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From Ammonia to hydrogen: Paving the path towards net-zero sustainability

Membracon > From Ammonia to hydrogen: Paving the path towards net-zero sustainability

What is net-zero sustainability?

With the objective to direct the economy toward net-zero, in the hopes of addressing climate change the world is becoming ever so familiar with buzz words such as net-zero, but what does this mean? Net-Zero is a term that refers to the activity of balancing greenhouse gas emissions emitted into the atmosphere. This process is achieved by reduction, removal of emissions or offsetting emissions.

Why net-zero sustainability?

Over time, there has been a growing focus on the aspiration to achieve Net-Zero by 2050. Governments and various industries have recognized the economic toll of climate-related challenges and are now mindful of the climate crisis. Acknowledging the necessity for transformative measures to prevent further harm to the earth’s climate, there is a concerted effort among global leaders and governments to encourage industries and scientists to develop cost-effective strategies utilizing carbon removal technologies (Have a hyperlink leading to a page or blog about DGC tech), with the aim of promptly addressing these pressing issues.

How hydrogen could be used for net-zero sustainability

Hydrogen has a major part to play in the global race to reach Net-Zero emissions by 2050. Hydrogen is deemed as a highly valuable commodity for the economy as it can be extracted from many resources, it is an energy carrier used to power many industry sectors that sustain the economy. Clean hydrogen can also be used to decarbonise many industry sectors which makes it a forerunner as one of the keys to decarbonisation and reaching Net-Zero goals.

Why ammonia to hydrogen?

Ammonia is a hydrogen rich compound, which makes it valuable as hydrogen is a perfect candidate for creating energy alongside renewable sources. However, ammonia can have a negative impact on the environment. Ammonia emissions from livestock, particularly pig farms, have long been an environmental concern. These emissions not only contribute to air pollution but also impact the health of both animals and farm workers. In relation to its role in agriculture, ammonia can play an important role when gas separation technologies (hyperlink leading to DGC) are used in conjunction with it. However, it is still necessary to regulate the production, storage and use to ensure it has minimal impact on the climate crisis.

Ammonia to hydrogen

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