Award Data

With the increasing volatility of petroleum and natural gas resources, small coal-fired boilers have become increasingly more attractive for steam and power generation in several industries. This switch to small-scale, coal-fired plants is expected to continue, and increases the need for clean coal utilization technology. The U.S. Energy Policy Act includes support for a clean coal technology init ...

Green builders and designers, urban planners, engineers and architects, and watershed manager working with green infrastructure, low impact development (LID), storm water management, water quality improvement, total maximum daily load (TMDL) designated stream segments, and carbon footprint reduction programs need more high performance, cost-effective, green technologies to design and implement in ...

This SBIR Phase I project is designed to determine the feasibility of preparing novel coatings for corrosion resistance through the incorporation of pigment and non-chrome corrosion inhibitor into a solvent-free ultraviolet (UV) light curable matrix. In particular, the proposed research is directed toward determining the feasibility of preparing a safe, novel chromium-free, solvent-free, corrosion ...

This SBIR Phase II project is designed to develop and optimize a prototype environmentally friendly, chromium-free, corrosion-resistant, hybrid ultraviolet (UV) coating system with demonstrated properties suitable for industrial, automotive, and aerospace corrosion protection. The objectives of this Phase II project include the optimization of individual formulation components in the development o ...

Green builders and designers, urban planners, engineers and architects, and watershed manager working with green infrastructure, low impact development (LID), storm water management, water quality improvement, total maximum daily load (TMDL) designated stream segments, and carbon footprint reduction programs need more high performance, cost-effective, green technologies to design and implement in ...

This SBIR Phase I project is designed to determine the feasibility of preparing novel coatings for corrosion resistance through the incorporation of pigment and non-chrome corrosion inhibitor into a solvent-free ultraviolet (UV) light curable matrix. In particular, the proposed research is directed toward determining the feasibility of preparing a safe, novel chromium-free, solvent-free, corr ...

This SBIR Phase II project is designed to develop and optimize a prototype environmentally friendly, chromium-free, corrosion-resistant, hybrid ultraviolet (UV) coating system with demonstrated properties suitable for industrial, automotive, and aerospace corrosion protection. The objectives of this Phase II project include the optimization of individual formulation components in the development ...

With the increasing volatility of petroleum and natural gas resources, small coal-fired boilers have become increasingly more attractive for steam and power generation in several industries. This switch to small-scale, coal-fired plants is expected to continue, and increases the need for clean coal utilization technology. The U.S. Energy Policy Act includes support for a clean coal technology init ...

THE PROPOSAL RESPONDS TO PUBLIC AND US EPA PRESSURE ON THE PULP AND PAPER INDUSTRY TO REDUCE POLLUTING EMISSIONS. PULP FROM THE MANUFACTURE OF PAPER, CONTAINER BOARD, TISSUE AND BAGS IS PRIMARILY PRODUCED BY THE KRAFT PROCESS. THIS PROCESS REDUCES WOOD CHIPS TO PULP USING SODIUM SULFIDE AND SODIUM HYDROXIDE. AS A RESULT, LARGE QUANTITIES OF NOXIOUS SULFUR CONTAINING GASES MAY BE EMITTED FROM THESE ...

THE OBJECTIVE OF THE PROPOSED PROJECT IS TO DEVELOP AND DEMONSTRATE A LOW- COST ALTERNATIVE TO A MODIFIED CLAUS PLAN FOR CONVERSION OF SO2 TO ELEMENTAL SULFUR, AND, MORE SPECIFICALLY, TO OPTIMIZE AN EXISTING ACID RAIN SORBENT REGENERATION PROCESS DEVELOPED BY SANITECH TO YIELD DIRECTLY A PURE ELEMENTAL SULFUR PRODUCT. IN SANITECH'S PRESENT REGENERATION PROCESS, APPROXIMATELY ONE- QUARTER OF THE LI ...