CH4 Global has officially begun production at the world’s first commercial-scale asparagopsis cultivation facility in a groundbreaking movement in sustainable agriculture.
Located in Louth Bay, South Australia, the newly launched ecopark is a transformative step towards making seaweed-based methane reduction solutions accessible and economically viable for the livestock industry.
“We are pleased to announce that we are committed to providing a range of services to our customers,” said Dr. Steve Meller, CH4 Global CEO and co-founder.
“We have cracked the code to make methane-reducing feed supplements commercially viable without the need for government subsidies. This is an important step in expanding this important climate solution. .”
The revolution in asparagopsis cultivation
Ecopark’s innovative pond-based cultivation system demonstrates a significant deviation from traditional methods and provides a cost-effective approach to producing asparagopsy on a large scale.
Unlike traditional tank-based systems that have historically increased production costs, the CH4 Global method reduces costs by a tenth of the previous model.
This breakthrough will allow the company to offer Asparagopsis-based Methane Tamer™ beef feed supplements at competitive prices, bringing benefits to the entire agricultural value chain.
Scale up to meet global demand
The initial stage of the facility includes 10 large-scale cultivation ponds, boasting a total capacity of 2 million liters and annual production of over 80 meters of asparagopsis.
The following year, CH4 Global plans to expand its facility to include 100 ponds that can produce enough seaweed to support 45,000 cattle per day.
Ecopark ultimately housed 500 ponds and was able to eventually house 500 ponds to meet the increasing demand for livestock feed supplements that reduce methane around the world.
Mellor added: “At Ecopark, CH4 Global combines more capacity than all other producers, putting us in a unique position to meet growing market demand.
“The simple fact is that natural asparagopis is the safest and most effective way to reduce methane emissions from cattle, and our cost-effectiveness is the carbon emissions while farmers realize net economic benefits. This means we can significantly reduce the number of climate solutions. This is how we drive the rapid adoption of climate solutions.”
A cost-effective and sustainable approach
The CH4 Global pond-based cultivation model offers several important advantages over existing methods.
Reduced capital costs: 90% lower than traditional tank-based cultivation. Improved efficiency: The polytunnel system accurately controls growth conditions for optimal yield. Reduced pollution risk: Unlike marine-based harvesting, a controlled environment minimizes variability and weather disruption. Harvest all year round: Multiple harvest cycles annually optimize output. Energy Efficiency: Strategic placement of temperate zones reduces energy costs.
Fighting climate change with asparagopsis
Methane is a powerful greenhouse gas that has over 80 times the chances of carbon dioxide warming over 20 years.
With agriculture responsible for around 30% of human-driven methane emissions, innovative solutions like Methane Tamer™ could play a key role in mitigating climate change.
CH4 Global estimates that if only 10% of the world’s cattle are fed into asparagopsis-based supplements, the resulting reduction in methane amounts to removing 100 million vehicles from the road.
As global pressure to curb agricultural emissions intensifies, CH4 Global’s Ecopark is taking an important step towards a more sustainable livestock industry.
By pioneering cost-effective asparagopsis cultivation, the company paves the way for widespread adoption of methane-reducing feed solutions, providing scalable and impactful tools in the fight against climate change. It’s there.
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