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Eneos’ Direct MCH uses an electrolyzer to produce MCH directly from water. Water is oxidized on the anode catalyst to produce oxygen, protons, and electrons. After dehydrogenation, the toluene can be reused to create MCH again. Both toluene and MCH are toxic substances.
Audi’s latest e-fuels project is participation in a a pilot plant project in Dresden that produces diesel fuel from water, CO 2 and green electricity. The sunfire plant, which operates according to the “power-to-liquid” (PtL) principle, requires carbon dioxide, water and electricity as raw materials. The process is up to 70% efficient.
The reactor is fed with methane (CH 4 ) and carbon dioxide (CO 2 ) of biowaste origin from a local paper mill, as well as water (H 2 O). The solar radiation is converted into high-temperature process heat of more than 1,000°C, then drives the thermochemical reaction to produce solar fuels.
one of the largest publicly traded water, wastewater and natural gas providers in the US, serving approximately 5 million people across 10 states under the Aqua and Peoples brands, is launching a pilot program to electrify its two most popular commercial GM vehicle platforms with the XLH hybrid electric drive system.
million gallons US) per year demo commercial plant to produce cellulosic ethanol in India. The demo plant will seek to demonstrate technical and commercial viability as well optimization of water and energy integration and its impact on the capex and opex of the commercial financial proposal.
The test TEG unit consisted of four YGPX024 TEG modules, two heat exchangers for exhaust gas and three heat exchangers for water cooling circuit stacked together (above). The existing water pump on the vehicle was used to supply coolant to TEG unit. The TEG unit was installed in the exhaust pipe at the downstream of the catalyst.
Praj Industries has broken ground on its integrated cellulosic ethanol demo plant at Shirala in Sangli District in Maharashtra (India). The cellulosic ethanol demo plant will operate on different variety of biomass with a capacity of 100 dry tonnes of biomass per day, which includes agricultural wastes such as corn stover, cobs and bagasse.
Additionally, a WaterSense-labeled home is designed to use 20% less water than a typical new home. The higher efficiency of ZeroHouse 2.0 is the result of a whole-home approach that includes additional insulation; upgraded HVAC systems; dual-pane, low-emitting windows; and roof-mounted solar panels by SunPower.
VTT Technical Research Centre of Finland and Lappeenranta University of Technology (LUT) are beginning testing of the Soletair demo plant, which uses air-captured carbon dioxide to produce renewable fuels and chemicals. Proton exchange membrane (PEM) water electrolysis is used for hydrogen production. Phase 1: Renewable energy.
The Commonwealth Scientific and Industrial Research Organisation (CSIRO), Australia’s national science research agency, has 2 -based-power-generation-project/">joined the Joint Industry Partnership (JIP) of the Supercritical Transformational Electric Power (STEP) project known as STEP Demo.
Since at least three-quarters of the input and output of this process consists of water, the ultimate success of any industrial scale-up will need to include a plan for dealing with wastewater. —Michael Thorson.
VULSORB demonstrated higher performance and lower water consumption for lithium extraction in Vulcan’s pilot plant, compared with commercially available sorbents tested by the Company. Earlier post.). Test work has been carried out on live brine from Vulcan’s commercially operating geothermal renewable energy plant, Natürlich Insheim.
SOLVE adds a solvent to the steam in SAGD (basic operation depicted above) to reduce energy input and water consumption. Unlike surface mined oil sands, in-situ recovery involves much less land disturbance, but still requires the use of water and natural gas in the steam production process. Source: StatoilHydro. Click to enlarge.
The schematic of the turbocharged 4-cylinder engine in a D-EGR configuration (left), and the D-EGR engine under the hood of the demo vehicle showcased at SAE World Congress in Detroit. Click to enlarge. With D-EGR, one or more cylinders have their exhaust connected directly to the intake system.
The water in the beets will be captured during processing and recycled so that little water will be used in the plant. With a year-round harvest schedule, the beet crop delivers ethanol yields that are greater per acre and have a lower carbon index than Brazilian sugar cane or North American corn.
The independent energy supply system combines a 25 kW photovoltaic facility; a storage battery; hydrogen-producing water electrolysis equipment; hydrogen (275 Nm 3 ) and water tanks; and fuel cells. Hydrogen electrical power storage capacity is 350 kWh. Click to enlarge.
The byproduct of using fossil-free electricity and hydrogen in steelmaking, instead of coke and coal, will be water instead of carbon dioxide. The objective of the HYBRIT joint venture is to develop the world’s first fossil-free, ore-based steelmaking process.
the developer of a process for harvesting algae and cleaning up oil & gas water, announced that its second original equipment manufacturer’s (OEM) agreement will target oil service companies in the Canadian oil sands market. OriginOil, Inc., LH was an early private investor in Athabasca Oil Corporation.
Ignite Energy Resources supercritical water process diagram. IER’s proprietary supercritical water technology (SCW) transforms low-ranked coals, including lignite, directly into higher-valued oils and cleaner coal products. Source: IER. Click to enlarge. not via an indirect pathway (gasification) as in Fischer-Tropsch processes.
Camelina, the biofeedstock which was converted to make the green jet fuel, is an inedible plant that grows in conditions where other food crops cannot, is considered a sustainable, second-generation resource because its cultivation and harvesting do not tax valuable food, land or water resources.
While showing how the robot uses Autopilot technology, Tesla also showed the humanoid robot watering plants at the Fremont Factory’s offices. Perhaps most interesting about the Optimus demo , however, was Elon Musk’s comments that came after. Credit: Tesla/YouTube. Don’t hesitate to contact us with news tips.
Tesla has launched a new demo for its home energy products, showing how the use of its Powerwall works used in tandem with the electrical grid and solar panels. The demo can be accessed directly from within the Tesla app, showing the interface that customers can use to monitor their home energy storage, Powerwall and more.
Using proven light water reactor (LWR) technology, the NuScale Power Module is cooled by natural circulation, is entirely self-contained, and installed underwater and underground to maximize safety. At 45 megawatts per module, the NuScale SMR design is targeted to markets that no other LWR SMR design can reach.
The UniMelt process eliminates waste water and hazardous by-products by removing coprecipitation and the associated washing steps, and reduces energy usage and CO 2 emissions threefold by eliminating the long thermal processing required in conventional NMC production. Richard Holman, VP of Battery Products at 6K.
The project partners decided to deploy a PEM system, as this technology, in comparison with alkaline systems, uses water rather than a potassium hydroxide solution, and is therefore more environmentally friendly. The plant is located on the premises of Mainova AG in Schielestraße in Frankfurt am Main.
Guyana is the largest country of the Caribbean Community and is well-suited for bioenergy production given its abundance of sun, water, and available land. Whitefox Technologies will provide the dehydration technology for the first small scale bioethanol facility in Guyana.
Associated partners are Deutsche Post DHL Group (Germany) & DHL International BV (The Netherlands), Ministry of Infrastructure and Water Management (The Netherlands), BREYTNER BV (The Netherlands), CURE (The Netherlands) and Colruyt Group (Belgium).
High-temperature electrolyzers for hydrogen production use both heat and electricity to split water and are more efficient than low-temperature electrolyzers. Traditional and advanced nuclear reactors are well-suited to provide the constant heat and electricity needed to produce clean hydrogen.
The resulting waste heat could be used to generate the water vapor needed for high-temperature electrolysis. A future high-temperature electrolyzer could also be coupled with a system for synthesizing chemicals such as methane (e.g., an e-gas system).
SUNFIRE-SYNLINK —a co-electrolyzer based on solid oxide cell (SOC) technology—enables the highly efficient production (a projected ~80% efficiency on an industrial scale) of synthesis gas in a single step using water, CO 2 and green electricity. Background: high temperature co-electrolysis.
Wonjun Cho who notes that the KOGAS one-step process includes several proprietary technology developments—a novel catalyst, an oxyblown auto-thermal tri-reformer for making synthesis gas, fixed bed boiling water DME reactors, and a special method for the cryogenic separation of the reaction products.
H2One combines photovoltaic installations, storage batteries, hydrogen-producing water electrolysis equipment, hydrogen and water tanks, and fuel cells. Hot water supply capacity. 95% (55% for electricity and 40% for hot water). System Specifications. Hydrogen production. 1 m 3 maximum per hour. Photovoltaic facility.
Chilldyne optimized the cold plate using corkscrew-shaped metal channels, called turbulators, that force water around them “like little tornadoes,” maximizing the heat absorbed, says Harrington. Developed by Emrgy in Atlanta, the turbines can change in height and blade pitch based on the flow of the water.
waters in the most rapid and responsible manner possible; and. The demonstrations will help address key challenges associated with installing utility-scale offshore wind turbines; connecting offshore turbines to the power grid; and navigating new permitting and approval processes.
Using wood chips as feedstock, the technology is projected to decrease process water consumption by up to 75% compared to producing corn ethanol while retaining all of the life-cycle carbon benefits inherent to cellulosic ethanol. The project involves the construction of a demonstration facility at a total cost of approximately C$17.0
Existing water-splitting methods rely on highly purified water—a precious resource and costly to produce. Electrolysis of water to generate hydrogen fuel is an attractive renewable energy storage technology. Electrolysis of water to generate hydrogen fuel is an attractive renewable energy storage technology.
As the project recycles historic mine tailings, it will clean up the contaminated site and eliminate a longstanding source of water pollution. It is a unique and innovative waste recycling initiative that avoids the negative impacts of traditional hard rock mining. Background.
In addition, the emphasis of this novel technology is on emission prevention through a patented ionic water scrubbing technique that reduces the greenhouse gas emissions and captures the sulfur, mercury and other contaminants as a solid byproduct. The technology can be manipulated to produce syngas with different H 2 to CO ratios.
This toxicity can be mitigated by extensive water washing to remove residual ILs prior to saccharification or fermentation, by use of a new class of lower toxicity ILs, by development of IL-tolerant enzyme mixtures and biofuel production strains, or by a combination of these techniques. …
With this layout, the demo car achieves superior longitudinal and lateral dynamics combined with excellent vehicle stability for more safety. Each e-drive system in the demo vehicle uses 140 kW motors, adding up to an overall performance of 420 kW peak.
In a 2008 brief on CARACaS, JPL engineers noted that the software was potentially applicable to diverse robotic systems that could include aircraft, spacecraft, ground vehicles, surface water vessels, and/or underwater vessels. In the demonstrations, as many as 13 Navy boats operated using either autonomous or remote control.
G2BioChem’s process design and patents, applied across the three phases of the planned demo plant. The demo plant will have a capacity of 5 MT per day and has been designed so that it can be scaled up to 2000 MT per day. Source: G2BioChem. Click to enlarge. The demonstration plant will be built in three phases: Phase I.
The catalyst first removes water from the ethanol (dehydration), leaving behind ethylene. During the second stage of the process, the ethanol is run through a PNNL-developed catalyst that converts ethanol to jet fuel by removing the oxygen and combining hydrocarbons—a process known as dehydration-oligomerization.
The water supply for the biomass sorghum crop was lower-quality pump water containing salts that typically damage crops. The project was located in the western San Joaquin Valley, which has received a low water allocation from state and federal sources for the past several years.
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