Bioenergy is crucial for net-zero, projected to comprise nearly 20% of total energy by 2050. Its innovative role includes decarbonizing hard-to-abate sectors like aviation and shipping, with usage doubling in industry and tripling in electricity generation. Key newsworthy aspects are its potential for negative emissions via BECCS and the IEA’s emphasis on developing a common […]
New Zealand, despite a “policy-lite” government, is experiencing a “perfect storm” for bioenergy due to high carbon prices and global mandates. This has spurred a focus on hard-to-abate sectors like aviation and marine, with newsworthy initiatives including testing imported Sustainable Aviation Fuel (SAF) supply chains and exploring domestic SAF production. This proactive, market-driven response, influenced […]
Policies are critical for deploying sustainable bioenergy effectively within a circular bioeconomy, a newsworthy concept combining regulatory and promotional elements across sectors. The core innovation lies in smartly integrating biomass with wind and solar, using biomass more circularly to yield “more with the same”. Bioenergy from by-products and waste is presented as a key enabler […]
The Biofuture Platform, a multi-stakeholder initiative, pioneers international coordination for a sustainable bioeconomy. Its innovative focus is evidence-based analysis, including a Global Biomass Resource Assessment and common criteria for sustainable fuels. Newsworthy outcomes include G20 consensus on harmonizing GHG emission assessment methodologies and transparent lifecycle carbon accounting standards. The initiative advocates for performance-based, technology-neutral, and […]
SixRing unveils a patented, ambient pressure/temperature technology for biomass deconstruction, a newsworthy departure from energy-intensive methods. This innovative approach enables economic operation without subsidies, offers high yields, and reduces carbon intensity. A key advantage is flexible product allocation, including SAF via HEFA and ATJ pathways from non-food biomass, addressing “food vs. fuel” concerns. With TRL […]
The ICARUS project, a €3.16M EU-funded initiative with global partners, focuses on scaling up sustainable aviation biofuels (SAF) through three pathways: biocrude oils (HTL), alcohols (ATJ), and syngas (FT). Innovations include optimizing yeast for direct isobutanol conversion from cellulose, developing new FT catalysts for liquid products enabling smaller plants, and enhancing biocrude pretreatment. It also […]
The evolving regulatory landscape, including global SAF mandates (e.g., India’s 1% by 2025, UK’s 10% by 2030), is driving SAF development. Key challenges are high cost (1.5-6x conventional fuel), scaling production, infrastructure, and sustainable feedstock. ICARUS evaluates promising pathways like Biocrude Oils to SAF (HTL), Alcohols to SAF (ATJ), and Syngas to SAF (FT), noting […]
International SAF markets are heavily reliant on HEFA (85% future volume), but need diversification due to feedstock limits. Strong global policies and mandates are emerging (e.g., EU’s ReFuelEU, UK’s 10% by 2030, US’s 3 billion gallons by 2030). Despite this, investor hesitation persists due to past failures and differing sustainability criteria between regions, indicating a […]
Brazil is emerging as a significant SAF producer, leveraging its abundant renewable resources through a strong government-university-industry synergy. The SENAI Innovation Institute for Renewable Energies (ISI-ER) is a key player, focusing on scaling up SAF production via Fischer-Tropsch (FT) synthesis and HEFA pathways. ISI-ER boasts substantial infrastructure, including experimental hydrotreatment and distillation units, actively contributing […]
SAF is crucial for aviation decarbonization, needing >400 billion litres by 2050 (currently <1%). While HEFA is commercial, its feedstock is limited, thus all 11 ASTM-approved pathways must be pursued. Challenges include slow commercialization and feedstock logistics. Key opportunities: diverting jet fuel from existing renewable diesel facilities (15-50% SAF) and co-processing in refineries for rapid […]
