Iogen provides compelling reflections on achieving commercial success in biofuels, noting that market opportunities, not just technology, drive breakthroughs. The most ambitious vision is the integration of 2G biofuel processes with Carbon Capture and Storage (BECCS). This novel approach promises to triple the climate benefit, allowing every gallon of carbon-negative fuel to erase three gallons […]
Rimba.ai offers compelling AI automation and analytics to optimize biofuel operations. Their novel solution addresses limited plant visibility and messy manual traceability burdens. An ambitious finding showed AI replicating seven operational spreadsheets with live data, enabling instant, actionable insights. This allows VPs of Operations to build custom dashboards in five minutes. Furthermore, the system automates […]
OzoneBio presents a highly ambitious green chemistry platform for emission-free adipic acid (BioAA), targeting the $28B Nylon-6,6 market. Their process offers a compelling 96% CO2e reduction compared to traditional methods that emit 60 million tons of GHG annually. They have successfully scaled BioAA production to 0.5–1 ton/year, confirming 99% purity, and confirmed the high performance […]
To Improve Commercial Transportation System Efficiency This completed project, CoVaR, co-optimized vehicle and route efficiency for commercial fleets. Key advances included improving RouteE energy models into fast lookup tables and integrating Single Vehicle Multi-Stop (SVMS) functionality into the Fleet Management System (FMS) and Intelligent Driver Assistance System (IDAS). This powertrain-agnostic technology was validated to achieve […]
This project develops an advanced Spark Ignition engine operating on Natural Gas (NG) and NG/Hydrogen blends, targeting 45% BTE (diesel-equivalent). Technical advances include coupled 1D/CFD simulations and a novel in-situ CO2/H2O exhaust gas sensor for fast EGR feedback and H2 ratio estimation. The goal is Stoichiometric operation with near-zero CH4 slip. This results in up […]
This research addresses how CC-SCR systems are vulnerable to metal poisoning (Na, K, Ca, Mg) from high-level biodiesel blends. The core technology is utilizing Spaci-MS (Spatial activity/storage mapping) alongside systematic B100-fueled engine aging to link distributed catalyst degradation to specific metal gradients. Key progress includes acquiring the 125 kW genset, establishing fuel infrastructure plans, and […]
This project utilizes a predictive simulation framework employing LES/DNS and successfully ported models to NekRS (GPU-based) for a 10x speedup. Partners include ANL (PI), UIUC, Convergent Science Inc, and multiple National Labs. Accomplishments include validating ARC-M1 flow LES and showing that small fuel property changes significantly impact flame shape and Lean Blow Out (LBO) equivalence […]
Singapore has surpassed Rotterdam as Asia’s largest biobunkering hub since 2024, driven by tightening IMO and EU regulations. The IMO Carbon Intensity Indicator (CII) mandates 4-17% GHG reduction by 2028, and GHG pricing begins in 2028 ($100/tCO2e for Tier 1 units). Singapore’s biodiesel demand from bio-bunkers is projected to reach ~1.4 million metric tons by […]
This FY22-FY25 project, with $400k in FY24 funding, addresses toxic aldehyde emissions from low-lifecycle carbon fuels (LLCFs) in off-road engines. Alcohols like methanol and ethanol form less reactive aldehydes during oxidation. Stable formaldehyde delivery for experiments was achieved. In-situ DRIFTS analysis reveals highly stable formates/acetates on catalyst surfaces inhibit further oxidation, underscoring the critical need […]
This project, 33% complete with $400k in FY24 funding, aims to develop predictive chemistry and particle microphysics models for SAF contrail formation, a major climate impact driver (57.4 mW/m2 Effective Radiative Forcing). A multi-scale ice nucleation model is being constructed, using machine-learned molecular dynamics potentials that scale linearly for efficient simulation. The SAF Grand Challenge […]
