Massive Green Hydrogen Project To Produce Low-Carbon Fertilizer
Zero emission electricity from a hydropower dam will be deployed to produce green hydrogen for a new low-carbon fertilizer plant in Paraguay.
Zero emission electricity from a hydropower dam will be deployed to produce green hydrogen for a new low-carbon fertilizer plant in Paraguay.
China’s latest move in green fertilizer chemistry hasn’t made headlines, but it represents a quietly significant development. A new facility in Xinjiang will soon be producing half a million tonnes of oxamide fertilizer per year—using captured CO₂, green hydrogen, and green ammonia. That sentence alone folds in three separate decarbonization … [continued]
A new solar-powered, modular green ammonia system enables US farmers to cut fertilizer costs, stabilize supply chains, and compete against low-carbon goods in global markets.
The common thread among the disparate things in the title is hydrogen, whether green, gray or pitch black. What, you might ask does hydrogen have to do with forklifts, cryptocurrency and green fertilizer? Read on. Let’s start with forklifts. Recently they splashed across screens again, as Amazon installed a hydrogen … [continued]
The US state of North Dakota is among those not waiting around for the green hydrogen grass to grow under their feet.
NextEra Energy and CF Industries are about to upend the fertilizer world with a new green hydrogen and ammonia venture in Oklahoma.
If all goes according to plan, one wastewater treatment plant in California will demonstrate a solar power and energy efficiency model for others to follow.
Scientists evaluate how to make ammonia production more sustainable. Ever wondered about the carbon impact of growing your dinner? Scientists have just come up with a new way to calculate part of it. A major ingredient in the production of fertilizers for the world’s food production, ammonia also contributes significantly … [continued]
The startup ReMo Energy aims to bring green ammonia to US farmers, helping to decentralize and stabilize fertilizer production across the country.
Hydrogen demand today is two-thirds for petroleum refining and fertilizer manufacturing. Both of those uses are going to drop precipitously in the coming decades, and the one area of demand growth won’t replace the loss.