TEDOM USA’s Post

🌍🔋 Fuel Flexibility with TEDOM USA CHP – Including Hydrogen! 🔋🌍 At TEDOM USA, we’re proud that our Combined Heat and Power (CHP) units can run on a range of fuels, giving our clients flexible, sustainable options. Here’s a quick look at the different fuel types TEDOM CHP can utilize: 🔥 Natural Gas – Commonly used and efficient, natural gas is reliable and cost-effective. 🍃 Biogas – Produced from organic waste, biogas is renewable and helps reduce waste while generating clean energy. 💧Propane – A great choice for areas where natural gas isn’t available. Propane is easy to store and dependable. 🌾 Landfill and Sewage Gas – Instead of being released into the air, these gases are captured to generate energy and reduce emissions. 💦 Hydrogen – As we look to the future, hydrogen offers a zero-emission fuel option, making it a game-changer in sustainable energy. TEDOM CHP gives you the flexibility for today’s energy needs and tomorrow’s clean energy future! #CHP #TEDOMUSA #Hydrogen #FuelFlexibility #Sustainability

The world is demanding cleaner and more sustainable energy solutions. To cater to the growing requirement, we have introduced efficient, clean, and green gas enrichment technologies under Thermax Ne0. Our offerings, suitable for organisations across various industries, include: 📌 Biogas Purification and Upgradation: We transform raw biogas into high-quality biomethane, a renewable and versatile fuel source. This not only reduces reliance on fossil fuels but also creates a valuable source of clean energy. 📌 Hydrogen Purification: We offer best-in-class hydrogen purification solutions. Hydrogen is poised to play a key role in the energy transition, and our technologies ensure its purity for various applications, including fuel cells and clean industrial processes. 📌 Carbon Capture Solutions: We are committed to mitigating the impact of greenhouse gases. Our carbon capture solutions help industries capture carbon dioxide emissions, preventing them from entering the atmosphere. Thermax goes beyond just providing technological support. We are a trusted partner, collaborating with industries to design and implement bespoke solutions that meet their energy transition need. Stay tuned for a deeper dive into each of our solutions! #ThermaxNe0 #TrustedPartnerInEnergyTransition #CleanEnergy #EnergyTransition

🌱💧 Methanol as a solution for hydrogen storage. #Methanol #Hydrogen #RenewableEnergy 💡 Interesting development in the field of renewable energy! Green methanol presents itself as a promising solution for hydrogen storage. 💰 This versatile fuel is produced from green hydrogen by reacting with captured carbon dioxide. It can be used in internal combustion engines and fuel cells, making it ideal for transport. Green methanol offers a cost advantage and does not require high-pressure storage like hydrogen. Furthermore, it can be distributed using existing infrastructure for fossil hydrocarbons, facilitating its market introduction. 🌍 In terms of storage, green methanol is an option for storing excess renewable energy in the form of liquid fuel, thus contributing to the transition to a more sustainable future. 🔗 Source: https://bit.ly/42Jglhq .

🌍 Ammonia: The Futuristic Fuel for Clean Energy! 🔋🚢 Ammonia (NH₃) is emerging as a next-gen alternative fuel for industries needing high energy density and zero-carbon solutions, like shipping. Here’s what makes ammonia exciting and the challenges ahead 👇 🔹 Major Raw Materials: Made from nitrogen (78% of our atmosphere) and hydrogen, which can be produced with renewable energy in electrolysis process, making "green ammonia" a carbon-free fuel. 🏭 Manufacturing Process: Through the Haber-Bosch process, nitrogen and hydrogen combine under high pressure and temperature to create ammonia. When powered by renewables, this process drastically reduces emissions. 🌟 Why Ammonia is Futuristic: Zero Carbon: Ammonia burns without producing CO₂, aligning with #NetZero goals. Energy-Dense & Storable: It’s easier to store and transport than hydrogen, making it ideal for long-distance applications like shipping. Hydrogen Carrier: Ammonia can transport hydrogen, acting as a bridge in the clean energy economy. 🔬 Challenges & Research: High Production Costs: Green ammonia is expensive, and research aims to lower costs by improving renewable hydrogen. NOx Emissions: While CO₂-free, ammonia combustion can produce nitrogen oxides (NOx); new tech is being developed to control this. Infrastructure: Engines and storage systems need adaptation for ammonia’s unique properties. 🌟 With backing from companies like Yara, Maersk, and MAN Energy, ammonia is on its way to becoming a sustainable energy carrier for tomorrow’s industries! 🌍💡 #AmmoniaFuel #FutureOfEnergy #CleanEnergy #AlternativeFuels #GreenAmmonia #EnergyTransition #Innovation Anshu Malik

Energy phrase of the day: #Green #Hydrogen - Well, you are right, green hydrogen is not hydrogen that is green in color 😅 Green hydrogen refers to hydrogen that has been #generated from #renewable #energy. #Kenya, which has abundant renewable energy, is one of the #countries that want to #utilize green hydrogen. This will be to improve #agriculture through production of #fertilizers, support #refineries, #transport, #steel and #chemical #industries and for #power #generation and #synthetic #fuel production. #greenhydrogen #kenya #renewableenergy #energynews #Energy&PowerCommunications

Renewable energy, biogas, microgrids and advancing-generation technologies open new opportunities for reliable, cost-effective, resilient heat and electricity #tpo #tpomagazine #treatmentplant #treatmentplantoperator #Sustainability #biogas #renewableenergies #InflationReductionAct https://loom.ly/I884W30

🌱 E-Methane: A Sustainable Pathway for Renewable Gas As we advance toward a low-carbon future, e-methane is gaining traction as a promising solution to decarbonize energy systems. Through the process of methanation, hydrogen is combined with carbon monoxide (CO) or carbon dioxide (CO2) to produce e-methane, a synthetic gas compatible with our existing natural gas infrastructure. Why e-methane? Not only does this process create methane, but it also generates heat as a byproduct, improving energy efficiency. Carbon dioxide can be sourced from various methods like Biogenic CO2 from methanization plants, industrial emissions capture and direct atmospheric capture This versatility enables e-methane production to integrate with a variety of new and emerging technologies, each contributing to a broader reduction in greenhouse gas emissions. E-methane represents a forward-thinking approach to repurposing CO2 and creating a cleaner energy supply chain. It’s a step closer to a circular economy where renewable gases can play a pivotal role. #SustainableEnergyAnalytics #SustainableEnergyAnalysis #CleanEnergy #EMethane #Methanation #RenewableGas #Decarbonization #EnergyInnovation #SustainableFuture Source: IGU- Introduction to Low Carbon Gas Technologies 

BIOENERGY AND IT FUTURE TRENDS "Bioenergy from biogas produced by biomass offers a promising future perspective. Benefits include reduced greenhouse gas emissions, energy self-sufficiency, and waste management. Biogas can power vehicles, heat homes, and generate electricity. As technology advances, bioenergy's potential to mitigate climate change and ensure sustainable development will continue to grow, making it a vital component of our future energy mix. Governments and corporations will be encouraged to invest in bioenergy infrastructure, particularly in rural areas and developing countries, to promote energy access and stimulate local economies." #Energy #bioresources

when it comes to #energytransition, people often tend to forget about the potential of green gases. ENGIE we believe green gases are key for the energy transition and we set ambitious objectives for 2030 & beyond! Do you want to understand why? 👇 https://lnkd.in/epU9eEih #energy #biomethane #greengases

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