Incinerators Dealers in Janakpuri, Delhi

• Made Of A-1 Kanthal Wire (14 Gauge) For Primary Chamber & (17 Gauge) For Secondary Chamber.: Strong Insulation Is Done With Combination Of Insulating Bricks & Silicon Fiber Insulating Blanket To Avoid Any Heat Loss.
• It Is Portable In Nature, Which Can Easily Placed In A Small Space In A Corner Of Building.: Works On Thermal Destruction Using Controlled Combustion Chamber; Combustion Is Controlled And Provides Enough Heat To Destroy The Waste Into Disposable State.
• Fitted With Hinges & Handle For Proper Sealing To Avoid Heat Loss.: Temperature Of Primary/Burning Chamber Up To 850 Deg. C And For Secondary Chamber 1000 Deg. C.

Portable Incinerator Is Most Effective Bio-Medical Waste Treatment Equipment For Every Small Nursing Home, Blood Bank, Veterinary Hospital, Poultry Farms. The Unit Is Designed For Quick And Safe Disposal. Working Principle: Furnace Type Associated With Burning Refuse. Used Simple Brick -Lined Enclosures.

These incinerator are classified as controlled air incinerators, where the heat and air for combustion is regulated in such a way as to first volatilize/ gasify the waste in conditions of inadequate air i.e below stoichiometric air condition and then totally destroy it in adequate heat and excess air. In these twin-chambered incinerators volatisation of waste is achieved in the primary hamber with supply for combustion air. The heat source is the high efficiency, automatic ON/OFF fuel oil burner. The volatilized opening to achieve sufficient velocity, where it is subject to stoichiometric conditions. Again the heat source is the auto-control fuel oil burner system. The combustion is carefully regulated for minimum turbulence, thus avoiding emission of pollutants. A specially designed educators system is incorporated at the outlet so that the temperature so the exit gases is brought down from 1200C to 300C before letting them out to the atmosphere, with safe himi for emission, conforming to strict pollution control norms, the mechanism keeps the entire system under negative pressure, hence totally alimenting hazards of ime, temperature and turbulence in these incinerator make them the best technological solution for the destruction of all kinds of waste in today's time Cogeneration In general terms, its system which provides both heat and electricity from the same source of fuel. Such systems often take advantage of what would normally be wasted energy. In a typical power plant, for example, nearly half of the energy consumed is wasted as excess heat. A cogeneration plant would take the excess heat energy and convert it into something which can be used to heat buildings, create domestic hot water or fed into a manufacturing process. Like most other generators, a cogeneration set-up requires a combustion engine of some sort which runs a generator to produce electricity. The difference is that the excess heat is sent through a heat exchanger before being allowed to escape up the smokestack. This second pass at using the combustion energy is what boosts efficiency from 50% or on a typical generator to over 80% at a cogeneration plant. Non Thermal Technologies Biomethenation/ Biogas Plant Biomethenation is process that converts carbonaceous materials, such as coal, petroleum, biofuel, or biomass, into carbon monoxide and hydrogen by reacting the raw material, such as house waste, or compost at high temperatures with controlled amount of oxygen and/or steam. The resulting gas mixture is called Synthesis gas or syngas and is itself a fuel. Gasification is a method for extracting energy form many different types of organic materials. Anaerobic digestion is widely used as a renewable energy source because the process produces a methane and carbon dioxide rich biogas suitable for energy production, helping to replace fossil fuels. The nutrient-rich digestate which is also produced can be used as fertiliser. The digestion process begins with bacterial hydrolysis of the input materials in order to break down insoluble organic polymers such as carbohydrates and make them available for other bacteria. Acidogenic bacteria then convert the sugars and amino acids into carbon dioxide, hydrogen, ammonia, and organic acids. Acetogenic bacteria then convert these resulting organic acids into acetic acid, along with additional ammonia, hydrogen, and carbon dioxide. Finally, methanogens convert these products to methane and carbon dioxide.

JATINDERA BOILER COMPANY is a reliable name, which can be trusted for the manufacturing and exporting of Waste Incinerators. These Waste Incinerators are precisely engineered by experts, which are hugely demanded by clients. It can be used in Hotels, Embassies, Govt. Offices, Banks, Hostels, and in research of animals. Construction : Package type and Incineration is batch type All weather type and mounted on base frame for easy transportation Waste feeding is manual Incinerator has 2 chambers Primary chamber Secondary chamber Both chambers are provided with pressure jet burners for incineration of bio-medical waste For general waste burner is provided only in primary chamber The primary chamber is provided with air pressure nozzles Cyclone separator is provided and mounted on the base frame of the incinerator Ensure that no ash particles are let out of the exhaust Quality of incineration achieved is excellent A dust proof pre-wired control panel housing all safeties, temperature controllers for primary chamber, secondary chamber, and flue gas temperatures are provided Incorporates contactors, overload relays and MCBs for electrical Alarm hooter is provided along with audio & visual alarms for abnormal working conditions In case of defect in the process, the incinerator comes to a standstill and the fault is indicated on the control panel Suitable protection for burner is provided. Forced draft fan is mounted on the base frame of the incinerator to provide combustion air for incineration of waste Waste charging door and ash removal door is provided on the incinerator The incinerator is refractory lined and does not require any civil works at site. Even the forced draft fan and the incineration chambers need no civil works as these are mounted on a base frame. Applications : For General Waste Like : Paper Timber Refusing textures Leather Rice grass Non-eatable foods Synthetic resin Rubber Tyres Oil socked Cotton / Cloth Waste   For Medical Waste Like : Discarded medicines Cytologic drugs (waste comprising of out dated, contaminated and discarded medicines)   For Animal Waste : Animal tissues Organs Body parts Carcasses Bleeding parts Fluid Blood   For Solid waste : Items contaminated with blood, and body fluids including cotton, dressings, solid plasters casts, lines, bleeding, and other material contaminated with blood For Medical Waste Incinerators : Model Capacity Incinerator Inlet gate Burning Scale Burning Scale Temperature (°C ) Floor Area - Kg/hr Net Height (mm) Cross Height (mm) WxL(mm) m3 m2 1st incinerator 2nd incinerator WxL(mm) MW 40 40-50 1500 2600 750x850 1.79 2.30 800±50 1000±50 1350x3090 MW 60 60-80 1630 2800 900x1000 2.54 3.81 800±50 1000+50 1510x3570 MW 90 90-100 1770 3400 950x1000 3.98 5.11 800+50 1000+50 1990x4390 MW 150 150-160 2000 3750 1100x1000 4.76 7.37 800±50 1000±50 2050x4700 Note : We reserve the right to change any specification without prior notice. For General Waste Incinerators : Model Capacity Kg/hr Incinerator Area over Fire m3 Burning Capacity m2 Cyclone (wxh)mm Stack Floor Area m2 1st Chamber (HxWxL) mm 2nd Chamber (wxh) mm Height on ground (mm) (mm) GW 30 30-40 1010x1905x1430 920x930 0.56 1.26 820x2230 5580 320 4.7 GW 60 50-60 1080x2165x1525 1000x940 0.95 1.62 920x2300 5650 360 5.18 GW 90 80-100 1330x2130x1640 1000x1000 1.08 2.31 1016x2540 5890 390 5.99   We reserve the right to change any specification without prior notice.

We are well known Manufacturers of Incinerators, which is Environmental friendly Fitted with imported burners,