The velvet rope parts, the crowd presses in. Today, the master cutter will make his move. Somewhere behind us, Inspector Clouseau barges forward, notebook at the ready. “Zis is ze original cutting of ze Pink Panther, yes? I must investigate ze el sceno de crimo!” The guard frowns. The cover is lifted… and instead of […]
I get it. You think Superman feeds the world, or Batman saves it. But the truth is, the planet runs on water — and what swims in it. I’m Aquaman, and while my Justice League buddies chase comets or clobber villains, I’m here to talk about algae. Not just any algae — EnSoil Algae, a […]
The weather in Eugene, Oregon, in late September 1969 is unseasonably cold. Upper 40s, a sharp bite in the morning air. Fog lies heavy in the Willamette Valley, pressed down by a temperature inversion, cool air trapped beneath a warmer ceiling. The moisture condenses into a gray curtain, a veil between the runner and the […]
This project develops and validates advanced CFD tools for hydrogen combustion in large-bore locomotive engines, aiming for up to 100% H2 operation. Simulations evaluated hydrogen substitution rates, diesel injection parameters, and compression ratios on combustion performance. Key findings showed a shift from mixing-controlled to flame propagation combustion with increasing H2, identifying conditions leading to high […]
I. A Season Turns It was the kind of morning when New York seemed suspended between seasons. The heavy languor of summer had broken overnight, swept out by a thunderstorm that left the air cool and restless. Fog hugged the East River, and the slick pavements gleamed with the last of the rain. For me, […]
This project evaluates the transient performance of Hydrogen Internal Combustion Engines (H2-ICEs) for off-road vehicle decarbonization. Utilizing an Engine-in-Loop (EIL) facility, the team demonstrated closed-loop tractor duty cycles with a Navistar diesel engine, developing and validating agricultural tractor models. Infrastructure for H2 fueling is complete. Key findings include presented fuel consumption and NOx emissions for […]
This “atoms-to-autos” project aims to reduce Platinum Group Metal (PGM) use in catalytic converters by 50%. It focuses on developing catalysts with single-atoms or small ensembles of palladium and rhodium, alongside engineered support materials for enhanced aging resistance. The project achieved 60% PGM thrifting at the core sample level with equivalent performance and identified optimal […]
By Steve Weiss, co-founder and CEO of Grey Heron, and long-time member of the Due Diligence Wolfpack Special to The Digest Getting your prospects to sign meaningful LOIs is your gateway to lots of benefits: getting other partners to move forward with you, getting investors to sign up – and simplifying final agreements with the […]
Biomethanol is quietly emerging as one of the most compelling levers in the decarbonization of both renewable chemicals and marine propulsion—a bit like cryogenic CO₂ in food processing: pragmatic, powerful, and often underappreciated. Drawing on my experience in commodity-based technologies, I see biomethanol providing the same kind of transformational shift in shipping and chemical feedstocks. […]
This project develops predictive combustion and emission models for low lifecycle carbon fuels (LLCFs) across hard-to-decarbonize sectors. Key advancements include improved kinetic models for sustainable aviation fuel (SAF) components like cyclohexane and methylcyclohexane, and a novel Jet-A surrogate. The team also enhanced the Zero-RK software for faster chemical kinetics solutions and released GPS-Z for efficient […]
