to energy power plant or land filling options and advice operations of the same. B. Does your system treat Chemotherapy and pharmaceutical wasteIf not what other plant or equipment can work in conjunction with your plant. Kindly send us quotation for the above systems and applications. The mobile version can be containerized in a 20 or 40 ft container during supply. For the stationery plant, kindly advice on plinth facility area required and no of lines. Most preferable parallel lines.Let us also know the composition of flue gas and if your equipment ( mobile) comes with a flue gas treatment to eliminate air pollution.
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propane gas as fuel incinerator
this incinerator will use propane gas as fuel. all electrical equipment must come to work at 240v, 3 phases, 60 hz 1. Mobile application- for upto 50kg/hr 2. Stationery application- upto 10tons per day. The mobile application would be best suited for demo and onsite waste treatment while the stationery unit is for the city hospitals combined medical waste. Kindly let us know the following too: A. technical specifications for your plant/equipment and the range of hazardous biomedical waste that it can treat. Include final waste disposal strategy like waste to energy power plant or land filling options and advice operations of the same. B. Does your system treat Chemotherapy and pharmaceutical wasteIf not what other plant or equipment can work in conjunction with your plant. Kindly send us quotation for the above systems and applications. The mobile version can be containerized in a 20 or 40 ft container during supply. For the stationery plant, kindly advice on plinth facility area required and no of lines. Most preferable parallel lines.Let us also know the composition of flue gas and if your equipment ( mobile) comes with a flue gas treatment to eliminate air pollution.
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Manual load twin chamber incinerator for medical waste
Manual load twin chamber incinerator for medical waste to burn 50kg/hr on continuous operation, with Primary temperature in the region of 800degC minimum and 1200degC or more in the Secondary chamber, complete with charging door, Ash door, Air and view ports, auxiliary air system with adjustable dampers, burners and burner control system and ignition unit, the whole to meet NEMA requirements and other international standards. 1) The only consumable required for the system TS100 (PLC) is Oil( diesel) is that OK? 2) from your technical specification: oil consumption (Kg/hour) is between 14–28) do you mean is liters/hour? example 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 main body construction materials for better lifetime state them with total unit price CIF Dar es salam 4) Since the machine will be transported to different are other more that 1500KM, packing material should be better for that, 5) will the machine came with container or what20ft or 40ft, and how many per container. 6) installation and operation manual will be required if will win the project. ( do you have video for that system) We are looking for incinerator to incinerate biohazard waste of our microbiology lab. Our daily waste production is upto 20 Kg maximum and incinerator will be required on weekly basis that is 1 or 2 times a week so you are therefore requested to kindly suggest the appropriate incinerator for our lab which shall be cost effective for us regarding purchasing and maintenance cost. BIOHAZARD DISPOSAL: CONTAINER GENERAL INCINERATOR, IDEAL FOR INCINERATION OF VARIOUS TYPES OF WASTE, FULLY CONTAINERISED IN A 10 FT CONTAINER, TO INCLUDE BUILT-IN FUEL TANK AND GENERATOR. TECHNICAL SPECIFICATIONS: COMBUSTION CHAMBER VOLUME (M3); 0.54 m3. SUGGESTED BATCH SIZE: 60 KG, BURN RATE: 69 KG PER HOUR, AVERAGE FUEL CONSUMPTION 13 KG PER HOUR, OPERATIONAL TEMPERATURE: 950-1320 CELSIUS, GAS RETENTION IN SECONDARY CHAMBER 0.5 SECS, WITH TEMP. MONITORING , AVERAGE ASH RESIDUE: 3%, THERMOSTATIC DEVICE: YES, DIMENSIONS: EXTERNAL LENGTH (mm): 1520MM, EXTERNAL WIDTH (mm): 920MM, EXTERNAL HEIGHT (mm): 4020 MM
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Manual load twin chamber incinerator for medical waste
Manual load twin chamber incinerator for medical waste to burn 50kg/hr on continuous operation, with Primary temperature in the region of 800degC minimum and 1200degC or more in the Secondary chamber, complete with charging door, Ash door, Air and view ports, auxiliary air system with adjustable dampers, burners and burner control system and ignition unit, the whole to meet NEMA requirements and other international standards. 1) The only consumable required for the system TS100 (PLC) is Oil( diesel) is that OK? 2) from your technical specification: oil consumption (Kg/hour) is between 14–28) do you mean is liters/hour? example 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 main body construction materials for better lifetime state them with total unit price CIF Dar es salam 4) Since the machine will be transported to different are other more that 1500KM, packing material should be better for that, 5) will the machine came with container or what20ft or 40ft, and how many per container. 6) installation and operation manual will be required if will win the project. ( do you have video for that system) We are looking for incinerator to incinerate biohazard waste of our microbiology lab. Our daily waste production is upto 20 Kg maximum and incinerator will be required on weekly basis that is 1 or 2 times a week so you are therefore requested to kindly suggest the appropriate incinerator for our lab which shall be cost effective for us regarding purchasing and maintenance cost. BIOHAZARD DISPOSAL: CONTAINER GENERAL INCINERATOR, IDEAL FOR INCINERATION OF VARIOUS TYPES OF WASTE, FULLY CONTAINERISED IN A 10 FT CONTAINER, TO INCLUDE BUILT-IN FUEL TANK AND GENERATOR. TECHNICAL SPECIFICATIONS: COMBUSTION CHAMBER VOLUME (M3); 0.54 m3. SUGGESTED BATCH SIZE: 60 KG, BURN RATE: 69 KG PER HOUR, AVERAGE FUEL CONSUMPTION 13 KG PER HOUR, OPERATIONAL TEMPERATURE: 950-1320 CELSIUS, GAS RETENTION IN SECONDARY CHAMBER 0.5 SECS, WITH TEMP. MONITORING , AVERAGE ASH RESIDUE: 3%, THERMOSTATIC DEVICE: YES, DIMENSIONS: EXTERNAL LENGTH (mm): 1520MM, EXTERNAL WIDTH (mm): 920MM, EXTERNAL HEIGHT (mm): 4020 MM
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Municipal Waste (Paper, Plastic, Wood etc.) Double Chamber Incinerators
System Capacity: 100 Kg/h Type of Wave: Municipal Waste (Paper, Plastic, Wood etc.) Waste Feeding Manual Fuel: Natural Gas Incinerator Type: Double Chamber External Cladding: MS sheet of suitable gauge, painted with corrosion resistant paint Fuel Gas Emission discharged to the atmosphere should meet Pakistan National Environment Quality Standards (NEQS) User Friendly Operation should be ensured by proper automation. Adequate safety features should incorporated to protect the premises and operators against mishaps and accident. Primary Chamber: Auto on/off Burner Auto temperature control Excess air blower fan. Chamber constructed of two layer refractory lining. Comprising: Thermal insulator lining & Refractory masonry lining, sufficient enough to maintain normal temperature at outside. Secondary Chamber: Auto on/off Burner Auto temperature control Excess air blower fan. The chamber constructed of two layers Refractory Lining. Comprising: Thermal insulator lining & Refractory masonry lining, sufficient enough to maintain normal temperature at outside. Control Panel: Standard PLC control panel Note: All the instruments / controllers must be of high quality, preferably European / Japanese Origin. Chimney / Stack: Made of MS sheet, sufficiently insulated & lined with refractory bricks (where required) to maintain normal temperature at outer surface. Painted with high quality heat & corrosion resistant paint. Note: Provision of Electric Supply & Natural Gas up to incinerator required. Motors of all blowers / fans / pumps must be of high quality, preferably European / Japanese origin. Terms & Conditions: Transportation required for installation point. Installation & commissioning of the whole incinerator system required. Necessary Civil Works / Shed, concrete platform for incinerator and construction of base / pads for stack (if required) are also required.
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Municipal Waste (Paper, Plastic, Wood etc.) Double Chamber Incinerators
System Capacity: 100 Kg/h Type of Wave: Municipal Waste (Paper, Plastic, Wood etc.) Waste Feeding Manual Fuel: Natural Gas Incinerator Type: Double Chamber External Cladding: MS sheet of suitable gauge, painted with corrosion resistant paint Fuel Gas Emission discharged to the atmosphere should meet Pakistan National Environment Quality Standards (NEQS) User Friendly Operation should be ensured by proper automation. Adequate safety features should incorporated to protect the premises and operators against mishaps and accident. Primary Chamber: Auto on/off Burner Auto temperature control Excess air blower fan. Chamber constructed of two layer refractory lining. Comprising: Thermal insulator lining & Refractory masonry lining, sufficient enough to maintain normal temperature at outside. Secondary Chamber: Auto on/off Burner Auto temperature control Excess air blower fan. The chamber constructed of two layers Refractory Lining. Comprising: Thermal insulator lining & Refractory masonry lining, sufficient enough to maintain normal temperature at outside. Control Panel: Standard PLC control panel Note: All the instruments / controllers must be of high quality, preferably European / Japanese Origin. Chimney / Stack: Made of MS sheet, sufficiently insulated & lined with refractory bricks (where required) to maintain normal temperature at outer surface. Painted with high quality heat & corrosion resistant paint. Note: Provision of Electric Supply & Natural Gas up to incinerator required. Motors of all blowers / fans / pumps must be of high quality, preferably European / Japanese origin. Terms & Conditions: Transportation required for installation point. Installation & commissioning of the whole incinerator system required. Necessary Civil Works / Shed, concrete platform for incinerator and construction of base / pads for stack (if required) are also required.
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