The facility will be the first commercial-scale development using Squamish, British Columbia-based Carbon Engineering Ltd DAC technology. Each DAC unit is expected to extract 1 million metric tpy of atmospheric CO2.
Upon completion of the design, the two companies will form an alliance and move into the engineering, procurement and construction phase, with two more phases to follow.
(Source: Worley, PR, Market Herald, 23 Feb., 2021) Contact: Worley, Chris Ashton, CEO, (713) 892-0999 – Houston Office, www.worley.com;
Carbon Engineering, Steve Oldham, CEO, www.carbonengineering.com
More Low-Carbon Energy News Carbon Engineering, Worley, Direct Air Carbon Capture, CO2,
In a letter to the EPA' Administrator Andrew Wheeler, NWF President and CEO Collin O'Mara echoed the requests of six state governors and stressed the need for smaller biofuel mandates. In its letter, the AFPM noted:
The NWF letter concludes: “"In short, the corn ethanol mandate has led to the loss of important wildlife habitat, particularly in regions critical for monarch butterflies, ducks and other ground-nesting birds, and many other species -- threatening outdoor recreation opportunities as well as the economy. The mandate has also resulted in deteriorated water quality and harmful algal blooms in important surface waters as a result of increased farm runoff. Increasing mandated blending levels increases the potential for further land conversion, presenting a marked threat to the battle against global climate change, with its consequent catastrophic effects on human health and the environment. Higher blends of ethanol necessitated by unrealistic RVOs diminish public health. In light of the clear and present danger to the environment, we join with the Governors of six states in asking for a waiver to the RVO." (Source: National Wildlife Federation, AFPM, Hydrocarbon Engineering, 7 July, 2020) Contact: National Wildlife Federation, Colin O'Mara, CEO, www.nwf.org
More Low-Carbon Energy News RFS, Renewable Fuel Standard, Ethanol,
AustroCel Hallein is committed to the cascading use of resources: High-purity cellulose is produced from spruce, which comes from the sawmill industry as scrap; this cellulose is predominantly processed in Asia to make fibres for textile applications.
AustroCel is constructing Austria's first advanced bioethanol production facility in Hallein. The €42 million bioethanol plant is expected to begin production early in 2021.
Source: AustroCel Hallein GmbH, Hydrocarbon Engineering, 3 Oct., 2019) Contact: AustroCel Hallein GmbH, Jorge Harbring, CEO, +43 6245 8900, www.austrocel.com; OMV, www.omv.com
More Low-Carbon Energy News Ethanol.Bioethanol,
Producing 275 million gpy of Honeywell Green Diesel™, Diamond Green Diesel is the largest commercial advanced biofuel facility in the US. The expansion, which will increase the facility's annual production by nearly 150 pct to 675 million gpy, will also produce about 60 million gpy of renewable naphtha when completed and operational in late 2021.
Diamond Green Diesel's product is a qualified Advanced Biofuel under the US EPA Renewable Fuel Standard (RFS). (Source: Honeywell, Hydrocarbon Engineering, Oct., 2019) Contact: Diamond Green Diesel, email@example.com, www.diamondgreendiesel.com; Valero Renewable Fuels, Joe Gorder, Pres., (800) 324-8464, www.valero.com; Darling Ingedients, Melissa A. Gaither, VP IR , (972) 281-4478, firstname.lastname@example.org, www.darlingii.com; Honeywell UOP, Bryan Glover, VP Petrochemicals & Refining Technologies, www,uop.com
More Low-Carbon Energy News Honeywell UOP, Diamond Green Diesel, Renewable Diesel, Valero, Green Diesel, Darling Ingedients,
The plant is being engineered Oxy Low Carbon Ventures, LLC (OLCV), a subsidiary of Occidental and a leader in safe CO2 management and injection. Construction is slated to begin in 2021 for completion and commissioning within approximately two years.
CE's technology captures CO2 directly from the atmosphere so it can be stored permanently underground, or synthesized into transportation fuels. The company's pilot plant in Squamish began operations in 2015 and has been converting captured CO2 into fuels since 2017. (Source: Carbon Engineering, PR, 17 Sept., 2019) Contact: Carbon Engineering, Steve Oldham, CEO, www.carbonengineering.com
More Low-Carbon Energy News Carbon Engineering, Carbon Emissions, Carbon Capture, CO2,
The plant, which would be located in the Permian Basin, is being billed the world's largest Direct Air Capture (DAC) and sequestration facility and is designed to capture 500 kilotonnes per year of CO2 directly from the atmosphere.
Plant construction could get underway in 2021 for operation in 2023. Plant costs and other details have not been revealed. (Source: Carbon Engineering, Kallanish Energy, May, 2019)
Contact: Oxy Low Carbon Ventures, www.oxy.com/OurBusinesses/midstreamMarketing/LowCarbonVentures; Carbon Engineering, Steve Oldham, CEO, email@example.com, www.carbonengineering.com
More Low-Carbon Energy News Carbon Engineering , EOR, Carbon Sequestration, CCS,
The storage tanks each have a capacity of 3400 m3, a diameter of 12 m and are 30 m in height. The first four tanks are currently being constructed in the conditioned production hall at the RDM site in Rotterdam and will be followed quickly by the final two tanks. The completely finished tanks will then be transported by water and installed in the foundations at HBTT in Botlek.
The new project follows their 2017 partnership in which seven fully-assembled tanks with a joint capacity of 70 000 m3 were delivered.
HBTT is the first terminal in the Netherlands to hold the ISO 28001 certificate. (Source: HES Botlek Tank Terminal, PR, Hydrocarbon Engineering, 11 April 2019) Contact: HES Botlek Tank Terminal, Charles Smissaert, General Manager, +31 71 302 0141, www.hesinternational.eu/hes-botlek-tank-terminal
More Low-Carbon Energy News Biofuel,
Carbon Engineering's DAC technology can remove CO2 from the atmosphere for less than $100/tonne and deliver large-scale negative emissions by permanently and safely storing the CO2 underground, according to the company. The technology can be used to reduce emissions from transportation by converting atmospheric CO2 into ultra-low carbon fuels that can power existing vehicles and airplanes without vehicle engine modifications, according to the company. (Source: Carbon Engineering, PR, April, 2019) Contact: Carbon Engineering, Steve Oldham, CEO, firstname.lastname@example.org, www.carbonengineering.com
More Low-Carbon Energy News Carbon Engineering news, Carbon Emissions news, Carbon Capture news,
Carbon Engineering's DAC technology can remove CO2 from the atmosphere for less than $100/tonne and deliver large-scale negative emissions by permanently and safely storing the CO2 underground. The technology can also be used to reduce emissions from transportation by converting atmospheric CO2 into ultra-low carbon fuels that can power existing vehicles and airplanes without vehicle engine modifications, according to the company.
(Source: Carbon Engineering, PR, 21 Mar., 2019) Contact: Carbon Engineering, Steve Oldham, CEO, email@example.com, www.carbonengineering.com
More Low-Carbon Energy News Carbon Capture, CCS, CCUS, Carbon Engineering Ltd.,
The technology, now operating in British Columbia, uses huge fans that draw in air. Fluids in the processing unit then bind to the carbon dioxide molecules in the air. The carbon dioxide can then be concentrated and converted into fuels, or pressurized and injected underground for long-term storage.
According to BHP VP of Sustainability, Dr. Fiona Wild, "direct air capture is very flexible, so it can be used anywhere. And it really has significant potential for scale up, but it requires private sector investment and obviously also policy support, to try and bring it to scale. So that's why we're investing in it."
(Source: BHP, Sydney Morning Herald, 5 Mar., 2019)
Contact: Carbon Engineering,
Steve Oldham, CEO, firstname.lastname@example.org, www.carbonengineering.com; BHP Billiton, Dr. Fiona Wild, VP Sustainability and Climate Change, +61 3 9609 3333, www.bhpbilliton.com, www.bhp.com
More Low-Carbon Energy News Carbon Engineering, BHP, CO2, Direct Air Carbon Capture, Bill Gates ,
The amended agreement will see Velocys accelerate delivery of the first of four reactors and first four charges of catalyst. It will also reduce RRB's commitment for reactors from six to four but RRB will retain an option to acquire reactors 5 and 6 units at the existing price until the end of 2020.
(Source: Velocys, Hydrocarbon Engineering, Others, 12 Feb., 2019) Contact: Velocys Plc, David Pummell, CEO, +44 1235 841 700, (713) 275-5840 -- Houston Office, email@example.com, www.velocys.com;
Red Rock Biofuels, Terry Kulesa, CEO, (970) 223-6766, firstname.lastname@example.org, www.redrockbio.com.
More Low-Carbon Energy News Fischer-Tropsch, Velocys, Red Rock Biofuel,
CE has been developing DAC technology since 2009 and capturing CO2 from the atmosphere at a pilot plant in Squamish, B.C. since 2015. The DAC plants are location-independent and can be co-located with an oilfield operation for enhanced oil recovery (EOR). Carbon Engineering's complementary AIR TO FUELS process combines CO2 from DAC with clean hydrogen from water electrolysis to provide a second pathway for reducing transportation emissions by synthesizing ultra-low carbon intensity liquid fuels.
CE's AIR TO FUELS products are fully compatible with existing cars, trucks, ships and planes, allowing existing vehicles to reduce their carbon emissions without modification. (Source: Carbon Engineering, Green Car Congress, 9 Jan., 2019) Contact: Carbon Engineering. Steve Oldham, CEO, www.carbonengineering.com
More Low-Carbon Energy News Carbon Engineering, EOR, CHevron, Carbon Capture, CO2,
The order includes Alfa Laval Compabloc heat exchangers which will be installed in an ethylene glycol plant and used for a variety of process applications, including heat recovery, cooling and heating. (Source: Alfa Laval, Hydrocarbon Engineering, 27 Sept., 2018)Contact: Alfa Laval, +46-46-36-72-31, www.alfalaval.com
More Low-Carbon Energy News Alfa Laval,
Carbon Engineering's direct air capture technology design blows air through towers that contain a solution of potassium hydroxide, which reacts with CO2 to form potassium carbonate. The result, after further processing, is a calcium carbonate pellet that can be heated to release the CO2 which could be sequestered or used to make synthetic, low-carbon fuels.
When Carbon Engineering configured the air-capture plant for this purpose, they were able to bring costs down to as low as $94 per tonne of CO2.
The company hopes to build a small facility that can produce 200 bpd of fuel by 2021, and then a commercial plant that can produce 2,000 barrels per day. (Source: Carbon Engineering, Greener Idea, 10 June, 2018) Contact: Carbon Engineering, carbonengineering.com
More Low-Carbon Energy News Carbon Engineering, CO2, Carbon Dioxide, ,
If the new technique proves commercially viable, it could "transform how humanity thinks about the problem of climate change", according to Carbon Engineering.
(Source: Carbon Engineering, Harvard Univ., CBC News, Examiner, 7 June, 2018) Contact: Carbon Engineering, email@example.com, www.carbonengineering.com
More Low-Carbon Energy News Carbon Engineering,
Velocys' role will be as a licensor for its technology to the project. (Source: Velocys plc, Velocys plc Hydrocarbon Engineering, 7 May, 2018) Contact: Red Rock Biofuels, Terry Kulesa, CEO, (970) 223-6766, firstname.lastname@example.org, www.redrockbio.com; Velocys plc
David Pummell, CEO, +44 1235 841 700, (713) 275-5840-- Houston Office, email@example.com, www.velocys.com
More Low-Carbon Energy News Velocys, Biofuel, Fischer-Tropsch, Red Rock Biofuels,