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Idealfuel Project Developing Maritime Renewable Fuel (Int'l.)
Technical University Eindhoven ,Idealfuel
Date: 2020-05-15
In the Netherlands, a consortium of 11 participants led by the Technical University Eindhoven (TU/e) reports it is working to develop methods to convert woody biomass materials into renewable marine fuels through the conversion of lignin from dry plant matter (lignocellulosic biomass). The project is supported by €5 million in grant funding from the European Union's Horizon2020 program.

Idealfuel aims to devise an efficient and low-cost two-step chemical process in order to achieve its goal. In the first step, lignin is extracted from lignocellulosic biomass in the form of Crude Lignin Oil (CLO). This leaves behind a solid cellulose material that can be used in the paper industry or even converted into ethanol. In the second step, the CLO is refined and converted into a Biogenic Heavy Fuel (Bio-HFO) that can be used directly in marine engines or blended with fossil fuels.

Download Making Crude Oil from Paper Pulp project details HERE. (Source: TU/e Idealfuel, Innovation Origin, 13 May, 2020) Contact: TU/e Idealfuel, Dr. Roy Hermanns Barry Fitzgerald, +31 40 247 8067 , B.Fitzgerald@tue.nl, www.tue.nl

More Low-Carbon Energy News Lignin,  Idealfuel,  Woody Biomass,  


Clean Energy Fuels Delivers 143Mn Gal. of RNG in 2019 (Ind Report)
Clean Energy Fuels
Date: 2020-02-14
Newport Beach, California-based Clean Energy Fuels Corp. is reporting it delivered 143 million gallons of Redeem™ Renewable Natural Gas (RNG)in 2019.

In 2019, Clean Energy announced plans to exclusively offer zero-carbon1 Redeem at all of its fueling stations by 2025. At this pace Clean Energy would outdistance other alternative fuels, according to the release.

Redeem was the first commercially available RNG vehicle fuel, derived from capturing biogenic methane that is produced from the decomposition of organic waste from dairies, landfills, and wastewater treatment plants, according to the release.(Source: Clean Energy Fuels, PR, 12 Feb., 2020) Contact: Clean Energy Fuels, Raleigh Gerber, 949-437-1397, raleigh.gerber@cleanenergyfuels.com,

More Low-Carbon Energy News Clean Energy Fuels ,  RNG,  Renewable Natural Gas,  


Novozymes Touts Innova Fit for Ethanol Production (Ind. Report)
Novozymes
Date: 2020-02-14
Danish enzymes and microbes specialist Novozymes is reporting the launch of Innova Fit -- an advanced non-GM yeast that eliminates ethanol production constraints caused by conventional and basic yeasts. According to the release, Innova Fit:
  • Powers through high temperature excursions without sacrificing yield -- Higher yields during fermentation temperature excursions, up to 36 degree C/96 degree F, reducing variability and process upsets.

  • Expands throughput by fermenting high dry solids -- Developed to withstand the rigors of hard running plants, Innova Fit can ferment up to 36 pct dry solids while tolerating high ethanol titers in fermentation.

  • Increases ethanol yield up to 2 pct -- Operating in a wide variety of fermentation times, Innova Fit excels in fermentations between 55 and 65 hours. As a drop-in solution, Fit converts more sugar to ethanol versus other non-GM yeasts to improve plant profitability.

  • May reduce need for yeast nutritional supplements: While many yeasts use urea and yeast food to support fermentation, Innova Fit could significantly reduce these costly inputs.

    Since 2018, Novozymes has released four yeast solutions as part of its Innova platform. Yeast and its development are a strategic growth area where Novozymes will continue working with innovation partners in the industry. Its Innova yeast products are the result of a dedicated development partnership with Microbiogen to bring new yeast technology to the market.

    Australian-based Microbiogen is an industrial biotechnology company specializing in the development of improved, industrial yeast strains, according to the company website. (Source: Novozymes, PR, GreenCar Congress, 11 Feb. 2020) Contact: Novozymes, Brian Brazeau, VP Bioenergy Commercial, Peder Holk Nielsen, CEO, Michael Burns, Biorefining Business Development North America,(919) 496-6926, www.novozymes.com; Microbiogen, Geoff Bell, CEO, (02) 9418 3182 geoff.bell@microbiogen.com, www.microbiogen.com

    More Low-Carbon Energy News Microbiogen,  Novozymes ,  Yeast,  Ethanol,  


  • Clean Energy Fuels Growing Redeem™ RNG Deliveries (Ind Report)
    Clean Energy Fuels
    Date: 2020-01-29
    Newport Beach, California-based Clean Energy Fuels Corp. is reporting it delivered 143 million gallons of Redeem™ Renewable Natural Gas (RNG)in 2019.

    Redeem was the first commercially available RNG vehicle fuel, derived from capturing biogenic methane that is produced from the decomposition of organic waste from dairies, landfills, and wastewater treatment plants, according to the release.

    In 2019, Clean Energy unveiled ambitious goals to exclusively offer zero-carbon1 Redeem at all of its fueling stations by 2025. At this pace Clean Energy would outdistance other alternative fuels, including electric vehicles, which are not expected to hit that mark until 2045. according to the release. (Source: Clean Energy Fuels, PR, Jan., 2020) Contact: Clean Energy Fuels, Raleigh Gerber, 949-437-1397, raleigh.gerber@cleanenergyfuels.com, www.cleanenergyfuels.com

    More Low-Carbon Energy News Clean Energy Fuels ,  RNG,  Renewable Natural Gas,  


    Sub-Sea CO2 Storage Leakage Studied (Ind. Report)
    Carbon Storage
    Date: 2019-05-15
    Researchers at GEOMAR Helmholtz Centre for Ocean Research Kiel investigating the possibilities and limits of the sub-sea CO2 storage report it is possible to reduce anthropogenic CO2 emissions by separating CO2 from flue gases and storing the captured CO2 in geological formations. The researchers also note negative emissions can be achieved by coupling biogas production with CO2 separation and storage.

    Assessments by the IPCC show that these approaches are essential parts of the technology mix needed to limit global warming to less than 2 degrees C.

    In Europe the largest potential to store CO2 is located offshore in deep saline aquifers and other sub-seabed geological formations of the North Sea where over 10,000 oil and gas wells have been drilled. At many of these wells, methane gas from shallow biogenic deposits is leaking into the environment because the surrounding sediments were mechanically disturbed and weakened during the drilling process. The study notes that CO2 stored in the vicinity of these wells may leak and ultimately return into the atmosphere.

    "We have performed a release experiment in the Norwegian sector of the North Sea to determine the footprint and consequences of such a leak", explains study lead author Dr. Lisa Vielstadte from GEOMAR Helmholtz Centre for Ocean Research Kiel.

    In the study, CO2 released at the seabed in 82 meters of water was tracked and traced using a remotely operated vehicle (ROV) equipped with chemical and acoustic sensors and additional measurements on board of Research Vessel Celtic Explorer. The resulting data showed that CO2 gas bubbles were completely dissolved close to the seafloor and the pH value of ambient bottom waters was lowered from a background value of 8.0 to a more acidic value of 7.0 at the release site as a consequence of the dissolution process. This bottom water acidification has detrimental effects on organisms living at the seabed", However, strong bottom currents induced a rapid dispersion of the dissolved CO2 such that the area at the seabed where potentially harmful effects can occur is small.

    Accordingly, the study tentatively concluded it is possible to store CO2 safely in sub-seabed formations if the storage site is located in an area with a small number of leaky wells, the report summarizes. (Source: Helmholtz Centre for Ocean Research Kiel , PR, 14 May, 2019) Contact: GEOMAR - Helmholtz Centre for Ocean Research Kiel, Dr. Lisa Vielstadte, +49 431 600-0, Fax:+49 431 600-2805, www.geomar.de/en

    More Low-Carbon Energy News CO2,  Carbon Emissions,  Carbon Sequestration,  CCS,  


    Mercurius Biorefinery Slated for Queensland, Australia (Int'l)
    Mercurius
    Date: 2019-02-20
    In the Land Down Under, the Queensland State government reports it has given the nod and has funded a biorefinery pilot plant in Gladstone. The 3-month pilot biorefinery will be the trail site for jet fuel and diesel production from agricultural and forestry waste. Construction is due to begin this month and will be carried out by Bellinham, Washington-based Mercurius Biofuels LLC.

    Depending on the pilots success, Mercurius plans to construct a larger demonstration plant, which would scale up production of biofuels and bio-chemicals, according to a company statement.

    Mercurius Biorefining is developing its novel REACH process, which converts cellulosic biomass to hydrocarbons in the renewable diesel, aviation, and marine fuel ranges. Valuable by-products include bio-char and a bio-plastic monomer, FDCA.

    REACH (Renewable Acid-hydrolysis Condensation Hydrotreating) is a novel application of proven technologies which is both feedstock- and product-flexible. Sources of potential feedstock include waste from municipalities (e.g. biogenic portion of MSW), forestry and agriculture. (Source: Mercurius, Various Media, Biofuel Int'l, 18 Feb., 2019) Contact: Mercurius , Karl Seck, Res., CEO, (360) 941-7207, www.mercuriusbiofuels.com

    More Low-Carbon Energy News Mercurius,  Cellulosic,  Aviation Biofuel,  


    Biomass Eclipsed by Solar as US Power Source (Ind. Report)
    US Energy Information Agency
    Date: 2018-07-11
    According to the US Energy Information Agency (EIA) Preliminary Monthly Electric Generator Inventory, U.S. electric power generation from solar resources reached 77 million MWh in 2017, surpassing for the first time annual generation from biomass resources, which generated 64 million MWh in 2017. Among renewable sources, only hydro and wind generated more electricity in 2017, at 300 million MWh and 254 million MWh, respectively.

    EIA data also shows that while biomass generating capacity has remained relatively unchanged in recent years, solar generating capacity has consistently grown. In 2017, December solar capacity additions accounted for 21 pct of the annual total.

    Biomass electricity generation comes from multiple fuel sources which in 2017 had the following make-up of the 64 million MWh generated: wood solids 68 pct; landfill gas 17 pct; municipal solid waste 11 pct; and other biogenic and nonbiogenic materials 4 pct. (Source: US Energy Information Agency, Biofuel Int'l, July, 2018)Contact: EIA, infoctr@eia.gov, www.eia.gov

    More Low-Carbon Energy News Biomass,  Solar,  US Energy Information Agency,  


    Solar Outshines Biomass as US Power Source (Ind. Report)
    US Energy Information Agency
    Date: 2018-07-11
    According to the US Energy Information Agency (EIA) Preliminary Monthly Electric Generator Inventory, U.S. electric power generation from solar resources reached 77 million MWh in 2017, surpassing for the first time annual generation from biomass resources, which generated 64 million MWh in 2017. Among renewable sources, only hydro and wind generated more electricity in 2017, at 300 million MWh and 254 million MWh, respectively.

    EIA data also shows that while biomass generating capacity has remained relatively unchanged in recent years, solar generating capacity has consistently grown. In 2017, December solar capacity additions accounted for 21 pct of the annual total.

    Biomass electricity generation comes from multiple fuel sources which in 2017 had the following make-up of the 64 million MWh generated: wood solids 68 pct; landfill gas 17 pct; municipal solid waste 11 pct; and other biogenic and nonbiogenic materials 4 pct. (Source: US Energy Information Agency, Biofuel Int'l, July, 2018)Contact: EIA, infoctr@eia.gov, www.eia.gov

    More Low-Carbon Energy News Solar news,  Biomass news,  US Energy Information Agency news,  


    UBC Researchers Touting Biogenic Solar Cells (New Prod & Tech)
    UBC
    Date: 2018-07-09
    Researchers at the University of British Columbia (UBC) are reporting the development of a bacteria-powered -- biogenic -- solar cell that worked equally well in dim and bright sun light. The researchers generated a current density of 0.686 milliamps per sq cm, compared to 0.362 achieved by others in this field.

    Previous efforts to create biogenic solar cells have focused on extracting the natural dye that bacteria use for photosynthesis, which is a costly and complex process that involves toxic solvents. UBC researchers left the dye in the bacteria, coated the bacteria with a mineral that could act as a semiconductor and applied the mixture to a glass surface. They genetically engineered E. coli to produce large amounts of lycopene, a dye effective at harvesting light for energy conversion, according to UBC. (Source: UBC, Renewables, July, 2018) Contact: UBC, , Prof. Vikramaditya Yadav, Dept. of Chemical and Biological Engineering, (604) 822-323, 8vikramaditya.yadav@ubc.ca, www.chbe.ubc.ca

    More Low-Carbon Energy News Solar,  

    More Low-Carbon Energy News Solar,  


    Waste-Derived Biogas Market Expected to Hit $10.45 Bn by 2022, says Report (Ind. Report)
    Biogas
    Date: 2018-07-05
    Waste-Derived Biogas -- Global Market Outlook (2016-2022), a new research report from HTF Market Intelligence notes the global waste-derived biogas market accounted for $5.79 billion in 2015 and is expected to reach $10.45 billion by 2022 growing at a CAGR of 8.8 pct. Market growth is driven by increased renewable energy generation, governmental regulations, increased fuel consumption and environmental concerns, according to the report.

    The report notes agricultural waste in bio-gas segment is expected to be the dominant market. The Asia Pacific region is expected to dominate the market due to the availability of feedstock in rural areas. The report also notes the demand for the anaerobic digestion process for power generation is expected to increase in Africa in the next few years.

    Key players in the waste-derived biogas market include AAT GmbH & Co., ADI Systems Inc., Anaergia INC., Bedminster International, Bekon Biogas Energy Inc., Biogas Technology Ltd., Biogen Greenfinch, Biotech Energy AG, Cargill Inc., DMK Ingerieria, S.L., Environmental Energy & Engineering Co., Environmental Products & Technology Corp., Krieg & Fischer Ingenieure GMBH, MWK Biogasanlagen Rosenheim GMBH and Siemens AG.

    Request a sample report HERE. View Detailed Table of Content HERE. (Source: HTF Market Intelligence, July4, 2018) Contact: HTF Market Intelligence, Craig Francis, PR, Marketing, (206) 317-1218, sales@htfmarketreport.com, www.htfmarketreport.com

    More Low-Carbon Energy News Biogas,  

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