Waste to Energy Generating System (WTEGS)
Environmental &
Health Hazard
-
Nearly 35% of methane gas emissions are caused by landfills
-
The trash catches fire due to the gases generated by pilling of waste. This Leads to release of toxic gases that cause acute respiratory diseases and environmental degradation.
-
Due to decomposition of inorganic waste, the groundwater and soil is contaminated.
-
Labourers and other people working on the dump yards have shorter life span due to exposure to toxic gases and disease.
-
Low mortality rate among individuals working at dump yard.
Smart Waste Management
We QASATEG energy are determined to make "INDIA A CARBON NEUTRAL COUNTRY", with an innovative technology we propose to install the respective solid waste disposal system on build and operate basis to manage and decompose the waste generated in an environmentally friendly manner. Only construction material (sand and cement blocks) to be dumped into the landfills, no other waste will be dumped into the landfills.
Step 1
Utilizing all types of wastes such as​
-
Industrial waste
-
Hazardous medical waste
-
Kitchen waste
-
Agricultural waste
-
Wood, vinyl, organic sludge
-
Rugs, Batteries, tires, etc.
How Is It Generated
Step 2
Decomposition :
Incineration at
900OC - 1000 degree C temperature
Capacity : 15 Ton Per Day
Step 3
Electricity Generation :
Generates 0.75 MWS every hour
Step 4
​Other Outputs :
-
Vapour (Non Toxic)
-
Ash Which can be either used as fertilizer or for brick manufacturing
-
Tar which can be used for road construction.
Adavantages of WTEGS
-
It's an Eco-Friendly Technology
-
It does not require any segregation of wastes, but rather focuses on total destruction of both toxic, hazardous wastes that are difficult to handle & manage.
-
It can reduce 01 (one) ton of garbage into only 03 (three) kg of it's volume.
-
It generates 0.75 MWS of electricity every hour from waste/garbage
-
Recycled waste can be used to earn revenue.
-
It is very easy to handle and manage.
-
Ashes can be used in cement industry & making bricks.
-
Tar can be used for constructing roads.
Produced Electricity, By-Products & Their Uses
Electricity :
The plant will generate 0.75 MWS of electricity every hour by decomposing waste.
Construction Debris & Dirt :
The Construction Debris or Dirt segregated from the waste will be used as land fill.
Ionic ash :
Ash is obtained as a byproduct of the decomposition process which
can be used in cement industry & for brick manufacturing.
Tar :
The last byproduct recovered from this process will be Tar, which can
be used for Road Construction. It would be more stronger than the
conventional tar obtained from the oil refineries.
Glass & Metals :
The non digestible materials like Glass & Metals obtained from the waste can be sold to its respective recycling units.
Non-Toxic Vapour :
The Vapour / Gases released in the atmosphere are Non Toxic.
​
Comparison with other PrevalentTechnology
In the current scenario a technique called “Bio-Mining” is prevalent in India. In Bio-mining technique waste is decomposed – dried – and segregated which is not as efficient in total destruction of waste as our technology of “Solid Waste De-Composition System” (SWDCS) that practically consumes all waste in an environmental friendly manner. Bio-mining reduces the waste mass by 40% whereas Our “Solid Waste De-Composition System” (SWDCS) Technology reduces it to merely 0.3% of its total volume. (I.e., 1ton of garbage is reduced to 3kgs). Bio-Mining plants are extremely costly to install and operate in comparison to our technology.
How it Works
Machine Variants &
Their Specifications
