Pig corpses / stray dogs and larger animal carcasses – Load capacity in the range of up to 300 kg / Burn rate approx. 50 kg per hour Temperature Controlled Burner. Incinerators to be designed to meet the Norms of Pollution Control. Technology: Heavy-duty casing, to be a quality, rugged, reliable, economical Incinerator with relevant control, easy to operate and self-contained. Units to be pre-assembled, pre-piped, pre-wired & tested before Transport / Export The supply will comprise the special equipment for effective medical / clinical waste management as mentioned above for a new private environment management company with operations in West and East Malaysia; Indonesia and Thailand to carry out those professional services in order to comply with the safe disposal requirements for clinical and medical waste in the region and to meet the higher technical standard in this particular field. 1.Burning rate: 250 Kg/hr. 2.It should be able to Operate not Less than 10 hours/day 3.This incinerator must be able to destruct all combustible wastes produced by hospitals, private clinics, laboratories, institutes, etc… 4.Design Specification: Types A, B, C, D, and E of medical waste 5.“PYROLYTIC” combustion, by controlling the gasification of waste. 6.The incinerator must avoid the release of black smoke and fine dust, (Smokeless) during the loadings. 7.It should be able to reduce the volume of wastes by 98%. 8.It should be able to hold emission in the second burn with gas residence of not less than 2 seconds. The incineration should be completely free from visible smoke as well as offensive odours. 9. The lower calorific power (L.C.P) of this waste will be 3,500 kcal/kg The Temperatures of combustion: Minimum will be 850oC and max 1400oC Post combustion: >1100oC. 10. The Internal diameter of the Chimney: Ø 400mm² and its height: 8 Meter 11. The Volume of the combustion chamber: Not Less Than 2.3 M³ 12. Burner operation should be Automatic On/Off 13. Fuel : diesel, LPG, Natural Gas, Bio fuel 14. The supplier must provide necessary information for the best of the installation
Features: Smoke and smell free High Temperature , refractory lining with excellent heat retention Quick heat up time Must have a secondary chamber Constant run fan Temperature monitoring Thermostat Control Technical Specifications Capacity: approx. 0.20 m3 Fuel consumption: 5 litres /hour Diesel Oil Min Operating Temp: 900oC Max Operating Temp: 1350oC Residence Time: 2
one line incinerator for the destruction of hazardous medical waste. Incinerator capacity of destruction of 350 kg/hour, calorific value of waste will be 13-25 MJ/kg [3,500 kcal/kg] and maximum heat capacity 1,225,000 kcal/hr. Incinerator destruction capacity will be 8.4 tons/day and operation time will be 24 hr./day. Waste will be through automatic feeding system into the incinerator. -The temperature will modulated in varying flow and percentage in oxygen, combustion gas is re-burned in the re-combustion[secondary] chamber at a temperature of minimum 1,100 C during 2 seconds. Control panel will be fitted with a functional synoptic view showing the operating situation of the whole incinerator and controlled by DCS/PLC system. Gas treatment system will respect the EE standard [Directive 2000/76/EC-4/12/2000. TOC of slag and bottom ashes will be less 3% of the dry weight. Installation will be completely free from visible smoke. Incinerator will be designed as a Packaged unit, having electrical connection pre-wired and final pipes in place. Incinerator will have automatic de-ashing system with upward direction. Incinerator will have flue gas treatment system inclusive [emergency by-pass stack, gas cooling system, two reactors and particulates filtering system] and guarantee of emissions out of incinerator. Training of AKU staffs at site. Site may be inspected and examine existing ATI machine, capacity 150 kg/hr.in 24 hour operation. Existing infrastructure space is available in basement, 100’ Length x 30’ wide x 20’ Height for 2nd Incinerator. Existing chimney length is 12 meter, and width is 24”dia. We plan to build a incinerator plant with 3 units of incinerators at the capacity of 500kg per hour each. Together with other facilities like operation office, store, space to clean waste containers and 3-4 worker living quarters. It is very much appreciated that if you can provide us a draft M/E drawing plan for the above facilities with 3 units of 500kg/h incinerator setup. The incinerator must comply with ” Technical Standard NTON 05-015-02 Management and Solid Waste Disposal Hazardous co go ” , in addition to meeting international standards functionality 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 18.104.22.168 of the 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 among others) , attached to the solid waste bioinfectious . a) primary combustion chamber , it requires a temperature of 800 ° C and one hour dwell to be destroyed waste produced ash and gas , including dioxins can generate cancer is found . b ) In the secondary combustion chamber must reach temperatures around 1,100o C and must 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 released into the atmosphere , 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 and others. Combustion ” PYROLYTIC ” allows control of the gasification of waste and avoid significant release of black smoke and fine powder during loading . It also allows , regular and complete combustion of the waste.
Combustion efficiency of ?99.0% Suitably designed pollution/emission control devices such as scrubbers, filters or electrostatic precipitator installed/retrofitted Double chambers, with combustion retention/ residency time of at least two seconds in the second chamber Feed rate/load capacity of ?1000kg and /or volume 1.5m Burn rate ?300kg/hour Attaining high temperature ?1200C Quick heat up times Constant run fan Diesel operated, with fuel consumption of ?12litres//hour Fitted with temperature controller/Monitor and thermostat control Constructed with heavy-duty material (e.g. anodished steel) with highly durable refractory cement lining (10cm or higher width preferable) High burn rates of at least 500kg per hour Easy installation and maintenance installation manual/DVD provided The desired Load capacity should be 1,000kg or 1.5 cu. m (volume), and Burn rate of between 300 500 kg/hour.
private and public sanitary and industrial establishments in our country, at aim to treat all kind of medical, hospital, veterinary and industrial wastes by Incineration Process. So, we’re interested with your Incinerator plants, and we’d like to get quotation and key features description of different capacities of your Incinerator plants, concerning: small models (5 – 25 kg/hr); medium models (25-50 kg/hr) and big models (50-100 kg/hr) and plus. 1. Burning Rate 50-120kg/hr 2. minimum operating temp 850degrees cel (primary combustion) 3. Max operating temp 1450 degrees cel (afterburner chamber) 4. Secondary Burning capacity compulsory 5. Density Insulation 20mm high 6. Refractory casting Minimum 65mm 7. Heavy duty refracting lining to withstand 1500 degrees cel. 8. Average burn out time: maximum 3.0 hrs 9. Fuel Type Diesel 10. Fuel Consumption in L/hr 11. Residence time in secondary chamber 2 sec 12. Residue ash post 100kg max. 3.8kg 13. Installation period maximum 7 days Capacity 100 kg/hr of waste containing up to 85% moisture The fuel tank will be located annexed to the dugout roof incinerator in a bund and have the following characteristics : Capacity: 1,200 liters Made of sheet steel for simple wall installation cubeto Output for ventilation diameter 1 ” 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 . Two combustion chambers Two fully automatic, oil fired, pressure jet burners Panel board Diesel tank of capacity 250 It. with 2 diesel pipelines, filter and valve.
General wastes produced on a daily basis include paper, plastic, organic materials, boxes, plastic containers, leaves, etc; Total waste produced per day: 10-12 tonnes; Hours of Operation: 10 hours a day; Fuel requirement: Diesel or waste oil preferred but LP gas will be considered; I also need a few some information on the installation i.e. spacing, building size, maintenance requirements, spare parts backing, PM inspections sheets, the number of employees required to operate the plant once operational etc. Other necessary information include the benefits of using the incinerator system, operating costs, power consumption, operation, waste disposal, PPE requirements, safety information, environmental concerns if any, disadvantages if any, etc. I will like to know your best prices for Grate Combustion Incinerator of sizes of between 700 tons/day to 200 tons/day. Also, state other available incinerators available and the cost of all the accompanying equipment for installation. The incinerating system should have the capacity to supply electricity, less harmful, not so technical to enable semi skilled operators and a few skilled operators, environmentally friendly and also not so expensive to acquire and maintain.