From the very beginning, OASE blue was developed specifically as an optimized large-scale carbon capture technology. BASF supplies customers with a customized technology package along with highly stable, low-maintenance innovative solvent solutions for various carbon capture applications. With low energy consumption, low solvent losses and an exceptionally flexible operating range OASE blue is the paramount technology for use in flue gas carbon capture from sources such as fossil power generation plants, steam reformers, waste incinerators or even the cement industry.
BASF Gas Treating Excellence provides CO2 capture solutions that support applications ranging from enhanced oil recovery (EOR), urea production and food grade CO2 production facilities. The OASE technology portfolio has a wide range of solutions that can be tailored to the meet customer-specific needs to provide a high purity CO2 product available for commercial utilization.
Although commercially available, BASF continues the innovative development of the OASE blue process. Testing is aimed at process optimizations to further reduce the costs of CO2 capture and further reducing solvent consumption. BASF in collaboration with engineering partners has thus far been awarded over 15 million USD in funding from US Department of Energy.
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True Blue Technology (TBT) is a professional Information Technology Solutions Provider located in Northeast Ohio. The company was founded on principles of integrity, which was the inspiration for the name True Blue. TBT has a history of providing our clients with proven and practical solutions to all of their information technology needs.
The Port approved ecoSPEARS for a pilot project to demonstrate its innovative in-situ technology to extract and remediate contaminants from marine sediment. ecoSPEARS is the exclusive licensee of the NASA-patented SPEARS technology, which was invented by a team of NASA environmental scientists as a green remediation solution. The pilot focused on the deployment of the ecoSPEARS in three different locations around the bay where the SPEARS acted like sponges, passively absorbing contaminants. The pilot project is near completion and helped ecoSPEARS achieve several milestones. Data from the pilot is expected to be published soon and ecoSPEARS is now engaging other markets in the Pacific Islands, leading to scaled-up deployments.
PureSound uses ultrasonic technology to reduce membrane fouling, and can significantly lower the costs associated with membrane maintenance and replacement. PureSound is designed to work with existing equipment and membranes to continuously increase flux throughput and the operating life of reverse osmosis membranes.
The Coast Guard Blue Technology Center of Expertise (BTCOE) is designed to educate industry, academic, and government partners about Coast Guard missions and technology requirements, and to find ways to apply emerging tools and capabilities to support Coast Guard operational needs. BTCOE is located on the campus of the Scripps Institution of Oceanography at U.C. San Diego in La Jolla, California.
Responding to oil spills is a team effort involving organizations such as the Coast Guard, Environmental Protection Agency, and other stakeholders. Oil spill clean-up can be time-consuming and expensive. There is a need for an inexpensive and reusable oil spill clean-up technology that is also environmentally friendly.
While foraging for technology that is the least harmful to the environment and also might help reduce overall cost of oil spill mitigation, BTCOE encountered a nanotechnology-coated sponge which was invented out of Northwestern University and evaluated to be reusable and selectively absorb oil over water under a variety of conditions.
The Coast Guard has a need for low-cost and power technologies that can help with maritime domain awareness. BTCOE and Coast Guard end-users have collaborated with the Navy to develop a technology that can potentially fill this gap.
Our syngas generation process is designed to maximize hydrogen production and can produce a range of end products including hydrogen for use in transportation (purity 5.0), electricity, heat and biofuels. Our syngas can be used directly as a substitute for natural gas, crude oil and directly in production processes. This clean technology uses a non-oxygen, multi-stage, reforming process. The Staged Reforming converts solids into valuable emission-free gases.
Our plants work with a wide range of waste feedstocks to generate energy efficiently. With the CBR process technology, we can recycle feedstocks such as plastics, agricultural or other organic waste, household waste, medical waste, industrial or commercial waste and sludge into:
Smithfield appears to have had a change of heart, deciding that there is better technology. It announced this week that it would cover hog cesspools and add anaerobic waste digesters, entering the biogas market in a $250 million joint venture with Dominion Energy.
This cost decline was illustrated during technology trials under the Smithfield agreement. The first generation of Terra Blue technology, for instance, cost $400 per 1,000-pound state live weight of hogs; the third-generation cost just $158.62, as of 2013.
Crystal Peak Fertilizer
Farm: Premium Standard Farms; 11 Missouri swine operations with a total of 70,000 hogs
Background: A 1999 consent judgment with the state of Missouri required the farm to set up a $25 million capital improvement fund and move from the cesspool and sprayer system to next-generation technology.
Process: Internal recirculation units use screens to separate solid waste. Separated liquids are acidified with sulfuric acid to minimize odor and ammonia, and are used for flushing fresh manure out of the barn. Concentrated solids are transferred to a digester. Solids go into a centrifuge, where liquids and solids are further separated. The solid waste is dried to be used as fertilizer. Wastewater is treated for use in irrigation or for animal feed.
The conference should bring together a group of established leaders in government, private, and university sectors interested in adapting blue and green technologies for their lines of work. The conference should address the research and development, business, and community needs of blue and green technology. The conference should also help participants grow their networks and enable them to work with their peers on issues that affect the region.
Siemens Energy partnered with grid operator Westnetz to drive decarbonization and digitalization in energy transmission by installing innovative new switchgear at their Hesseln substation. The F-gas-free, digitally-enabled 145kV 3VA1 Blue circuit breakers incorporate SensgearTM, a cloud-based online monitoring solution that provides data to improve grid operation, asset management and maintenance. Learnings from the project will be used to further develop the SensgearTM technology.
The U.S. Air Force unveiled the Tacit Blue Technology Demonstration Program on April 30, 1996, at the Pentagon. Tacit Blue was created to demonstrate that a low observable surveillance aircraft with a low probability of intercept radar and other sensors could operate close to the forward line of battle with a high degree of survivability. Such an aircraft could continuously monitor the ground situation behind the battlefield and provide targeting information in real-time to a ground command center. Tacit Blue validated a number of innovative stealth technology advances.Tacit Blue featured a straight tapered wing with a Vee tail mounted on an oversized fuselage with a curved shape. The aircraft has a wingspan of 48.2 feet and a length of 55.8 feet and weighed 30,000 pounds. A single flush inlet on the top of the fuselage provided air to two high-bypass turbofan engines. Tacit Blue employed a quadruply redundant, digital fly by wire flight control system to help stabilize the aircraft about the longitudinal and directional axes.The aircraft made its first flight in February 1982, and subsequently logged 135 flights over a three year period. The aircraft often flew three to four flights weekly and several times flew more than once a day. The aircraft has been in storage since 1985.
Blue technology offers several elegant and simple solutions that allow us to benefit from the resources of our oceans while still allowing them to thrive. Some examples with related references to articles on this site? Ready.
The Blu Tech MR3 is a self-contained in-line water filtration system designed to connect between public or private water supplies and your RV, Vessel, or VAN providing exceptional high flow benefits while filtering contaminants, viruses, and pathogens that other filters can't. The expert team of water specialists at Blu developed a 5 inch water filtration system that filters more effectively than traditional 10 inch filtration systems, providing higher flow rates while utilizing new 0.2 micron filtration technology resulting in the most compact, efficient and travel friendly filtration system on the market today.
The 3 stage water system provides pre-filtering for sediment, sand and other large particulates bringing longevity to your system's filter life. The stage two high flow 0.2 Micron Filter uses a proprietary, patented, electroabsorption media technology capable of removing submicron pathogens and inorganic contaminants through electroadhesion and ion exchange. The 0.2 micron electro-adsorptive media is a breakthrough in water filtration technology, allowing the filtration of lead, bacteria, volatile organic compounds (VOCs), microorganisms, and more, all while maintaining a high flow rate and ultra-compact filter medium not previously possible with traditional filter technology. The third stage "Tasty" filter utilizes premium coconut and carbon filtration to remove small amounts of chlorine and other contaminants that contribute to water and taste problems.
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