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Showing posts with label Thermal. Show all posts
Showing posts with label Thermal. Show all posts

What is Thermal Depolymerization and How it Might Change the World?

Illinois Emissions Testing - What is Thermal Depolymerization and How it Might Change the World?.
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In the 1980s Illinois microbiologist Paul Baskis improved the process called hydrous pyrolysis to beyond the break-even point for converting waste products into oil. By the break-even point I mean the point where the cost of production equals the profit. This is the point when the process known as thermal depolymerization or TDP became a commercially viable process.

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In 2001 Brian S. Appel of Changing World Technologies took the theory of thermal depolymerization and turned it into a business reality. His company set up the first plant using the new technology to make crude oil from turkey offal. The plant was so successful it managed to produce oil at 10% cheaper than the market price. Approximately 20% of the offal produced energy was required to power the plant. This was an amazing moment. Suddenly the future looked different for the world. Waste disposal is a huge problem facing mankind. The United States Environmental Protection Agency estimated that in 2006 there was 251 million tons of municipal waste in the USA. Much of this goes into landfills. Much of this waste is plastic and doesn't biodegrade. A big problem is accidental fires in landfill sites which release lots of toxic gases into the atmosphere.

One of the biggest problems for effective waste disposable and recycling is plastic; and in particular plastics containing PVC or poly vinyl chloride. The chlorine in the plastic makes it very carcinogenic because of dioxin emission when the PVC is burnt. PVC is safe as uPVC windows and plastic credit cards and records and thousands of other consumer products but it is difficult to safely dispose of or recycle. That is until recently.

With thermal depolymerization the situation changes. Now it is feasible to take old vinyl siding from houses and subject it to intense heat and pressure to break it down into long organic compounds that in turn can be converted to oil. This means that where once plastic was considered a bad and environmentally unfriendly product it can now be considered as a valuable resource, as a source of energy. Considering the amount of waste modern societies produce thermal depolymerization could make lots of cities and other urban areas self-sufficient in energy terms.

Previously it was felt that we should abandon using plastics. Plastic is made from petroleum and was believed to be a wonder material in the 1950s because it was cheap, durable and versatile. uPVC or unplasticised Poly Vinyl Chloride was particularly popular because it withstood the corroding power of hot and wet weather much better than timber. As a result it was mass produced for uPVC or vinyl window frames and as siding for houses all over the United States. It is an ideal material for building because it doesn't expand or shrink and because it is low maintenance and easy to wash.

60 years on world leaders were beginning to despair at what could be done to safely recycle uPVC. The answer is now at hand. Turn it into oil. What was once a problem is now part of the solution thanks to World Changing Technologies and Paul Baskis.

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Thermal Imagers: A Brief Overview and A Few Popular Applications

Il Emissions Testing Locations - Thermal Imagers: A Brief Overview and A Few Popular Applications

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Thermal imagers are devices used in the measurement of surface temperatures of practically any conceivable surface. This non contact temperature measurement technology produces relative temperature readings with an accuracy of 99 percent while absolute temperature readings are achieved with an accuracy of 97 percent. This technological breakthrough was achieved after years of research into more efficient ways of coming up with accurate contact temperature readings.

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Over the years, the design of electronic components used in gadgets and machinery has become more complex as the components become smaller and smaller due to ground technology such as nanotechnology. This has led to the creation of devices which are able to dissipate more power per cm2 than their predecessors. With such effectiveness, the traditional contact temperature measurement technologies are increasingly been rendered inapplicable as the use of outdated technology is a potential for serious errors which could be brought about by heat sinking and thermal mass effect.

The technology can now be used with close to 100 percent accuracy in the taking of temperature measurements in complex industrial processes such as those witnessed in the steel, film and paper industries. The principle behind this technology is pretty straightforward. They use infra red technology to come up with heat pictures instead of light pictures. The object being observed via thermal imagery radiates infra red (IR) energy which is converted into corresponding temperature maps. Thermal imagers are able to project the temperature map onto a screen where a cursor is able to display the read out temperature of each and every image pixel.

Tagged Image File Format (TIFF) is an industry standard that allows different types of files from the thermal imagers to work with a wide array of software packages that are available on a commercial basis. According to a study conducted by the International Thermographic Society (ITS), the use of thermal imagers has outgrown its original military applications to more than a dozen other critical applications.

Uses Of Thermography And Thermal Imagers

The technology is used by firefighters to find lost persons, pinpoint the exact base of the fire and see through thick smoke.

Industry maintenance technicians use thermal imagers to locate power line sections that are prone to failure as well as any joints that may be overheating.

Building construction and structural technicians use thermal signatures to pin point heat leaks in thermal insulation systems that are faulty before carrying out repairs for a more efficient heating and air conditioning system.

Thermal imagers are used in the medical field for a vast array of uses such as in the detection of physiological changes in a human being or animal during the initial stages of clinical diagnostics. So important is the use of IR and thermal imagers in the medical field that it necessitated to have regulatory bodies such as the International Academy of Clinical Thermology and the American Academy of Medical Infrared Imaging.

Other applications of thermal imagery include security surveillance, nondestructive testing, process controls in industry, night vision devices etc. Surface reflections and differing emissivity's' present some challenges for thermal imagers.

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