Beyond Haber-Bosch: Chemists Stumble Upon a Greener Method to Make Ammonia for Sustainable Agriculture

The Haber-Bosch process, widely used for ammonia production, accounts for approximately 1% of global fossil fuel usage and carbon emissions, contributing significantly to climate change.

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Benjamin Snyder and his team have made significant progress in developing a greener method for ammonia production.

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One of the main challenges in reducing energy input for ammonia production has been separating ammonia from the reactants without high temperature and pressure swings.

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Benjamin Snyder's team addressed this challenge by designing and synthesizing metal-organic frameworks (MOFs), which are porous materials capable of binding and releasing ammonia at moderate temperatures and pressures.

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The breakthrough in ammonia separation opens the door for alternative processes that can operate under less extreme conditions.

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The study offers the potential to produce fertilizer more sustainably, utilizing smaller facilities closer to farmers.

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The accidental discovery by chemist Benjamin Snyder and his team revealed that a copper-based porous material could absorb ammonia in massive quantities.

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The study offers the potential to produce fertilizer more sustainably, utilizing smaller facilities closer to farmers.

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The researchers hope that their innovative material can contribute to a modified Haber-Bosch process that is more sustainable and operates under moderate conditions.

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Beyond Haber-Bosch: Chemists Stumble Upon a Greener Method to Make Ammonia for Sustainable Agriculture

The Haber-Bosch process, widely used for ammonia production, accounts for approximately 1% of global fossil fuel usage and carbon emissions, contributing significantly to climate change.

Benjamin Snyder and his team have made significant progress in developing a greener method for ammonia production.

One of the main challenges in reducing energy input for ammonia production has been separating ammonia from the reactants without high temperature and pressure swings.

Benjamin Snyder's team addressed this challenge by designing and synthesizing metal-organic frameworks (MOFs), which are porous materials capable of binding and releasing ammonia at moderate temperatures and pressures.

The breakthrough in ammonia separation opens the door for alternative processes that can operate under less extreme conditions.

The study offers the potential to produce fertilizer more sustainably, utilizing smaller facilities closer to farmers.

The accidental discovery by chemist Benjamin Snyder and his team revealed that a copper-based porous material could absorb ammonia in massive quantities.

The study offers the potential to produce fertilizer more sustainably, utilizing smaller facilities closer to farmers.

The researchers hope that their innovative material can contribute to a modified Haber-Bosch process that is more sustainable and operates under moderate conditions.

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