CH4 Global, Inc., officially opens phase one of its first full-scale EcoPark, where it has begun to grow and process Asparagopsis in 10 large-scale cultivation ponds with a combined capacity of 2 million litres - capable of producing 80 metric tonnes of the seaweed each year. Over the next year, the facility will expand to 100 ponds capable of producing enough Asparagopsis to serve 45,000 cattle per day – a significant step toward meeting demand from CH4 Global's existing commercial partners … [Read more...] about Production begins at CH4 Global’s first full-scale EcoPark
CH4 Global
CH4 Global and Mitsubishi Corporation partner to accelerate adoption of methane-reducing cattle feed supplement in Asia-Pacific markets
Partnership aims to introduce Methane Tamer™ in Japan and expand in Australia while exploring scaled production opportunities across Asia ADELAIDE, South Australia - CH4 Global, Inc. today announced it has entered into a strategic partnership with Mitsubishi Corporation to accelerate the adoption of CH4 Global’s methane-reducing cattle feed supplement across key Asia-Pacific markets. The multi-pronged partnership will focus on expanding commercial sales of CH4 Global’s Methane … [Read more...] about CH4 Global and Mitsubishi Corporation partner to accelerate adoption of methane-reducing cattle feed supplement in Asia-Pacific markets
Whole Asparagopsis seaweed much more effective than bromoform alone in reducing cattle methane emissions, study finds
CH4 Global’s approach to methane reduction in cattle validated by peer-reviewed research A new study has found that using whole Asparagopsis seaweed as a cattle feed additive is significantly more effective at reducing methane emissions than using bromoform, the aquatic plant’s primary active compound, on its own. The study provides strong validation for the approach taken by CH4 Global, a company that is scaling commercial production and distribution of an Asparagopsis-based feed additive … [Read more...] about Whole Asparagopsis seaweed much more effective than bromoform alone in reducing cattle methane emissions, study finds
