WASTE ENERGY CORP.

IGF::OT::IGF BAA-12-004, ESTCP PROJECT EW-201349 "CENTRAL PLANT OPTIMIZATION FOR WASTE ENERGY REDUCTION (CPOWER)"

IGF::OT::IGF THE PROGRAM IS FOCUSED ON DEVELOPING HIGH TEMPERATURE ENERGY HARVESTING DEVICES THAT CAN CONVERT WASTE ENERGY (PRIMARILY VIBRATORY) SUCH AS THE MECHANICAL DISTURBANCE FROM THRUSTERS AS TO INCLUDE WASTE EXHAUST CREATED DURING OPERATIONAL CONDITIONS. THE PROGRAM FOCUS IS ON DEVELOPING VERY HIGH PERFORMANCE DEVICES THAT ARE EXTREMELY ROBUST AND THAT CAN CONTINUOUSLY OPERATE AT UP TO 500 C. THE PURPOSE OF THIS PROGRAM IS TO DEVELOP NEW HIGH PERFORMANCE ENERGY CONVERSION DEVICES THAT CAN ACT AS A LOCALIZED POWER GENERATOR FOR SENSORS AND OTHER DEVICES. THE PROGRAM HAS ALREADY MADE SUBSTANTIAL HEADWAY IN DESIGNING AND FABRICATING SIMPLE, RUGGED, EASILY INSTALLED, HIGH TEMPERATURE ENERGY CONVERSION DEVICES THAT CAN BE EASILY INSTALLED ON THRUSTER COMPONENTS AND OTHER SIMILAR HIGH TEMPERATURE PARTS. FORTUITOUSLY, THESE NEW ENERGY CONVERSION DEVICES CAN EQUALLY FUNCTION AS HIGH PERFORMANCE/HIGH TEMPERATURE CAPABLE VIBRATION/PRESSURE SENSORS. PART OF THIS PROGRAM HAS BEEN FOCUSED ON AN IMPORTANT DEVELOPMENT OF THE FIRST KNOWN (LOW COST) METHOD FOR NON-EPOXY/LOW TEMPERATURE JOINING OF CERAMICS TO METALS. THIS COLD SINTER INNOVATION SEPARATELY HAS GREAT POTENTIAL TO ADDRESS A WIDE RANGE OF OTHER NASA APPLICATIONS IN POTENTIALLY CRITICAL WAYS.

IGF::OT::IGF THE OBJECTIVE OF THIS PROPOSAL IS TO INTEGRATE THREE UNIQUE ENERGY HARVESTING TECHNOLOGIES UTILIZING OUR EXISTING RESEARCH STRENGTHS THAT WILL BE OF INTEREST AND UTILITY TO NASA APPLICATIONS AND ENVIRONMENTAL CONDITIONS. BY DEVELOPING MULTIPLE TECHNOLOGIES, NASA WILL BE ABLE TO HARVEST ENERGY FROM MULTIPLE WASTE ENERGY SOURCES, NAMELY ENVIRONMENTAL VIBRATIONS, THERMAL ENERGY, AND SOLAR FLUX. THESE DEVICES WERE INITIALLY DEVELOPED AND DEMONSTRATED SEPARATELY, BUT WILL BE ENHANCED, MATURED, AND INTEGRATED DURING PHASE II. THE PROTOTYPE RESULTING FROM THIS EFFORT WILL BE CAPABLE OF HARVESTING ENERGY IN A VARIETY OF ENVIRONMENTS WHICH SUPPORT NASA'S BROAD MISSION.

IGF::OT::IGF THE OBJECTIVE OF THIS PROPOSAL IS TO DEVELOP THREE UNIQUE ENERGY HARVESTING TECHNOLOGIES UTILIZING OUR EXISTING RESEARCH STRENGTHS THAT WILL BE OF INTEREST AND UTILITY TO NASA APPLICATIONS AND ENVIRONMENTAL CONDITIONS. BY DEVELOPING MULTIPLE TECHNOLOGIES, NASA WILL BE ABLE TO HARVEST ENERGY FROM MULTIPLE WASTE ENERGY SOURCES, NAMELY ENVIRONMENTAL VIBRATIONS, THERMAL ENERGY, AND SOLAR FLUX. THESE DEVICES WILL INITIALLY BE DEVELOPED SEPARATELY, BUT ALL THE WHILE WITH AN EYE ON THE FINAL INTEGRATION INTO A SINGLE PACKAGE AT THE END OF PHASE II. SINCE THE RESEARCH ON THESE TECHNOLOGIES HAS BEEN ONGOING, IT IS REASONABLE TO DEVELOP AN INITIAL PROTOTYPE OF THESE TECHNOLOGIES AT THE END OF PHASE I, WITH INTEGRATION OCCURRING IN PHASE II.

WASTE ENERGY SURVEY ADN REGISTRY SUPPORT FOLLOW ON TO TASK ORDER 3.

ECONOMIC ANALYSIS, SMALL BUSINESS ANALYSIS, AND INFORMATION COLLECTION REQUEST SUPPORT FOR WASTE ENERGY SURVEY AND REGISTRY

REQUEST TO UTILIZE A COMMERCIAL FACILITY FOR THE INCINERATION OF CLASSIFIED MATERIAL ON A WEEKLY BASIS THROUGH 1/1/14 IGF::CT,CL::IGF

DS WASTE ENERGY FEASIBILITY STUDY- MALI

DRUG BURN EXPENSE FOR LAREDO DO VENDOR: - MONTENAY BAY WASTE ENERGY

IGF::OT::IGF UTILIZE A COMMERCIAL FACILITY FOR THE INCINERATION OF CLASSIFIED MATERIAL.