The days of dumping trash into overcrowded landfills may be over. Just as you would not dump gold, diamonds, or hundred dollar bills into garbage bins, you soon will hesitate to throw out your plastic water bottle, as the once typical trash is taking on a whole new value. New developments in technology seem to have done the unfathomable-and scientists have now found a means to turn plastic pollution into oil.
Scientifically referred to as "Thermal Depolymerization" the depolymerization process reduces complex organic materials-usually biomass plastic-into light crude oil. Scientists originally based this process of the geological processes they believed produced fossil fuels. Utilizing pressure and heat, the process breaks down the long chain polymers of hydrogen, oxygen and carbon, decomposing them into short-chain petroleum hydrocarbons.
Ultimately, the process runs off the principle that plastic was once oil, and should be easily converted back to oil, and utilized as fuel instead of material. Amazingly, plastic holds a higher energy value than just about any other type of waste.
The Japanese company Blest created one of the first machines to convert plastic into oil, and they are introducing their discovery to the planet by educating children in impoverished nations to utilize the technology in their villages.
The easy to use machine uses a temperature-controlled electric heater which converts the plastic into gas without burning CO2. This is a revolutionary technology for impoverished countries, which can use the oil to fuel their stoves, boilers, generators and even as fuel for their cars.
There does not seem to be a downside to this technology, as the invention runs off of twenty cents worth of electricity, with little environmental ramifications. While the machine is currently limited to processing polyethylene, polystyrene, and polypropylene, it holds the promise of an eco-friendly source of oil, and a dramatic cut to our landfill waste.
In a world where the price of oil is always going up, the gross layer of smog is always thickening, and the garbage dumps are perpetually growing larger trash mountains, it is this type of invention which will put a dent in our over consumption, by consuming our own bi-products as non-hazardous fuel.
By Heather Rushworth of Energy Digital
Energy Digital is a leading digital media source of news and content for C-level executives focused on business and all aspects of managing the environment.… More
Comments
I basically agree with all said, But what is not being taken in consideration is the cost of all the recycling trucks & their operating expenses, land to pile up all this plastic, wages, insurance, money collected for these services monthly and all those doing the paper work, ETC. If I made no use of the finished product it would still be less costly to go around and collect this . I want to know where to obtain a residential converter, or how to make one.
ART
Conventional crude sells for $85 to $95 a barrel; other company executives have suggested in recent months that the system could produce crude for around $52 a barrel and even less over time. I guess we’ll see.
Hopefully the economics works out that the output is far greater than the input making it a viable/profitable venture.
That's why they aren't burning it. They heat it just enough so that it breaks down: "Utilizing pressure and heat, the process breaks down the long chain polymers of hydrogen, oxygen and carbon, decomposing them into short-chain petroleum hydrocarbons."
Recycled plastics are even being used in Eurocell building plastics, with a large proportion of the materials made from recycled PVC.
George
Of course, there's the underlying issue of too much plastics being used as single-use stuff, and ending up in the landfills. But burning all of it is hardly a sane answer.