Abstract:… manufacture of building materials. Compared to petroleum based products, this biopolymer has significant advantages, including substantially lower production costs, direct use of flue gas CO2 without compression, utilization of renewable and recycled materials, a… more
Abstract:… metallic foams that have many interesting applications in, for example, automotive industry due to their light weight, high strength and stiffness helping improving fuel efficiency, reducing use of metals to improve cost effectiveness and enabling more efficient recycling that… more
Abstract:The goal of this research is to investigate transformational and environmentally efficient electrochemical and hydrometallurgical methods for extraction and recovery of rhenium from recycled superalloys or other rhenium-containing materials. The primary f
Abstract:This Small Business Innovation Research Phase I project will study the feasibility of developing a novel weed control and moisture conservation (WCMC) mat from recycled diapers for tree protection. Disposable diapers are the most disposed household products in United States and… more
Abstract:…hase II project will support the final development and commercialization of Symbios Technologies plasma treatment system to allow produced water in the oil and gas industry to be effectively treated, thereby allowing its safe discharge to surface waters or recycling to stimulate… more
Abstract:… electrical and system control innovations to: ? separate the challenges of form-finding from actuation to enable a relatively simple system to reproduce undulatory motion (simplifying manufacture and control, improving reliability) ? maximize energy efficiency by recycling… more
Abstract:…, fase and economical process. In Phase I we demonstrated that high surface area magnetite particles embedded in wood are highly efficient in reducing P to ultra low levels (as much as 0.01 mg/L). The adsorbed P can be recovered from the media and potentially recycled as… more
Abstract:… commercial opportunity for a platform technology with the ultimate potential to transform the industrial and residential water treatment landscape. Future applications may include ultrahigh efficiency water deionization, softening, and industrial wastewater recycling,… more
Abstract:This Small Business Innovation Research (SBIR) Phase II project applies a novel design to pneumatic solenoid valves that allows 20-25% of compressed air to be recycled. Given compressed air is one of the most expensive forms of stored energy, this energy-efficient design… more
Abstract:… overcome the significant variability in scrap PLA feedstocks, allowing for production of resin with uniform product quality. The reactive extrusion process to impart hyperbranching is cost-effective and scalable. This process will enable a viable business to sell recycled PLA… more
Abstract:… stream being utilized is largely scrapped into landfills today. From an environmental and health risk standpoint, PVC is problematic. Worldwide, government agencies and NGOs are seeking alternatives for PVC replacement. Furthermore, PVC cannot be easily recycled, and… more
Abstract:… for dry adhesives would improve product safety, reduce environmental impact from messy liquids, and improve educational experiences for children. In labels, an easily removable adhesive would eliminate residue glue, in turn simplifying and increasing recyclability of… more
Abstract:… share. The industry seeks products with higher quality, consistency and performance that address environmental concerns, while remaining cost competitive. The material which has been developed meets or exceeds all required performance standards, and its high recycle content… more
Abstract:This Small Business Innovation Research Phase I project will effectively and efficiently recycle post-consumer plastic materials for high value applications through an innovative and environmentally benign approach known as solid-state shear pulverization (SSSP). SSSP subjects… more
Abstract:… comprise greater than 25% of total U.S. wastewater flow. The AET system is projected to be life cycle cost competitive with currently available nutrient removal technologies in the single home arena. It is eminently modular and adaptable to a wide variety of recycling and… more
Abstract:… lower system weight and cost for equivalent production. With respect to the latter, lifetimes beyond 1600 h of continuous operation in accelerated aging test have already been demonstrated. Our design philosophy is to produce robust, inexpensive, and fully recyclable modules… more
Abstract:…d cement for use in concrete accounts for roughly 5% of global CO2 emissions. A common practice in the production of Portland cement concrete (PCC) to reduce CO2 emissions levels is the partial substitution of cement with supplementary cementitious materials (SCMs) from … more
Abstract:… play a pivotal role in achieving both the energy and the life support needs of extraterrestrial bases. For example, the Martian atmosphere, which is predominately CO2, can be directly used as a feedstock for the production of both fuel and water. The water can then be … more
Abstract:… the use of liquid hydrogen or use of cold hydrogen from cryogenic storage boil-off, the compressor system is suitable for separation of the hydrogen from the helium in the resulting mixed stream. This technology allows a significant portion of either gas to be recycled and… more
Abstract:…. These detectors are currently too large to be tested using existing SWIR image projectors. In addition to their military application, SWIR detectors are useful for inspection of continuous processes such as high temperature manufacturing processes, plastics recycling of… more
Abstract:…. BENEFIT: Increased adaptation of LS grade polymers which should lead to decreased raw material costs, increased supply chain security, and broader mechanical properties. In addition, will potentially create a tool to help manage powder feedstock through recycling… more
Abstract:…er energy and capital cost than commercially available processes. The technology has been demonstrated to be effective using pure xylose and glucose however this project will prove the commercial viability by demonstrating efficient conversion and solvent recycling using real… more
Abstract:… engineered alkali-activated soil blends to promote geopolymerisation in the presence of nanoaluminosilicates using a novel manufacturing process. The specific fine particle components, specifically clay minerals, micas and feldspars, are commonly found in soil and recycled… more
Abstract:… the organic acid digest, a mid-stream in the anaerobic digestion process at municipal wastewater treatment plants, to determine the best method and configuration to reduce its solids content and precipitate a phosphorus mineral. This technology addresses the need to recycle… more
Abstract:…l of this project involves about 300 million automotive tires discarded annually in the US and up to one billion in the whole world. This potentially disruptive innovation will deliver a sustainable solution for the pressing waste management problem of tire recycling. It will… more
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