we are waste incinerator manufacturer in china, focus on medical waste, pet animal and other solid waste incineration treatment. waste incinerator design with single combustion chamber, double combustion chambers, three combustion chambers and multi-combustion chambers. standard waste incinerator fixed with italy fuel burner and staninless steel long life time chimney. standard waste incinerator also fixed […]
Aboriginal Affairs and Northern Development Canada (AANDC). Handbook of Reclamation Techniques in the Yukon, (1999). Alaska Department of Environmental Conservation and Alaska Energy Authority. Burning Garbage and Land Disposal in Rural Alaska, (2004). http://www.akenergyauthority.org/AEAdocuments/BurningGarbage.pdf Canadian Council of Ministers of the Environment (CCME). Canada-Wide Standards for Dioxins and Furans Emissions from Waste Incinerators and […]
Veolia is looking to supply non-recyclable commercial and industrial waste for its Newhaven Incinerator from regions neighbouring East Sussex and Brighton and Hove. It asserts this will permit the incinerator to create sufficient energy to power 25,000 homes always. However, cllr Rod Main from Newhaven said this could lead to more pollution and trucks. Veolia […]
We provide single combustion chamber, dual glazing chambers, three combustion chambers and multi-combustion chambers waste incinerators for lab, clinic, hospital, medical centre, 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..
1. Petrol: diesel 2. Consumption: 8-10liter/hour 3. Capacity: to cremate (carrion and spoils) 350-400kg/hour 4. Temperature: 900-1350?C 5. Operation temperature: -30~40?C 6. Incinerator weight: 1800-2000 kg 7. Volume: 0.70-0.80m/cube 8. Exterior dimension: 1.4-1.6*1.0-1.15m (L*W) 9. Trial able 10. Incinerator mouth size: 50-60cm (W), 65-75cm (L) Ignition by Diesel Minimum burning temperature 1200 Celsius Burning capacity of 20 Tons per day. Cooling by water Burn Rate 100Kg/h Shipping Weight 4000kg Capacity 300Kg MINIMUM Max. Burn out time 3.0 hrs. Avg. Ash Residue 3% Heavy Duty refracting lining to withstand 15000C Min. Operating Temperature 8500C Max. Operating Temperature 14500C Residency Time in Secondary Chamber 2 sec. Density Insulation (high) 22mm Avg. Fuel Consumption p/hr 7 to 9ltr Fuel Dual, box & Oil/Diesel Temperature Monitoring YES Auto ignition YES Refractory Casting (min.) 65mm Refractory Casting (min) 65mm INCINERATORS Biological waste disposal system (INCINERATOR). Incinerator must meet the following specifications: Combustion Capacity (kW) = 581 ±10% Combustion Capacity (kcal/h) = 500,000±10% Combustion Capacity – Solid waste IMO spec, (kg/h) = 100 IMO spec. (I/charge) Minimum Zero 0 to Maximum = 250 Combustion Capacity – Sludge oil IMO spec, (l/h) (at 20% water content) -66±10% Max. l/h (at approx. 50% water content) = 100 ±10% Weight approx. (kg) = 4,850 ±10%
incinerator 500kg per hour, which model is YD500. the fuel type is diesel oil or natual gas or LPG. this model incinerator burning rate is 500kgs per hour and the feeding capacity is average 800kgs per time, accordingly to detail waste material. YD500 is also suit for big animal cremation and we supply custom made […]
Would this mean that the plant would operate only 12 hours per day? Normally operating the station 24 hours per day should be able to valorize 12 tons per day for an installation with a capacity of 500 kgs/hr. Would plant operations be operational on a basis of 24 hours per day, 7 days a week, all year long except for regular and preventive maintenance periods? How many hours per year could your process be operational? What would be your approach for larger projects aiming to valorize 1 000 tons per day? How much electricity could be produced using you technology based on a 1 000 tons per day installation to valorize urban wastes having a humidity factor of say 50% and a calorific value in the order of 2.5 MW/ton of wastes at the entrance of the waste-to-energy station (i.e. before pre-treatment of wastes)? What volume and characteristics of ashes would be produced from such solid wastes valorization? What would be the capital cost necessary to meet the requirement to valorize 1 000 tons per day of urban wastes? What would be the selling price of electricity per kWhour to meet targeted profitability? Could you valorize sludge volumes coming from sewage treatment plants and if so at what maximum humidity factor could you operate the station at? Considering that your process is an incineration process, oxygen will be required, therefore there will be some air emissions from the process, how can air emissions be controlled to meet environmental norms? What would be your implication in any project : would you prepare process engineering, electricity production engineering, engineering for site work, buildings, electrical hook up to existing electrical network? Do you have complete construction capabilities or would you require a local partner to carry out which portion of construction work? Would you also operate the station or use a local partner to operate the station? Can you quote a custom design that can accommodate this container size? What′s the MIN and MAX chamber temperature and its heating time from MIN to MAX temperature? Do you also manufacture the afterburner? How about the exhaust pipe?
Ability of destruction in weight: 60 Kg/h. It should be able to work less 10 hours/day This incinerator must have the ability to destruct all combustible wastes produced by hospitals, private practices, labs, institutes, etc… Design Specification: Types A, B, C, D, and E of medical waste “PYROLYTIC” combustion, by simply controlling the gasification of […]
Incineration is the most environmentally acceptable method of laboratory waste disposal. Combustion of organic materials with excess oxygen at high temperatures for sufficient time results in degradation to elemental constituents or by-products that are easier to handle in an environmentally acceptable manner. In addition to heat, the principle products of incineration are carbon dioxide, […]
1/ 200kgs/Hr medical waste incinerator. 2/ (CIF Term) Cost of shipping from factory to PAPUA NEW GUINEA seaport of LAE, Morobe province 3/ Cost of 2 Clover engineers to Supervise, Installation, Training our engineers and commissioning the medical; waste incinerator. Electrically controlled incinerator. Two-compartment incinerator with a capacity of 20 kg / hour. 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 primary chamber at least 1100 ° C. Carbon residues in ash less than 5% by weight in accordance with European Directive 2000/76 / EC. With refractory lining in materials of higher quality waste incinerator that is bigger than YD.30c incinerator that have a 100kg loading capacity preferably in another hospital in Bayelsa State.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 phase 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 serve as housing) Additional chimney extension 1 metre high