Hydrogen is ‘sexy’, but hard to contain and control, while Ammonia, though old and smelly is a cheap natural Hydrogen container .. NH3. Science has answers, but it’s insane capitalism that still rules. Finally it’s accepted what we said all along, that you can produce Ammonia with renewables anywhere in any quantity from just air, water and some catalysts. No excuse now for not closing down the huge fossil fuel ammonia fertilizer plants worldwide. Ammonia cars already exist, but we’d like to see cheap adaptation technology for existing cars, lorries, ships, and even one day, planes.
..you can produce CO2-free Ammonia with renewables anywhere in any quantity from just air, water and some catalysts..
Of course there’s a catch!… Ammonia engines need to be carefully designed to avoid emitting NO, which is just as bad as CO2 for the climate. Also cheap green ammonia might encourage the overuse of nitrogen fertilizers which are often washed off and destroy the soil and waterways, even creating large dead zones in the ocean.
Green Ammonia Plants, Commercially Available Today
by Trevor Brown
In the last 12 months …
Green ammonia pilot plants began operations in the UK and Japan, and new demonstration plants were announced in Australia, Denmark, Morocco, and the Netherlands (more, yet to be announced, are in development).
Fertilizer company CEOs spoke about how green ammonia fits their corporate strategy. And all four of the global licensors of ammonia technology made it abundantly clear that they are ready and willing to build your green ammonia plant, today.
Yara, one of the world’s biggest ammonia producers, added green ammonia to its innovation platform in its 2017 Annual Report, with the ambition of “establishing a leading position on de-carbonized ammonia production combined with a business model of ammonia as an energy carrier.”
Yara continues to study the potential for solar ammonia at its existing Pilbara plant, and we might see an investment decision in the coming year.
“Our industry has had fundamentally the same method of ammonia production for a very long time now … but we are looking at ways to produce it through renewables. Solar could be one such avenue and it would be very exciting if we could look into a pilot plant operation to look at the feasibility of this to bring it up to industrial scale.
The Pilbara region is very suitable for solar-based production of ammonia with ample sun and land availability, and with our existing operation there it fits well.”
Svein Tore Holsether, CEO of Yara, quoted in The Australian, Yara plan for ‘renewable’ outback ammonia plant, November 2017
OCP, one of the world’s biggest ammonia consumers, also set its sights on green ammonia, with a pilot plant in Morocco and the potential establishment of an African Institute for Solar Ammonia.
“Responsibility for the environment has always been important to us, not just when working in our mines, but as a fundamental principle of our circular economy approach. The use of Green Ammonia fits in with this strategy. It can help conserve valuable resources and provide our customers with sustainable new products.”
Mostafa Terrab, Chairman of OCP, quoted in OCP’s Green Ammonia pilot plant, and the African Institute for Solar Ammonia, August 2018
The green ammonia demonstration plant in Port Lincoln, South Australia, is moving ahead, with engineering design and electrolyzer and ammonia technology provided by ThyssenKrupp.
I have no doubt that, this time next year, I’ll be reporting on how Casale, Haldor-Topsoe, and KBR have also announced projects for their ammonia technologies.
Ammonia Energy reporting on this topic since last year
- June 2018: A Roadmap for The Green Hydrogen Economy in the Northern Netherlands
- September 2018: Small-scale ammonia: where the economics work and the technology is ready
- September 2018: Siemens Gamesa investigating green ammonia pilot plant in Denmark
- August 2018: OCP’s Green Ammonia pilot plant, and the African Institute for Solar Ammonia
- July 2018: ThyssenKrupp’s “green hydrogen and renewable ammonia value chain”
- June 2018: Green ammonia demonstration plants now operational, in Oxford and Fukushima
- May 2018: All together now: every major ammonia technology licensor is working on renewable ammonia
- May 2018: Small-scale ammonia production is the next big thing
- April 2018: Yara and BASF open their brand-new, world-scale plant, producing low-carbon ammonia
- April 2018: Yara’s N-Tech Platform: Making Strides with Green Ammonia
- January 2018: The capital intensity of small-scale ammonia plants
- January 2018: Green ammonia demonstration plant in The Netherlands
A year in review
To mark the second anniversary of Ammonia Energy, we are reviewing the most important stories from the last 12 months. This “top ten” list spans two areas: five are significant advances that build on activities that were already underway in 2017, and five are new developments that emerged decisively this year.
Significant advances:
- Ammonia as a Grid-Supporting Energy Storage Solution
- Ammonia as a Hydrogen Carrier for Hydrogen Fuel Cells
- Maritime Industry Targets Ammonia Fuel to Decarbonize Shipping
- Ammonia as a Direct Fuel for Alkaline and Solid Oxide Fuel Cells
- Great Strides in NH3 Commitment and Progress in Australia
New developments:.
- Green Ammonia Plants, Commercially Available Today
- Ammonia Is Taken Up by Wide-Circulation Media
- Targets, Limits, Pledges, Bans: Enforcing the Transition to Sustainable Energy
Demand CO2-free gasoline..it exists now (NH3). 
Reblogged this on The Free.
according to this definition “The Haber Process combines nitrogen from the air with hydrogen derived mainly from natural gas (methane) into ammonia. The reaction is reversible and the production of ammonia is exothermic.” So Natural Gas (methane) is required to produce Ammonia – Isn’t Natural Gas is a fossil fuel and a limited resource???