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Young Henrys is Developing a More Sustainable Way to Brew Beer

Sydney's Young Henrys brewery is working with the University of Technology Sydney Climate Change Cluster (C3) to make the art of brewing beer a more carbon-neutral process. The project with C3 involved developing a way to use microalgae to capture CO2 and turn it into oxygen. Since the fermentation process that occurs during the production of beer creates large amounts of CO2, the project aims to reduce strain on the climate. It would take about two days for a tree to absorb the CO2 from producing a six-pack but Young Henrys' in-house cultivated algae absorbs CO2 and produces as much oxygen as 2.5 acres of wilderness.

Co-founder Oscar McMahon revealed to the Sydney Morning Herald, "We’d like to get to the point where we can put a C02 catchment system internally and basically it would be a closed-loop within the brewery."
Trend Themes
1. Microalgae-based Carbon Reduction - Breweries can use microalgae to capture CO2 and turn it into oxygen for a sustainable and carbon-neutral brewing process.
2. Internal CO2 Catchment Systems - Breweries can install internal CO2 catchment systems to create closed-loops for a more efficient and sustainable brewing process.
3. Renewable Energy in Brewing - Breweries can incorporate renewable energy sources like microalgae to reduce carbon emissions and create a more sustainable brewing process.
Industry Implications
1. Brewing Industry - Breweries can explore microalgae-based carbon reduction and internal CO2 catchment systems to reduce carbon emissions and create a more sustainable brewing process.
2. Renewable Energy Industry - The renewable energy industry can provide sustainable solutions like microalgae-based carbon reduction to help breweries reduce their carbon emissions and create a more sustainable brewing process.
3. Carbon Capture Industry - The carbon capture industry can work with breweries to provide solutions like microalgae-based carbon reduction and internal CO2 catchment systems to create more sustainable brewing processes and reduce carbon emissions.

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