Nium

So…the King made a film for us... 👑 Ok, not exactly... But we caught your attention 👀 The Nium team recently got together at Diamond Light Source Harwell Science and Innovation Campus with RE:TV to create a film to build understanding about Green Ammonia and Nium's mission to provide Green Ammonia on Demand globally. Who are RE:TV ? ‘RE:TV was launched by His Majesty The King in 2020, when he was Prince of Wales. As our editor-in-chief, he gave us clear guidance on the principles and priorities for us to follow, and his long-standing commitment to the environment continues to inspire us today. As he said in 2020, "We've got to come together as a world on this."’ Communicating these initiatives is so important The environmental impacts of ammonia production are widely known within the industries we are targeting, but there isn't as much awareness on the solutions - Many buyers don't know that Green Ammonia on Demand could be an option for them in the very near future. By reducing the emissions associated with ammonia production, we can create a pathway to green hydrogen for use in sectors like transport and heavy industry. Incase you haven't seen our recent posts, we wanted to share the film with you again: https://lnkd.in/eWCEvre4 We're committed to our mission to reducing carbon emissions by providing green ammonia on demand. If you want to read more about our work, follow our Linkedin page and sign up to the Green Ammonia Revolution Newsletter: https://lnkd.in/ei-J84J8 Thanks to our founders featured in the video Lewis Jenkins Yubiao Niu Phil Hunter and everyone else who helped with the shoot Steph Thommen Ross Griffin Leo Leung Keith Ajagun-Brauns Matthew Ryan #greenammonia #greenammoniaondemand #wearenium #nium #sustainable #environmental #startup

Clean ammonia supply could grow 22 to 30-fold this decade, reaching up to 32 million metric tons of capacity in 2030. According to new research by BNEF: ◾ 92% of the new ammonia supplies added between 2024 and 2030 will be clean. ◾ The traded clean ammonia market could reach 11 million metric tons in 2030, based on incentives in importing markets. ◾ $45 per metric ton of profits could be made by an ammonia producer by retrofitting an existing plant with carbon capture. 🔗 Read more: https://bloom.bg/3XdvV42 #CleanAmmonia #SupplyOutlook

Cleaning up energy production is one thing, but what happens next? As an energy vector, ammonia has the potential to significantly contribute to decarbonising the energy system, by: • Transporting hydrogen from distant generating sites (i.e. offshore wind) to end users. • Allowing stable export of low-carbon energy from countries with non-intermittent, low-cost sources. • Storing large amounts of energy generated by renewable sources when supply exceeds demand, balancing the energy system in places with intermittent energy resources. • Delivering green energy to remote locations and regions, including direct power generation. • In the transport section, after decomposition into hydrogen. Learn more: https://lnkd.in/eQxQDEGJ #energy #ammonia #cleanammonia #cleanenergy #alternativeenergy #carbon #carbonless #decarbonise #energyvector #energytransport

We’ve supported market-leading corporations in their successful climate innovation initiatives. This wouldn’t have been possible without understanding the latest climate innovations. 👇 Thus, we mapped the top 10 funded European startups for each of our 5 Pioneers.Climate areas of sustainable innovation. Here a preview of the full map: 1. Clean Energy and Electrification  Aira HH2E  Voltan Lähienergia 2. Resources and Circularity Woola Cling Systems YASAI 3. Green H2 and Clean Molecules NovaMea Nium Eternal Power GmbH 4. Greenhouse Gas Management  BeZero Carbon  Carbonfuture Dioxycle   5. Green Living and Mobility ecoplanet Monta Predium Want the full map with 50 cutting-edge startups in the climate space? ✉️ 𝗗𝗠 𝘂𝘀 𝘄𝗶𝘁𝗵 “𝗖𝗟𝗜𝗠𝗔𝗧𝗘” 𝘁𝗼 𝗿𝗲𝗰𝗲𝗶𝘃𝗲 𝘁𝗵𝗲 𝗳𝗿𝗲𝗲 𝗿𝗲𝘀𝗼𝘂𝗿𝗰𝗲. #climateinnovation #sustainability #climatetech #innovation Keen on diving deeper into Climate Innovation? 👉 Download Pioneers.io’s latest Climate Tech Landscape Report: https://lnkd.in/dMEK4CHh

A clean ammonia transition could look like ... According to the IEA* we could see total reductions of 13085 mtCO2eq by year 2030 and reductions of 36532 mtCO2eq by 2050. Previously, we've spoken a lot about the potentials of clean ammonia being used as agricultural fertilizer, but it's potentials extend far beyond that, particularly with huge potential impact within energy transport. Ammonia is a Hydrogen derivative with several advantages over it. It’s much easier to handle, requiring much milder conditions of about 10 bar at -25C. Its structure makes it more efficient at transporting hydrogen than using hydrogen itself. It also burns as a carbonless fuel. While hydrogen transportation is a ‘lossy’ process with many technical unknowns, ammonia has a mature existing infrastructure as a critical ingredient of global fertiliser and less technical risk. All these factors make it a more practical, versatile vector that could realise the hydrogen economy. In the IEA Net Zero scenario, hydrogen is responsible for 6.5% of cumulative emissions reductions from 2021-2050, avoiding up to 60 Gt CO2. A quarter of global hydrogen demand in 2050 (614 Mt) could be internationally traded, requiring new supply chains and transport routes for energy carriers. Most hydrogen projects that have identified a hydrogen carrier molecule have chosen ammonia, and up to 10% of total global hydrogen produced could be transported over large distances in the form of ammonia by 2050. This represents up to 20% of total ammonia demand by 2050: 110-127 Mt. Direct power generation from uncracked ammonia could also be cost-effective. By 2050, it could account for 35–105 Mt of ammonia, eliminating up to 478MtCO2eq. Some ways ammonia could have an essential role as an energy carrier are: • Transporting hydrogen from distant generating sites (i.e. offshore wind) to end users. • Allowing stable export of low-carbon energy from countries with non-intermittent, low-cost sources. • Storing large amounts of energy generated by renewable sources when supply exceeds demand, balancing the energy system in places with intermittent energy resources. • In the transport section, after decomposition into hydrogen Ammonia could play a huge role in decarbonising energy systems. But carbon dioxide is not the only problem in our current ecological crisis. In addressing climate change, we must take care not to shift the burden to other planetary systems. To read more about Ammonia's potentials as an energy carrier, along with some of the challenges associated with this transition, read more in this blog post: https://lnkd.in/eQxQDEGJ Reference * IEA Ammonia Technology Roadmap 2021, IEA net zero roadmap 2023. #Ammonia #energy #fuel #energytransition #newzero #carbon #carbonless #decarbonize #decarbonise #Reducecarbon #planet #sustainable #sustainability #green #greentransition #cleanammonia

The Green Ammonia Market is Growing at CAGR 75.3% 🏃♂️ 💚 With a projected growth of $3031.8 Bn by 2030. "According to a Report by Vantage Market Research The Global Green Ammonia Market size was valued at $33.0 Billion in 2022 and is expected to reach $3031.8 Billion by 2030, growing at a compound annual growth rate of 75.3% from 2023 to 2030" - Morning Ag Clips (Article linked below). This is big. But it could be even bigger. BCC Research estimates a staggering CAGR of 88.0% from 2023 to 2028* The surge in green ammonia growth is fueled by: 💚 Sustainability concerns: growing environmental awareness and stricter regulations on greenhouse gas emissions are driving the adoption of cleaner alternatives like green ammonia. ⛅ Decarbonisation initiatives: industries and governments increasingly embrace decarbonisation goals, making green ammonia an attractive option for shipping and power generation sectors. 👩🔬 Technological advancements: innovations in renewable energy production and green ammonia synthesis are making the technology more cost-competitive and efficient. • Morning Ag Clips Article: https://lnkd.in/e3uycYpP • BCC Research: https://lnkd.in/enK9S7Ye #ammonia #cleanammonia #greenammonia #ammoniafuel #agriculture #growthforecasts #cagr #environmentalscience #carbon #decarbonise #reducecarbon #carboninitiatives #climatesolutions #climate #climatechange

Big news in the energy industry this week... 👇 Woodside Energy has signed an agreement to acquire OCI Global's Blue Ammonia project, marking a significant move in the transition towards cleaner energy solutions. But what does this mean for the future of energy? As the world accelerates its shift to sustainable energy, major players in the industry, particularly energy companies, will have massive potentials for global impact. Energy companies are often villainised for their environmental impact, but our modern society leans on them - and ultimately, they hold the key to driving a sustainable future. So, can energy companies save the planet? The path forward is clear: transitioning to cleaner, more sustainable solutions is essential. But solutions need to have existing infrastructures in place, and present an economically viable solution. This is where clean ammonia comes into play With new innovations allowing for reduced carbon production of Ammonia, Ammonia is stepping up as a huge super-leverage-point in the global climate transition; with applications such as fertilizer, shipping and as an energy vector. By acquiring clean ammonia facilities, companies like Woodside are not only diversifying their energy portfolios but also positioning themselves as leaders in the clean energy transition. This strategic move allows them to utilise existing pipelines, storage facilities, and other infrastructure, minimising the need for new, capital-intensive investments. To read more about the Woodside blue ammonia contract: https://lnkd.in/eFzQMu7u To read more about Ammonia as an energy vector: https://lnkd.in/eQxQDEGJ #ammonia #energy #cleanenergy #greenammonia #blueammonia #cleanammonia #carbon #carbonless #fuel #carbonlessfuel #alternativefuel #altfuels #energytransition #netzero #reducecarbon #environment #climate #news #energynews

Nium can act in different sectors of the economy: fertiliser, fuel, energy, chemicals. But they don’t exist in isolation from each other. Zero-emissions solutions like the mighty minion can influence multiple sectors at once. A recent report identifies Ammonia as one of three “super-leverage points” that “could trigger a cascade of tipping points for zero-carbon solutions in sectors covering 70% of global greenhouse gas emissions”. A clean ammonia tipping point in fertiliser could reduce green hydrogen prices, in turn helping unlock tipping points on clean ammonia use for shipping and steel production. Read more about the impact of clean ammonia in agricultural fertilisers: https://lnkd.in/emnWw7gC Reference: Meldrum, M et al., 2023. The Breakthrough Effect: How to trigger a cascade of tipping points to accelerate the net zero transition, Systemiq. United Kingdom. Available: https://www. https://lnkd.in/ewg6G5ST Full report: https://lnkd.in/eC4tn66T #agriculture #ammonia #ghg #greenhousegas #emissions #carbon #carbonreduction #environment #climateaction #climatesolutions

The evolution of Nium’s minion. 🏎️🏃♂️🚶♂️🦍🐒 From our (now retired) oxidised ‘OG’ reactors to the shiny chromed out numbers we use today.

How much does ammonia cost? Let's find out 👇 About the chart 🤓 The chart shows the estimated minimum and maximum shipping costs of both ammonia and liquid hydrogen for delivering hydrogen in 8000-8627 km journeys in 2030. Ammonia as an affordable alternative 💚 Ammonia costs have been reported as significantly more affordable than liquid hydrogen in this use case. With the maximum costs for ammonia shipping only slightly above the minimum for liquid hydrogen, and maximum costs of almost 4 US dollars less per kgH2 transported. Want to know the full story about the potentials of ammonia in shipping? Read the Nium impact report here: https://lnkd.in/e_qjnUTi Reference for the chart: IEA energy technology perspectives 2023, Jan . Available at https://lnkd.in/eK-jbuCD ; clean air task force. Technologic realities of Long-Distance Hydrogen Transport. 2023, September. Available at https://lnkd.in/eR2ymMpy ; Makepeace et al. Techno-economic analysis of green hydrogen export. 2024, Feb. Available at https://lnkd.in/eRbxn7ah IEA International Energy Agency (IEA) #shipping #hydrogen #ammonia #shippingfuel #alternativefuel #transport #greentransition #netzero #sustainability #sustainable #sustainableshipping #green #nium #wearenium #cleanammonia