Hydrogen Intelligence - H2lligence’s Post

Renewable methanol, also known as biomethanol, is a low-carbon chemical produced from sustainable biomass. It is also produced from carbon dioxide and hydrogen generated from renewable electricity. The growing production of renewable methanol across the globe functions as a bridge between conventional fossil fuels and renewable sources. Also, in comparison to conventional fossil fuels, renewable methanol is estimated to reduce up to 95% of carbon dioxide emissions and up to 80% of nitrogen oxide emissions. Globally, the renewable methanol market is anticipated to grow at a CAGR of 2.55% in terms of volume and 3.82% in terms of value over the forecast period, 2022-2030. The shifting trend toward renewable and sustainable energy and stringent rules and regulations pertaining to carbon dioxide and other greenhouse gas emissions are key drives to the market’s growth. Also, companies such as Methanex, Enerkem, and BASF, are investing in research and production facilities, creating innovative prospects in the global market. To get a detailed preview of the global renewable methanol market report, request a free sample here: https://lnkd.in/ddsEt_iH . . . Atlantic Methanol Carbon Recycling International Enerkem Methanex Corporation #renewablemethanol #biomethanol #renewableenergy #chemicals #materials #specialtychemicals #fossilfuels #globalinsights #inkwoodresearch

The latest update of the Renewable Methanol database highlights a rapid growth in projected capacities for both e-methanol and biomethanol. Currently, the database tracks 139 renewable methanol projects globally, with a total capacity of 17 million metric tons by 2027 and 21 million tons (7 billion gallons/26.5 billion liters) by 2029. This represents a notable increase of 1.3 million tons compared to the previous month, largely fueled by new projects in China and Europe. Projected capacities for e-methanol are expected to reach 10.1 million tons by 2027 and 13.3 million tons by 2029, while biomethanol could see increases to 6.9 and 7.7 million tons respectively during the same periods. The Renewable methanol database is developed by GENA Solutions Oy in partnership with the Methanol Institute (MI). The ”Renewable” section of the Methanol Institute’s website has an interactive global map featuring key information on biomethanol and e-methanol projects including location, owner, project status, feedstock, year of start-up, and total capacity. In addition, the “Marine” section of the website overlays this data with a listing of ports with methanol storage capacity, as well as ports offering methanol bunkering supply for the growing fleet of methanol-fueled vessels. https://bit.ly/3q2e9yZ #methanol #alternativefuel #renewable #cleanfuel #futurefuel #energytransition #sustainable

The latest update of the Renewable Methanol database highlights a rapid growth in projected capacities for both e-methanol and biomethanol. Currently, the database tracks 139 renewable methanol projects globally, with a total capacity of 17 million metric tons by 2027 and 21 million tons (7 billion gallons/26.5 billion liters) by 2029. This represents a notable increase of 1.3 million tons compared to the previous month, largely fueled by new projects in China and Europe. Projected capacities for e-methanol are expected to reach 10.1 million tons by 2027 and 13.3 million tons by 2029, while biomethanol could see increases to 6.9 and 7.7 million tons respectively during the same periods. The Renewable methanol database is developed by GENA Solutions Oy in partnership with the Methanol Institute (MI). The ”Renewable” section of the Methanol Institute’s website has an interactive global map featuring key information on biomethanol and e-methanol projects including location, owner, project status, feedstock, year of start-up, and total capacity. In addition, the “Marine” section of the website overlays this data with a listing of ports with methanol storage capacity, as well as ports offering methanol bunkering supply for the growing fleet of methanol-fueled vessels. https://bit.ly/3q2e9yZ #methanol #alternativefuel #renewable #cleanfuel #futurefuel #energytransition #sustainable

Worley Secures FEED Contract for Hydrogen and Methanol Venture in Tasmania MI member ABEL Energy has entered into an agreement with Worley for the front-end engineering design (FEED) contract for its ambitious A$1.7 billion ($1.116 billion) green hydrogen and methanol project located at Bell Bay in Northern Tasmania. The comprehensive agreement empowers Worley to oversee the entire spectrum of the project, encompassing design, engineering, procurement, and construction services until the final investment decision (FID). The Bell Bay project is strategically designed to leverage 240 MW of renewable energy for water electrolysis, a process that generates green hydrogen. Subsequently, this green hydrogen will be amalgamated with carbon derived from a biomass source to produce green methanol. The initial phase, focused on the FEED stage, is projected to span 12 months. The facility is slated to initiate green hydrogen production by 2028, with the primary objective of supplying input for the production of 300,000 tons of green methanol annually, catering primarily to the shipping industry. ABEL Energy underscored the strategic importance of the Bell Bay project, emphasizing its role in meeting the sustainability goals of major shipping companies such as Maersk and CMA CGM. These industry giants are increasingly investing in large new containerships designed to operate on green methanol, a move aimed at reducing the greenhouse gas intensity of their cargo businesses. Leveraging green methanol from the Bell Bay project as a fuel source is expected to enable these companies to steer clear of emitting over 540,000 tons per year of fossil fuel CO2 into the atmosphere. https://bit.ly/3uUjoqy #methanol #alternativefuel #renewable #cleanfuel #futurefuel #energytransition #sustainable

Worley Secures FEED Contract for Hydrogen and Methanol Venture in Tasmania MI member ABEL Energy has entered into an agreement with Worley for the front-end engineering design (FEED) contract for its ambitious A$1.7 billion ($1.116 billion) green hydrogen and methanol project located at Bell Bay in Northern Tasmania. The comprehensive agreement empowers Worley to oversee the entire spectrum of the project, encompassing design, engineering, procurement, and construction services until the final investment decision (FID). The Bell Bay project is strategically designed to leverage 240 MW of renewable energy for water electrolysis, a process that generates green hydrogen. Subsequently, this green hydrogen will be amalgamated with carbon derived from a biomass source to produce green methanol. The initial phase, focused on the FEED stage, is projected to span 12 months. The facility is slated to initiate green hydrogen production by 2028, with the primary objective of supplying input for the production of 300,000 tons of green methanol annually, catering primarily to the shipping industry. ABEL Energy underscored the strategic importance of the Bell Bay project, emphasizing its role in meeting the sustainability goals of major shipping companies such as Maersk and CMA CGM. These industry giants are increasingly investing in large new containerships designed to operate on green methanol, a move aimed at reducing the greenhouse gas intensity of their cargo businesses. Leveraging green methanol from the Bell Bay project as a fuel source is expected to enable these companies to steer clear of emitting over 540,000 tons per year of fossil fuel CO2 into the atmosphere. https://bit.ly/3uUjoqy #methanol #alternativefuel #renewable #cleanfuel #futurefuel #energytransition #sustainable

**Brazil Advances in Biomethane Projects** Gas distributors in Brazil are actively pursuing the acquisition of biomethane, reflecting significant progress in the sector. Recently, ABahiagás - Companhia de Gás da Bahia and COPERGÁS launched a coordinated public call for biomethane acquisition, underlining the advancements in the market. This development is a testament to the growing optimism within Brazil's bioenergy sector about its future growth potential. Brazil, a global leader in renewable energy, boasts a 49% share in its energy matrix dedicated to renewables. This strong foundation is bolstered by regional advancements, particularly in Mato Grosso do Sul, which has seen a remarkable 41% growth in the number of biogas plants, following only Paraná and Goiás. This progress is largely attributed to the MSRenovável program. Currently, Mato Grosso do Sul has three operational biomethane plants with a total capacity of 8.16 million Nm³/year. Furthermore, a new unit by Atvos has been announced, which will add an impressive capacity of 28 million Nm³/year. Brazil's commitment to the bioenergy sector is evident through initiatives like the Zero Methane program, which aims to harness the country's vast biomass and organic waste resources. The nation is also exploring new financing and tax exemption schemes, alongside developing biomethane certification mechanisms to support this growth. Financial backing from international institutions plays a crucial role in these endeavors. The BRICS Development Bank and the World Bank are each aiming to lend US$ 1 billion annually for biogas and biomethane projects in Brazil. Additionally, resources from IDB Invest further enhance the sector's financial foundation. These coordinated efforts and substantial investments highlight Brazil's determination to advance its biomethane industry, setting the stage for a sustainable and energy-efficient future.

The hydrogen produced at the 24 MW renewable hydrogen plant in Herøya Industrial Park is produced by electrolysis of demineralized water using electricity sourced from 100 percent renewable energy.  www.danfoss.com The 24 MW green hydrogen plant at Herøya Industrial Park, Norway, produces renewable (green) hydrogen for further processing to green ammonia. Photo credit: Yara International. Danfoss has supplied power converters for a major renewable hydrogen plant developed and built by Linde Engineering for Yara Clean Ammonia, the global fertilizer manufacturer. The 24 MW plant was officially inaugurated in June 2024 and is located in Porsgrunn, Norway. Here, Yara Clean Ammonia will use green hydrogen to produce low-carbon fertilizer. The hydrogen produced at the 24 MW renewable hydrogen plant in Herøya Industrial Park is produced by electrolysis of demineralized water using electricity sourced from 100 percent renewable energy. This green hydrogen replaces propane as feed

Worley Secures FEED Contract for Hydrogen and Methanol Venture in Tasmania MI member ABEL Energy has entered into an agreement with Worley for the front-end engineering design (FEED) contract for its ambitious A$1.7 billion ($1.116 billion) green hydrogen and methanol project located at Bell Bay in Northern Tasmania. The comprehensive agreement empowers Worley to oversee the entire spectrum of the project, encompassing design, engineering, procurement, and construction services until the final investment decision (FID). The Bell Bay project is strategically designed to leverage 240 MW of renewable energy for water electrolysis, a process that generates green hydrogen. Subsequently, this green hydrogen will be amalgamated with carbon derived from a biomass source to produce green methanol. The initial phase, focused on the FEED stage, is projected to span 12 months. The facility is slated to initiate green hydrogen production by 2028, with the primary objective of supplying input for the production of 300,000 tons of green methanol annually, catering primarily to the shipping industry. ABEL Energy underscored the strategic importance of the Bell Bay project, emphasizing its role in meeting the sustainability goals of major shipping companies such as Maersk and CMA CGM. These industry giants are increasingly investing in large new containerships designed to operate on green methanol, a move aimed at reducing the greenhouse gas intensity of their cargo businesses. Leveraging green methanol from the Bell Bay project as a fuel source is expected to enable these companies to steer clear of emitting over 540,000 tons per year of fossil fuel CO2 into the atmosphere. https://bit.ly/3uUjoqy #methanol #alternativefuel #renewable #cleanfuel #futurefuel #energytransition #sustainable

The latest update of the Renewable Methanol database highlights a rapid growth in projected capacities for both e-methanol and biomethanol. Currently, the database tracks 139 renewable methanol projects globally, with a total capacity of 17 million metric tons by 2027 and 21 million tons (7 billion gallons/26.5 billion liters) by 2029. This represents a notable increase of 1.3 million tons compared to the previous month, largely fueled by new projects in China and Europe. Projected capacities for e-methanol are expected to reach 10.1 million tons by 2027 and 13.3 million tons by 2029, while biomethanol could see increases to 6.9 and 7.7 million tons respectively during the same periods. The Renewable methanol database is developed by GENA Solutions Oy in partnership with the Methanol Institute (MI). The ”Renewable” section of the Methanol Institute’s website has an interactive global map featuring key information on biomethanol and e-methanol projects including location, owner, project status, feedstock, year of start-up, and total capacity. In addition, the “Marine” section of the website overlays this data with a listing of ports with methanol storage capacity, as well as ports offering methanol bunkering supply for the growing fleet of methanol-fueled vessels. https://bit.ly/3q2e9yZ #methanol #alternativefuel #renewable #cleanfuel #futurefuel #energytransition #sustainable

📰 Our latest News Review covering updates from across the #feedstocks sector and biorefinery industry and is now available. ✍ 🤔 This month’s review includes news on the National Audit Offices (NAO) report of conditions in which the government considers biomass as a sustainable, low-carbon alternative to fossil fuels. Although DESNZ considers current measures are proportionate and provide sufficient confidence in the credibility of the sustainability, the NAO disagrees. The report sets out its view that the lack of a thorough evaluation means that the government cannot demonstrate that its current arrangements are adequate to fully meet sustainability standards. DESNZ current monitoring arrangements rely on a combination of information provided by generators, third-party certification schemes and limited-assurance #audit reports. NAO argues that the government should review these practises so that it gains better clarity on the organisations involved and subsequently, perform a resourceful allocation of funding. This will help adapt the assurance approach and support plans to strengthen sustainability criteria with increasing global demand for biomass. ✈ In terms of partnerships for biorefinery developments, Acelen Renewables becomes the 50th site to adopt Honewell’s Ecofining™ technology to produce (SAF) and renewable diesel. The fuels will be processed at Acelen's facility in Bahia, Brazil, from a blend of inedible seed and waste oils. LG Chem and Enilive have signed a joint venture agreement for a SAF-producing biorefinery using the latter’s Ecofining™ technology to process renewable feedstocks. The initial plans position the production plant at LG Chem’s existing integrated petrochemical complex in South Korea with potential inauguration dates within 2026. The agreement also details that its annual capacity could reach up to 400,000 tonnes of feedstock processing to produce #SAF, #HVO and bio-naphta. Sugar Valley Energy (SVE), a new 65-hectare bioenergy campus planned in California’s Imperial Valley, intends to include a biorefinery that could produce up to 61 million gallons per year of SAF derived from sugarcane. In addition to SAF, sustainable energy products produced at SVE will include low-carbon sugarcane ethanol for transportation fuels blending, renewable natural gas (RNG), renewable diesel (RD), electricity, CO2, hydrogen, and local wastewater treatment connections. 💡 Read our Review to discover more about these and other recent news in the Feedstocks & Biorefinery sector. #feedstocks #NAO #biorefinery #renewable #naturalgas #hydrogen #CO2 https://lnkd.in/e3rrbGBQ