Global Intelligence:   5-9 October 2026

Weekly Summary

In support for the use of ammonia production, AM Green Ammonia secured a contract with Germany's Hintco via the H2Global auction to supply renewable ammonia from India, utilizing alkaline electrolysis powered by renewable energy and pumped hydro. In the bio-based chemicals and biotechnology fields, AFYREN achieved global commercialization of 100% bio-based propionic acid for skincare via natural fermentation at its NEOXY plant, while expanding its strategic partnership with Terrial to supply potassium-rich mineral co-products for agricultural fertilization. Avantium N.V. successfully produced the first industrial batch of furandicarboxylic acid (FDCA) at its flagship commercial-scale plant in the Netherlands.

Decarbonization of the transport sector saw major progress across automotive, marine, and aviation applications. Toyota and Ampol initiated trials using 100% hydrotreated vegetable oil (HVO100) in light commercial vehicles in Australia, while Moeve and ISFA deployed a similar organic waste-derived HVO pilot for heavy agricultural fleets in Spain. For maritime operations, Hapag-Lloyd executed its first simultaneous operations (SIMOPS) bunkering of biomethanol supplied by Goldwind in South Korea. In aviation, fuel platforms diversified as Infinium introduced its mSAF technology, which applies electrified steam methane reforming to convert methane streams into sustainable aviation fuel. Concurrently, Uniper reserved production capacity from Syzygy Plasmonics’ NovaSAF biogas-to-SAF platform and Plug Power Inc. partnered with Arcadia e-Fuels to supply a 280-MW electrolyzer system for renewable hydrogen and e-jet fuel production in Denmark.

Infrastructure and upstream supply chains also experienced crucial integration milestones. Anaergia  partnered with TisVet to implement anaerobic digestion technologies for agricultural waste processing in Hungary, and Gas Networks Ireland deployed its Mitchelstown Central Grid Injection facility to integrate remote biomethane into the national grid. For advanced thermochemical processing, Alder Renewables demonstrated sustained operations of its low-temperature pyrolysis pilot to synthesize transportable biocrude from woody biomass without localized hydrogen addition. Finally, Demeter Energy and Veransa Group established a feedstock agreement to support a planned commercial scale biomethanol and carbon capture facility at SeaPort Manatee, reinforcing the critical role of biomass logistics in industrial decarbonization and the energy transition.

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Weekly Highlights - by Topic

Ammonia production: India. AM Green Ammonia has secured a 10-year renewable ammonia supply contract worth at least €585 million through Germany’s government funded H2Global auction, with shipments from Kakinada, Andhra Pradesh, to Germany expected to begin in 2029. Under the agreement, Germany’s Hintco will purchase the ammonia for resale in the European market, with the option to purchase additional volumes using proceeds from those sales. AM Green is converting an existing natural gas-based ammonia and urea production complex into a renewable ammonia facility using alkaline electrolysis. The plant will use renewable electricity backed by pumped hydro storage to meet European Union requirements. Link  09/10/2026.

Biobased chemicals: France. A new cosmetic product formulated by AFYREN is now available for skincare professionals and consumers. AFYREN unlocked a new innovation with 100% bio-based propionic acid (COSMOS-certified) produced via natural fermentation at the AFYREN NEOXY plant. The product is now available globally to skincare professionals and consumers. Propionic acid is a naturally occurring short chain fatty acid essential for maintaining a balanced skin microbiome. Emerging research suggests it helps modulate inflammation, strengthen barrier resilience, and maintain microbial balance – the keys to hydrated, resilient skin. Link 09/10/2026.

Biobased chemicals: The Netherlands. Avantium N.V. has successfully produced the first batch of furandicarboxylic acid (FDCA) at its FDCA Flagship Plant in Delfzijl, the world’s first commercial-scale plant for the production of FDCA. The production of the first batch of FDCA marks a major start-up milestone for the FDCA Flagship Plant and follows the successful commissioning of all major process units. It paves the way for ramping up toward commercial sales, anticipated to start at the end of 2026. Link 07/10/2026.

Bioeconomy: Europe. A new study commissioned by the European Commission provides a comprehensive assessment of how bio-based industrial systems and biotechnology can contribute to Europe’s green transition, industrial competitiveness and strategic autonomy. The analysis covers over 150 bio-based industrial systems and includes 22 detailed case studies of successful business models to illustrate best practices and factors for success. It also assesses the availability of biomass and examines future supply and demand dynamics, as well as trade dependencies. It also identifies opportunities and challenges for biotechnology and biological manufacturing and examines 16 promising application areas, including PEF, PLA, lignin composites and enzymatic CO₂ conversion, demonstrate robust environmental performance and growth prospects. Link 07/10/2026.

Biofuels: Australia. Toyota is exploring the use of low-carbon liquid fuels (LCLFs) as part of its multi-pathway approach to decarbonisation, which can help the transition to lower-emission motoring while achieving substantially the same levels of the performance. Toyota and Ampol are currently undergoing a trial using 100% hydrotreated vegetable oil (HVO100) biofuel, meaning no diesel is required, which is compatible for use in all HiLux vehicles built from mid-2015 and equipped with the 1GD or 2GD turbo-diesel engine. With more than half a million N80 and N90 generation HiLux vehicles on Australian roads, switching from diesel to LCLF can have a meaningful impact in reducing lifecycle emissions for the existing HiLux vehicles. Link 06/10/2026.

Biogas: Hungary. Anaergia, through its subsidiary Anaergia Srl, and TisVet, one of Hungary’s largest duck, and other poultry, producers, have entered into an agreement, under which Anaergia Srl is to supply technology and engineering services for a new anaerobic digestion facility in Hungary. This new anaerobic digestion plant is expected to include Anaergia’s proprietary feeding system, as well as mixing and dewatering technologies. It is anticipated that the plant will treat 122,000 tons per year of agricultural waste, producing 5 MW of electric energy. Link 09/10/2026.

Biogas: Ireland. Gas Networks Ireland’s Mitchelstown Central Grid Injection facility can inject enough biomethane to meet 12% of Ireland’s 2030 target. The Cork facility represents another significant infrastructure investment in Munster in light of the €50m Southern Area Upgrade works announced earlier this year. The facility creates a new route for biomethane producers to supply renewable gas into Ireland’s national gas network but are located too far away to connect directly by pipeline.  The Cork-based CGI facility has the capacity to receive renewable gas produced from farm and food waste and is the first of its kind in both Ireland and Europe. Link 08/10/2026.

Biogas: USA. Infinium introduced mSAF, a new sustainable aviation fuel (SAF) platform built on methane-based feedstocks. The offering converts renewable natural gas, biogas, flare gas and other qualified methane streams into low-carbon aviation fuel. Infinium indicates that  no single feedstock pathway can meet rising demand for sustainable aviation fuel on its own, so diversifying sources is key. Biogas, renewable natural gas and flare gas are already collected at landfills, dairies and wastewater facilities across multiple regions, offering new end uses for these streams. The mSAF platform also uses Infinium’s Reform technology, an electrified steam methane reformer designed to lower the carbon footprint of converting methane into syngas. Unlike conventional gas-fired reforming, which burns feedstock to generate heat, Infinium’s system uses renewable electricity instead. This preserves more feedstock carbon for fuel production and increases yield. Link 09/10/2026.

Biojet/SAF: Germany. Uniper joined a growing list of aviation fuel buyers that have reserved future production capacity from Syzygy Plasmonics’ NovaSAF platform, as commercial momentum behind the company’s biogas-to-SAF. The agreement adds to Uniper’s low carbon portfolio and brings additional commercial traction to Syzygy’s planned NovaSAF facilities in Central and South America, as NovaSAF-1 in Uruguay approaches a final investment decision. More importantly, the agreement for Syzygy’s dual-certified pathway helps to enhance the European Union’s ability to meet mandate targets for both bio and RFNBO SAF. Link 08/10/2026.

Biotechnology: France. AFYREN and organic fertilization specialist Terrial have renewed their strategic partnership through a new multi-year supply contract worth tens of millions of euros. The agreement covers a significant portion of the bio-based potassium fertilizer produced at AFYREN’s NEOXY biorefinery. The co-product arises naturally during AFYREN’s primary fermentation process. While the company utilizes natural microorganisms to convert non-food biomass into bio-based organic acids, it simultaneously recovers a potassium-rich streams from the organic feedstock. Terrial processes this mineral co-product into high-value organic fertilizer formulations marketed under the FORTI K+ brand. The compacted format allows farmers to apply the nutrient easily using standard agricultural spreading equipment. Link  09/10/2026.

Feedstock: USA. Demeter Energy announced the execution of a strategic feedstock supply term sheet agreement with Veransa Group, establishing Veransa as the primary supplier of urban wood and green waste feedstock for Demeter Energy’s planned commercial-scale biomethanol and carbon capture facility at SeaPort Manatee. Under the agreement, Veransa will provide up to 325,000 tons annually of qualifying feedstock. The feedstock will secure a substantial portion of the sustainable biomass resources required to support production of approximately 100,000 metric tons of low-carbon biomethanol annually while enabling the capture and permanent sequestration of approximately 200,000 metric tons of biogenic carbon dioxide each year. Link 08/10/2026.

Hydrogen: Denmark.  Plug Power Inc. signed a 280-megawatt (MW) GenEco electrolyzer supply agreement with Arcadia eFuels for Project ENDOR in Denmark, together with a strategic cooperation agreement covering Arcadia’s future projects. The agreement follows three years of joint engineering work. ENDOR is Arcadia eFuels’ flagship facility, located at the Port of Vordingborg on Denmark’s south coast. Once built, it will use renewable grid power to run 280 MW of Plug electrolyzers, producing roughly 110 tons of renewable hydrogen a day. Arcadia eFuels will combine that hydrogen with captured carbon dioxide to make jet fuel that works in standard aircraft. Link 07/10/2026.

Marine fuels: South Korea. Hapag-Lloyd has successfully completed its first SIMOPS bunkering of ISCC EU-certified biomethanol supplied by Goldwind to the Seaspan Amazon in Busan, South Korea. The operation marks an important step in bringing alternative marine fuels from production to practical use. Produced at Goldwind’s integrated facility in Hinggan League, China. The milestone builds on the long-term fuel supply agreement signed in 2024, under which Goldwind is expected to supply 250,000 tons of a blend of bio- and e-methanol annually from the end of 2027. Link 08/10/2026.

Pyrolysis: USA. Alder Renewables on Sept.29 announced that its integrated industrial pilot has surpassed 1,000 hours of continuous operation, demonstrating sustained production of on-spec Alder renewable crude (ARC) from commercially produced woody biomass pyrolysis oil. Alder's low-temperature process converts woody biomass pyrolysis oil into a transportable biocrude with low electricity demand and without requiring hydrogen at the biomass processing site. The approach is designed to connect forestry regions with existing infrastructure and downstream markets. Link  08/10/2026.

Renewable diesel: Spain. Moeve reached an agreement with ISFA (Iberian Smart Financial Agro) to carry out a pilot project to reduce emissions associated with heavy agricultural machinery. This initiative will allow to evaluate the use of 100% renewable diesel (HVO) in operations of the agricultural sector, which can be incorporated into current engines and reduce CO 2 emissions by up to 90% throughout their life cycle compared to traditional diesel. The test, which began in June and will last approximately six months, is carried out on the farms that ISFA manages in the municipality of Logrosán (Cáceres), covering an area of about 600 hectares. During this period, Moeve will supply 15,000 liters of 100% renewable diesel (HVO), produced from organic waste, which will be used to power a fleet of 12 agricultural vehicles, composed of eight tractors and four harvesters. Link 07/10/2026.

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Breaking News - DNV's Energy Transition Outlook 2026 & Its Implications for Low Carbon Economies

The Energy Transition Needs a Regional Systems Approach

DNV’s Energy Transition Outlook 2026: A global and regional forecast to 2060 (just released) makes a critical observation: the global energy transition is accelerating, but its success will depend increasingly on how well different parts of the energy, industrial, materials manufacturing, policy and economic system work together.

The report highlights that electrification will be a dominant pathway, with rapidly growing solar, wind, batteries and electric technologies. But DNV also highlights the constraints: grids, infrastructure, finance, supply chains, industrial investment and energy security. Bioenergy, hydrogen and other renewable fuels will continue to have important roles where direct electrification is less suitable.

This means that the key question is no longer simply which technology is best and least cost? It is which combination of technologies, resources, infrastructure and industrial capabilities provides the best pathway for a particular region to provide the outcomes its communities aspire to?

At Gifford Consulting, our Bioeconomy and Electrification Readiness Assessments are designed to start addressing this challenge.

Rather than assessing technologies in isolation and modelling their relative costs, the Bioeconomy and Electrification Readiness Assessments examine the underlying regional conditions — including resource availability, energy systems, infrastructure, industrial capability, markets, funding, policy and resource and energy sovereignty.

This provides a basis for identifying where a region should electrify, more strongly focus on a bioeconomy, use hydrogen, develop renewable fuels, or integrate several pathways to maximise economic growth, resilience, energy security and community wellbeing.

The opportunity is to move from a technology-oriented transition to a regional systems approach — connecting global intelligence with the regional resources, infrastructure and industrial opportunities that actually exist on the ground and to more effectively identify policy initiatives needed to achieve these results.

Read the DNV Energy Transition Outlook 2026 and  work with us on what its global findings may mean for your region or project.

DNV Energy Transition Outlook 2026

Bioeconomy and Electrification Readiness