WASTE MANAGEMENT

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WASTE MANAGEMENT

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  • WASTE MANAGEMENT

Solid Waste Management

Waste is a Global problem. The world generates around 2 billion tons of Municipal Solid Waste (MSW) annually, which is expected to increase by 70% by 2050. Disposing of such massive amounts of waste is causing landfills to overflow, polluting the environment, and posing health risks.

Poor Waste management contributes to Climate Change and Air Pollution. All Landfills releases Methane a very power full Green House Gas linked to Climate Change.

It is the need of the hour to educate people and encourage them to practice Recycle, Reuse and Reduce instead of producing waste. Safe Waste Disposal should be a major priority for all Municipal Councils and the Government.

Municipal Solid Wastes are categorized into Biodegradable waste (Wet waste) and Non Biodegradable waste (Dry waste).

Because of the unorganized collection methodology the waste coming to the dumpsites is difficult and practically not possible to separate.

Our conclusion to collect the Dry and Wet waste in the following Scientific collection methodology from the source,

  • DRY WASTE
  • WET WASTE

DRY WASTE

  • Each and every Household, Communities, Commercial buildings and Industries will have a dry waste Compactor which can hold the capacity for one week will be provided in the required Zones in the city and it collects all Non-Biodegradable dry waste such as plastics, paper, rubber, tyre, cloth and agriculture residue.
  • The Compactor bins will be replaced by empty bins weekly and it is taken to the Pyrolysis plant for processing.
  • Small Modular Automatic Incinerators for Sanitary Napkins and Medical Waste will be placed along with the Compactors and processed without any pollution.
  • All Non-Biodegradable dry waste such as plastics, paper, rubber, tire, cloth and agriculture residue will be collected in the compactor bins and it will be used as a source for our state of the art continuous Pyrolysis plant in order to convert into useful carbon neutral energy products such as Furnace Oil, Carbon pellets, Electricity and Gas without any pollution to the Environment.
  • Continuous Pyrolysis process does not need any fossil fuel or electricity to run the process. This plant can run on its own power from the output by products and its totally sustainable without any pollution.
  • Waste oils from Marine, Automobile and other industries can be converted to useful products by this Pyrolysis method and it can power the Generators which in turn produce Electricity.
  • The Carbon pellets from the Continuous Pyrolysis can be used in Boilers to produce steam for cooking and also used in turbines to produce Electricity.
  • Also all the construction and Demolition debris can be processed by our company into useful materials using RM70-GO mobile crusher.
  • Bio mining can be done to clear the long time dumped legacy waste at dump sites and segregate the biodegradable manure for agriculture and other combustible materials for energy production.

By this way we are hopeful to achieve the waste management without any pollution and in a sustainable manner through which we are reducing the use of fossil fuels and also reducing the import of fuel.

WET WASTE

  1. Scientific collection of Biodegradable Waste from the source is the most advanced collection methodology practiced nowadays.
  • Each and every household, Communities, Slaughter house, Vegetable Market in the city will have a waste grinder sink in the Kitchen which will be connected to an underground storage tank either in apartments or community area or in streets. It is Similar to the current toilet Evacuation system.
  • So we make sure that no Biodegradable wet waste or Poultry waste will be let out to the atmosphere.

2. A centralized Biogas plant will collect the Bio waste sludge from the underground tanks and produce Biogas and purify the gas to get 99.9% methane and supply to the residents or commercials either through pipeline or through cylinders for replacing the fossil fuels.

  • From bulk bio waste generators such as Market waste, Slaughter house, Function halls, Restaurants and others will have individual tanks near the waste material
  • From these tanks the wet waste sludge is transferred to the Biogas plant either by pipeline or tankers.
  • The tank sensors are provided to monitor the level of the wet waste sludge in the tanks and upon receiving the notification, collection and transportation to the Biogas plant is planned.
  • By this way the biodegradable materials transported to the plant are sealed and not exposed to the atmosphere.

3. The Residue from the Biogas plant is valuable Manure for plants and we can enhance its quality for a proper NPK value and distribute to farmers or garden developers such as home garden, city landscaping and Agriculture farming. We can also use this Biogas to produce Electricity in Gas Generator and Gas Turbines to replace the fossil fuels.

Project High Lights:

  • The main advantage of plastic pyrolysis centers is the energy recovery that in turn, has specific environmental, economic, and social advantages
  • Furthermore, processing waste plastics into useful sources of energy promotes the concept of a circular economy and might be a solution to the ongoing climate emergency.
  • Waste are not been burnt in open causing environment pollutions, Improvement of Environment.
  • Creation of Job Opportunities
  • Import substitute
  • Foreign Exchange savings
  • Self Sufficiency in Energy
  • Environmental Protection and Eliminates Ocean Pollution.
  • Preservation of landfills
  • Contribution to the Global Climate Change Goals