SunGas Renewables will stop developing its proposed Beaver Lake Biofuels plant near Alexandria in central Louisiana, Biofuels Central reported. The facility was intended to turn wood fibre into low-carbon methanol, but the company said market, regulatory and financing conditions did not support taking the project forward on the required timetable.
The planned design combined three SunGas S1000 synthesis gas production systems with downstream processing technologies. According to the announcement carried by Biofuels Central, the facility was designed to produce approximately 553,000 tonnes of low-carbon methanol annually, alongside geological storage of around 1.1 million tonnes of biogenic carbon dioxide each year. SunGas said the combination of production scale and low product carbon intensity had underpinned its case for a globally competitive bio-methanol supply.
The company identified slower-than-anticipated adoption of low-carbon marine fuels, particularly methanol, as one of the obstacles to development. It also cited uncertainty over the project's carbon capture and storage route and insufficient clarity on regulatory support and financing conditions for a facility of this size. Together with broader infrastructure constraints, those factors left SunGas unable to see a viable basis for proceeding successfully under current conditions.
Despite abandoning further development at Beaver Lake, SunGas maintained that low-carbon methanol could contribute to decarbonising shipping, aviation and chemicals. It also reaffirmed confidence in the longer-term potential of its technology to produce low-cost, low-carbon products, including methanol, sustainable aviation fuel, other transport fuels and methane.
SunGas acknowledged support from federal, state and local leaders, community stakeholders and public and private partners in advancing Beaver Lake. The company said it remains in discussions with third-party customers interested in deploying the S1000 system at other projects and will continue supplying its full range of products and engineering services to those customers.