So refer to these again:
http://investorshangout.com/boards/message?id=1288391
http://investorshangout.com/boards/message?id=1288429
Related companies regarding:
http://www.sierraenergycorp.com/wp-content/up...r_web4.pdf
http://www.mswpower.com/Newsroom.aspx (this one is important to the next piece!!)
!!!! Important here!!!!:
On August 18, 2013, a piece about DoD’s investment in Sierra Energy’s FastOx Pathfinder waste-to-energy technology appeared in the New York Times . Sierra Energy’s technology, aimed at U.S. military facilities, uses high temperature combustion which enables it to use almost any feedstock to generate energy.
Though the FastOX Pathfinder is too large and bulky for deployment to military theaters overseas , waste-to-energy as a concept is still being explored as a key new capability for base camps – the locations where we operate and fight from in overseas deployments. These camps generate large amounts of solid waste from kitchens, packaging, latrines, and troop’s personal items. OEPP has teamed with the Strategic Environmental Research and Development Program (SERDP) to sponsor four projects under a Waste-to-Energy for Forward Operating Bases program that could bring a new capability to the fight.
Earlier attempts to implement waste-to-energy at contingency bases in Iraq revealed that some improvements were needed. Consequently, OEPP and SERDP are sponsoring research to fill in some of the technical gaps into waste-to-energy conversion for base camp. Specifically, the effort is looking into rotary kiln gasifiers with the Army’s Engineer Research and Development Center , shredded waste downdraft gasifiers with Infoscitex Corporation, ways to produce cleaner synthetic gas to improve waste-to-energy conversion efficiency with the University of North Dakota; and efficient tar management for waste-to-energy systems with Lockheed Martin. SERDP is managing the overall effort.
The overall goal of these projects is to investigate technologies leading to deployable waste-to-energy systems that can process 1-3 tons of trash per day, produce residue that is not hazardous, and require minimal labor to operate. These systems must be more compact, efficient, scalable and transportable, using at most two standard shipping containers.
ref: http://energy.defense.gov/Blog/tabid/2569/Art...or-forward
.. and here is the complete nut..........as noted back in the last 10-q:
.................usually in business....you get a tip...........be it off the cuff.
