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PEAT's plasma heating systems convert electrical energy into thermal energy. Controlled plasma arcs are generated when a steady flow of gas is forced between electrodes with a high electrical current flowing between these electrodes. This now ionized gas generates an intense heat in the form of a plasma arc column or "plume".

According to Dr. Youtz, sightless reading is possible because black print absorbs more heat and is warmer than the surrounding white page, which reflects heat very efficiently. While this may account for people 'seeing' with their fingertips or elbows, it does not explain how people such as Kuda Bux or Margaret Foos could see objects without coming in contact with them. This type of eyeless sight remains a fully documented - but so far inexplicable - mystery.

PEAT's environmentally benign PTDR waste-to-energy technology produces the following three end-products from processing waste feedstocks: A clean synthetic gas ("syngas") that is a valuable source of alternative energy (Approximate heat value: 8 to 10 MJ/Nm3 (225 MMBTU/SCF); An inert vitrified glass that has excellent applications in the construction industry, including: Concrete Aggregate Road Bed/fill Sandblasting Recovered metal alloys

"Silence is a source of great strength." ~Lao Tzu "Activity conquers cold, but stillness conquers heat." ~Lao Tzu

Millions of people watch a rock concert relayed to opposite ends of the world. A fire fighter wearing breathing apparatus spends 25 minutes in a burning building rescuing a trapped child. A prospective buyer watches as a mechanic runs a complete check on a used car. On a remote Texas ranch, water is heated with solar panels. An orthopedic surgeon analyzes the muscle movements of a victim of cerebral palsy. A student in a college dormitory spots an intruder and triggers a portable alarm. These seemingly disconnected events have all been made possible by an advanced technology that has made a radical difference in day-to-day life on earth: they are all spin-offs from NASA's space exploration programs.

Heat aging resistance: The enhanced UL temperature index reaches 120 ~ 140 ℃ (long-term outdoor aging is also very good);

Heat aging resistance: The enhanced UL temperature index reaches 120 ~ 140 ℃ (long-term outdoor aging is also very good);