Green Energy Solution
Hydrogen is the clean fuel of the future, replacing fossil fuels to cut CO₂ emissions. Green ammonia, produced using green hydrogen and atmospheric nitrogen, offers a zero-emission alternative to conventional ammonia—paving the way for a sustainable, carbon-neutral future.
Supporting in Next Generation Clean Fuel Technologies - Green hydrogen, key to our energy transition strategy
About Hydrogen-
Hydrogen is drawing attention around the world as a next-generation form of energy for a carbon neutral society. Although hydrogen itself is colourless,Odourless, tasteless, flammable gaseous substance which burns with oxygen to form water. it is classified using colour codes based on the production methods and the associated CO2 emissions. Like Gray, Blue, & Green Hydrogen. Hydrogen is a either in gaseous state or it can be in liquid state. It’s the oldest and most common, Purest form & abundant element in the universe. Its existence is in our normal drinking water (H2O), Ammonia (NH3), Natural Gas, BIO CBG/ CNG, Methane(CH4), Ethanol
Why Hydrogen-
Climate change is biggest challenge in front of all & With Increasing the global population growing and the use of fossil resources continuing to drive global warming, all are struggling to reduce the temperature by 1.5 deg.Cel. the problem needs to be solved. We need to provide both food and energy to the world's growing population, and do so sustainably.
Today our existing fossil based fuel industry created a lot of carbon emission and Co2 emission & Green house gases from last 100 years. So its time to do the reverse engineering to make a sustainable green planet in terms of Air, water, & fuel, where there is zero Carbon emission.
Hydrogen todays & tomorrows Clean alternative fuel to make our planet green & sustainable. All industries are looking hydrogen is clean and green fuel to replace existing Natural gas, coal, diesel, petrol.
What is green ammonia and how is it produced?
Ammonia (NH3) is a nitrogen and hydrogen-based chemical compound widely used in the production of agricultural fertilisers and industrial chemicals. Ammonia is currently produced from natural gas and in its production process, emits 2 tonnes of CO₂ for every tonne of ammonia. For this reason, conventional ammonia is referred to as grey ammonia. The current market volume is around 185 million tonnes globally. Approximately 90 % of this is produced and consumed captively by industries that need ammonia as a raw material in their production processes. The remaining 10 % is traded internationally.
Green ammonia, on the other hand, does not emit CO₂ in its production process and is therefore expected to grow exponentially in production to replace grey ammonia and can be used for additional uses.
To produce green ammonia, green hydrogen must first be obtained through a process of water electrolysis. That is, water is decomposed into hydrogen and oxygen, using electrical energy generated from renewable sources. The hydrogen is then combined with atmospheric nitrogen through a process known as Haber-Bosch synthesis, which allows hydrogen and nitrogen to react at high pressure and temperature in the presence of a catalyst to form ammonia. The end result is the production of green ammonia using green hydrogen and atmospheric nitrogen.
Key Advantages
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It is a zero-emission fuel for all industries, helping to decarbonise.
Unlike gasoline, hydrogen is safer to living things.
It can be produced from water, natural gas or renewable resources such as Bio-Methane, Ammonia etc., reducing dependence on imported crude oil.
Green Hydrogen is produced with process integration of renewable power like solar or wind or hybrid.
Serving Industries
We proudly serve a wide range of industries with our reliable and innovative solutions. From manufacturing and construction to infrastructure, energy, and beyond.
