Methane pyrolysis offers a cost-effective alternative to green ammonia by producing turquoise hydrogen and valuable carbon byproducts, which can offset production expenses. Unlike blue ammonia, methane pyrolysis avoids reliance on CO2 sequestration infrastructure, making it viable where sequestration is unavailable.
GenCell has developed a novel approach to decentralized green ammonia synthesis relying on intermittent renewable energy. We will present a summary of our experience to date developing a technology and device relying on electrochemical ammonia synthesis from water and air, operating at ambient conditions and suggesting a sustainable and clean alternative to the traditional Haber-Bosch process.
This presentation introduces AmHyTech’s breakthrough approach to store and transport ammonia under ambient conditions; enabling low-cost, scalable, and safer ammonia logistics for energy, agriculture, and hydrogen applications.
We present CoorsTek Membrane Sciences’ development of Proton Ceramic Electrochemical Reactors for hydrogen production, highlighting progress from cell level to the current demonstration scale, with a focus on ammonia-to-hydrogen conversion.
Ammisorb’s solution offers efficient seperation of product ammonia from decentralized, green ammonia production reactors. Compared to the current chiller method, Sorption Booster offers higher efficiencies, lower CAPEX costs, and is an ideal with renewable-power based systems.
Foodstuff buyers are key to unlocking a critical decarbonization pathway for ammonia vis-à-vis investments in low-emission fertilizers, which represent ~70% of the use case for ammonia today. I will discuss how market-based mechanisms like book and claim in particular has the power to activate the green ammonia market. *Please note, this presentation will not be made publicly available.
A quick introduction to ammonia market price dynamics exploring how supply additions in the next two years could impact current market pricing in an absence of firm demand from new energy uses for ammonia.