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Recycle Everything
We convert waste to syngas using modular plasma assisted gasification
We convert waste to syngas using modular plasma assisted gasification
the problem
the problem
Our country has developed excellent, environmentally conscious systems for waste disposal including recycling centers, transfer stations and landfills. These providers generally meet the strict regulatory requirements set for them.
However, we still face many issues with regard to waste disposal. While our recycling systems are very efficient and waste sorting is improving every year, on average, they still cannot process about 13% of the waste provided. These residuals still go to landfill, including many types of plastics.
According to the EPA, roughly 50% of household waste is still sent to landfill which includes food, paper, plastics, wood, yard trimmings, etc...
Landfill providers are forced to move farther from metropolitan areas as closer landfills reach capacity. Although landfilling is a very efficient method for waste disposal, the transportation of waste past 30 miles from transfer stations becomes less economically viable.
There is a way to harness the energy stored within this waste. It just needs to be unleashed.
What we do
What we do
artist rendering of proposed unit
We connect businesses with processing solutions designed to reduce waste, generate renewable energy and produce eco-methanol.
PAG Waste Management helps clients in recycling, land-filling, waste hauling and agriculture. These industries either produce or have valuable waste products that currently go to landfill or are processed in non eco-friendly ways.
Our solutions help clients avoid costs associated with waste storage, tipping fees or offloading of residuals. This solution provides additional revenue opportunities from a variety of feed-stock sources.
Advantages of Plasma-Assisted Gasification
Advantages of Plasma-Assisted Gasification
Higher efficiency: PAG can convert MSW into energy and useful materials with higher efficiency than other methods, such as incineration and conventional gasification. This is because PAG uses plasma to heat the MSW to very high temperatures, which breaks down the waste more completely.
Lower emissions: PAG produces lower emissions of air pollutants than other methods, such as incineration and conventional gasification. This is because the high temperatures used in PAG break down harmful pollutants, such as dioxins and furans.
Greater flexibility: PAG can process a wider range of MSW than other methods, including hazardous waste. This is because the high temperatures used in PAG destroy hazardous materials.
Smaller footprint: PAG systems are typically smaller than other MSW treatment systems, such as incinerators and conventional gasification systems. This makes them easier to site and install.
artist rendering of proposed system
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