Green Planet Technologies

Specifications:

Airflow: 1000-300000m³/H

Static pressure: 50mm wg to 1500 mm wg

Filtration efficiency: 99.99%

Micron filtration: Upto 1 micron

SPM Efficiency: Below 5mg/Nm3

Type of filters: Polyester needle felt bags, Non woven or woven bags, Pleated bags, Cartridge bags, Ryton, Nomex, High temperature, Glass lined bags, Laminated bags

Type of Air pollution control equipment: Pulse Jet Bag Filter, Mechanical Dust collector, Wet Scrubber, Cyclone Dust collector, Muticyclone Dust collector, Venturi scrubber, Packed Bed scrubber.

Material: MS, SS304, FRP/PPGL

Raw material source: TATA, SAIL, Bhushan steels, Imported quality steel.

Thickness: 3mm to 25 mm

Voltage: 440V (3 phase), 50/60Hz

Industries: Wood industry, Furniture industry, Cement industry, Power plants, Gold manufacturers, Silver manufacturers, Glass Industry, Pharmaceutical industry, Paper industry, Rubber industry, Tyre industry, Chemical industry, Carbon black, Steel plants, Pipe manufacturer, Tea producers, Coffee producers, Sugar industry, Automobile industry, Cable industry, Plastic industry, Textile industry, Footwear industry, Food industry, Masala industry, Iron & Steel industry, Detergent industry, Soap industry, Chemical Godowns, Agro industry, Fertilizer industry, Tobacco industry, Carbon black industry, Paint industry, Dye industry, Beverage industry, Leather industry, Tyle industry, Talcum powder industry, Cosmetic industry, Electronic industry, Metallurgical industry, Oil industry, Pesticide industry, Distilleries, Plywood industry, Iron & Structure industry, Brake shoe industry, Bulb industry, Flour Mills, Rice Mills, Fibre industry, Pan Masala industry, Spice producers, Handicraft industry, Lens industry, Optical industry, Asbestos industry, Gypsum industry, Zinc producers, Polymer industry, Airline industry, Glass wool, Rockwool

Norms: As per OSHA,GMP, ASHRAE

Certifications: AMCA certified Blowers

Type of blowers: Forward curved, Backward curved, Straight blade radial

Quality of fabrication: Dust collectors are made out of CNC machines with very accurate finishing, smooth finish from outside of the body giving a good aesthetic view of the equipment.

Application: Grinding, Buffing, Sanding, Polishing, Wide Belt sanders, CNC Routers, Rip saw, Induction furnaces, Melting furnaces, Arc furnaces, Boilers, Pulvirizers, Cupola, Conveyors, Mixers, Forging, Heat treatment, Blenders, Crusher House, Screen, Crusher, Packing, CRT machines, DD Saws, Transfer towers, Injection moulding, Pressure die casting,Kiln, Rotary Kilns,brake lining,Thermic fluid heaters, Chippers, Glass wool, Rockwool,

Motors: Energy saving

Special features: Equipped with Spark baffle arrestors, Spark,smoke & fire extingushing system, Explosion proof doors, Rupture discs

Specifications:
Air capacity: 3000 CMH
Model No: WS-30
Dia/Height of scrubber: 650/3500 mm
Weight: 846kg
Static pressure: 200 mm wg
Motor Power:5hp
MOC: MS fabricated

Bio Gas is a renewable energy source produced from organic matter (for example agricultural waste or food matter) and is a mix of gases represented by 50-70% methane (CH4), 30-50% Carbon Dioxide (CO2) and 0.1% to 3% (1,000 to 30,000 ppm) Hydrogen Sulfide (H2S). When the H2S is removed biogas can be used for power and heat production or upgraded to natural gas quality (Biomethane).

Biogas has a number of agricultural, environmental and economic benefits. 

The process of Bio Gas Scrubbing is far more cost-effective and environmentally friendly than more traditional chemical scrubbing methods. For these reasons, GPT-India – an end-to-end Indian power generation and renewable energy solutions designer, manufacturer and operator advises their clients to use conscious, natural process biological gas scrubbing offers.
GPT-India, who have offered waste-to-energy power generation solutions for nearly 25 years, have produced a number of cutting-edge commercial waste-to-energy projects which boast world-class results and have helped shape in the market worldwide.

Specifications:

Air capacity: 4500 CMH
Model No: WS-45
Dia/Height of scrubber: 800/3500 mm
Weight: 1122kg
Static pressure: 200 mm wg
Motor Power:7.5hp/2900 rpm
MOC: MS fabricated

Biogas plants provide a decentralized and renewable source of energy, reducing reliance on conventional fuels. The process reduces pressure on fuel wood, lowers carbon dioxide emissions, and produces a clean-burning fuel. Multiple types of organic matter, called substrates, go into the digester. Some substrates can be liquid manure, renewable raw materials (such as corn or grass), or waste produced by the food industry. Some of them may need to be stored in cement containers and pre-treated before entering the air-tight tank. One plant can include several digesters, depending on its size.The substrates are heated to various temperatures inside the fermenter, and a series of microorganisms start breaking down the organic matter in the absence of light and oxygen. During the process, the organic matter is shifted to prevent layers from forming at the top and bottom of the tank.
 
 
As a result of the fermentation, biogas with methane as the main ingredient is produced inside the fermenters. At this stage of the process, the gas includes, besides methane and carbon dioxide, water and hydrogen sulphide. 

In order to eliminate the impurities the Bio gas passes through GPT Wet Scrubbers as a cleanup process, in which water, hydrogen sulphide, and impurities are removed to produce biomethane that can further be used to generate energy and heat. The biogas is permanently monitored to ensure good quality of the final product.

If the biogas plant compresses the biogas to obtain biomethane, this can substitute natural gas for industrial, commercial, and domestic uses. The fuel can be easily transported to supply gas filling stations.
Biogas is 100% renewable and carbon-neutral, as its combustion doesn’t produce new carbon dioxide. Moreover, the production process prevents the release of methane into the atmosphere, with a positive impact on the environment.
The biogas can be combusted in domestic stoves for cooking after minor treatment. Otherwise, it can be used to generate heat, produce electricity, or, in heat and power (CHP) plants, produces both heat and electricity.
 
The energy produced by biogas plants can be directly fed into the power grid and serve one or more communities, depending on the size of the biogas plant. Furthermore, the heat generated throughout the process can be used to heat pools or buildings.