The Model is for up to 300kgs capacity per batch load and will burn at around 55kgs per hour. The unit has top loading design and has a heavy duty refractory cement lining for maximum heat retention. Unit have large top lid for easy loading, and specially designed front ash door, for ash removal. This unit operates at over 1100°C in the primary chamber to ensure complete combustion. This model also benefits from a heavy duty secondary chamber and burner which ensures a complete re-burn of any smoke and emissions and a 0.5 second gas retention time. PRIMARY CHAMBER Heavy-duty steel casing High quality refractory lining and insulation Large full size top load door and liquid retention sill 1 x diesel oil fired ignition burners operated on/off SECONDARY CHAMBER Heavy-duty steel casing High quality refractory lining and insulation 1 x diesel oil fired ignition burners operated on/off CHIMNEY Heavy-duty stainless steel casing 1.5m length 0.6m refractory lined stack CONTROL PANEL Control of 1 burner Timer control 0- 12 hours Integral fan timer control Temperature Monitoring Thermostatic Control Automatic Control Cycle time set up ANCILLARIES Operating and maintenance manuals Spares list CONTAINERISATION incinerator fully installed inside of 10 ft ISO certified container 3,5 kwA electricity generator, 1000 litres fuel tank Incinerator mounted on the silenblock cushion.
HIGH TECH PYROLYTIC MEDICAL WEST INCINERATOR 1.Capacity of destruction in weight: 60Kg/h 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. 9.The incineration should be completely free from visible smoke as well as offensive odours. 10. 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 11. The internal diameter of the chimney:Ø400 and its height: 8m 12. The volume of the combustion chamber: 1,200L 13. The dimension of the door for loading in cm: 70 x 70 14. Burner operation should be automatic on/off
we made several conversation, during the specification, ordering and delivering of our unit Y50 for university of Dodoma, I were in consultancy side, to make a specifications, and supervising during the installation, the unit is ready on site for installations and hope it will be in good order. This type of INCINERATOR is not common to our country, which will need close attendance and day to day training to user, The good performance of the unit will reflect the good image of your products and company at its large, therefore it will need after sale attendance to the customer/user. Although (Model YD-500) is very good incinerator , but I can not find any things about its filtration and air pollution control equipments in the document you sent. I know that the air pollution control equipments are too expensive, so we need an incinerator like (Model YD-500) plus air pollution control equipments , that it can be cover all of EPA standards about air pollution .
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. …
I require an incinerator which is capable of burning between 3 to 5 tonnes per day of mixed waste products, plastics, rubber, flammable putrescible waste, medical waste, rubber tyres, paper and cardboard, textiles, green timber waste etc. As some of the waste products will contain non-flammable solids, the incinerator should be capable of extracting those materials probably via a rotary kiln process. It is not intended to use any fuel, such as oil or diesel, to promote the burning of the waste, as the waste products are required to be incinerated using a free burning process. Hot air however from a downstream process will be available to increase the incinerator temperature and burning rate as required. Very high temperatures in the incinerator are not necessary and are not required. The afterburner is strong sheet steel flange connection. Internal filling refractory concrete with very high alumina content ( 65 % H2 03) and a thickness of 150 mm . thermal insulation panels made ??of fibrous silicates and calcium with a thickness of 85 mm . diesel or gas burner (must be specified in the order ) , monobloc horizontal flame , electronic ignition , safe , permanent ventilation , control valve and isolation valve. air injection nozzles made ??of refractory steel with a flow control valve. These nozzles are specially designed and patented by ATI to guarantee very low hydrocarbon emissions. A secondary air injection is scheduled and ensures perfect oxygen content. Fan distribution primary and secondary air , the air flow regulation is effected by means of valves and actuators on automatic cycle commands. The burning of the waste products is expected to produce toxic emissions which will be cleaned via other existing downstream processes and a Post Combustion process in the incinerator is therefore not required. we are seriously searching a chicken waste destroyer for slaughter shop, we have more than 250 shops in our locality, if those machine click as useable for each and every shops, we are sure we can sell the machine like hot cakes . Recently our municipality issued a circular for self destroying scheme for chicken waste at each shop itself our requirements It should be portable unit chicken waste: feather, skin, legs, head and other chicken related waste parts capacity: each shop slaughter nearly 100 to 250 chicken waste per day incineration: each model to be either electric or fuel we need to know operational cost; electric/fuel detailed about smell, smoke, end waste and emmission etc