ammonia

Chatgpt generated comparison of grey, blue, and green ammonia pathways.

Grey, Blue, or Green: The Real Ammonia Math

Equinor’s decision to halt its blue hydrogen project in Groningen is not a story about engineering failure or lack of public support. It is a story about the absence of customers. The H2M project secured support from the EU Innovation Fund and was positioned as a cornerstone of industrial decarbonization … [continued]

Could Light Be Used To Drive Enzymes for Efficient Ammonia Production?

Nanocrystal–Nitrogenase Biohybrids Harvest Light To Reduce N₂ Gas. Abundant High-Energy Electrons Are Essential. By Justin Daugherty, NLR Ammonia, a key part of nitrogen fertilizers, is central to sustaining global food production. However, its manufacture is also energy intensive: ammonia production requires 2% of global energy to meet global demand. Fifty … [continued]

Google Gemini generated this infographic comparing the supply chains and applications of imported green feedstocks and green hydrogen.

Imported Materials Are Manageable, Imported Energy Reprices Economies

Europe’s gas crisis in 2022 is often described as a supply shock driven by geopolitics, but that framing misses the core lesson. The crisis was not caused by import dependence in general, nor by shortages of industrial feedstocks. It was caused by reliance on an imported energy carrier that sat … [continued]

Google Gemini generated this image illustrating the link between climate-conscious farming and grocery prices.

Pricing Fertilizer Emissions Cuts Climate Pollution Without Making Food Expensive

Pricing fertilizer emissions sounds like a recipe for more expensive food, but when the numbers are worked carefully, it turns out to be a policy that cuts emissions sharply while barely moving grocery prices. The reason is simple and counterintuitive. Fertilizer is a large share of farm costs and an … [continued]

US innovators in the green hydrogen space continue to expand their impact on the global decarbonization movement, despite the sudden U-turn in federal energy policy (electrolyzer factory; cropped, courtesy of Electric Hydrogen).

Industrial Green Hydrogen Is Coming To Europe From The US, No Less

US innovators in the green hydrogen space continue to expand their impact on the global decarbonization movement, despite the sudden U-turn in federal energy policy.

ChatGPT generated panoramic infographic comparing learning curves: modular solar and battery manufacturing with steep cost declines versus monolithic hydrogen electrolysis with flat progress, highlighting why hydrogen won’t follow solar’s path

Why Hydrogen Isn’t Cutting Costs Like Solar or Batteries

After publishing the summary of the study that assessed 2,000 hydrogen projects worldwide, one finding stood out. Across the total spectrum of use cases, electrification provided roughly 80% better emissions reductions than hydrogen. The data also showed that the overall climate benefit of hydrogen, once all losses and logistics were … [continued]

ChatGPT generated panoramic montage of a Gulf Coast ammonia plant complex with smokestacks and tanks contrasted against distant ultramafic mountain belts

Fracking Hydrogen From Rocks: Clever Tech, Tough Economics

Engineered mineral hydrogen is an elegant idea. Water reacts with iron rich magnesium and iron rich, silica poor igneous rock — ultramafic — from Earth’s mantle rocks to release hydrogen, and with the right chemistry and temperature you can raise reaction rates and collect a clean product. In the lab … [continued]