Independent Review of @syntholene Facility Confirms World Class Proof-of-Performance, Supports Potential for Cost-Competitive Synthetic Aviation Fuel. What our production data has demonstrated: World class efficiency demonstrating the structural cost advantage of our thermally-integrated process. Continuous, baseload operations, mitigating the need for battery and hydrogen storage. Capability to scale into a low cost producer across the low-carbon fuels market, and a credible potential to compete with fossil fuels, completely decoupled from crude oil.

Our HQ is Chicago, our Operations are in Iceland, but the #Gundo energy courses through our veins. Thanks to @RobertJohns for the brand.

full release here: syntholene.com/independent-r…

Excited to present at @kin_comm #KINVESTOR day this Thursday October 22nd at 9:20am PT / 12:20pm ET, to be interviewed by the indomitable @ArlenHansen. The @syntholene team is coming off the back of the most exciting summer of our existence, and is ready to contribute meaningfully to accelerating the widespread adoption of clean, high performance, and low cost synthetic fuels. Register Here: shorturl.at/LJo7B

By using colocated heat and electricity from geothermal and eventually nuclear power, Syntholene is delivering novel efficiencies in the production of hydrogen and synthetic fuel. Higher efficiencies mean lower costs, and lower costs are what the sector has been waiting for.

A new era of modularity in engineering and construction allows infrastructure, from power plants to fuel synthesis reactors, to scale incrementally to meet demand. This reduces the risk of first-of-a-kind projects and lets Syntholene hone in on repeatability and scalability.

Synthetic fuel offers more than a cleaner path for transport. Unlike fossil fuels, efuels from gasoline to diesel boast superior quality, free from contaminants inherent in the petroleum refinement process.

At the dawn of a new nuclear renaissance in the US and worldwide, there may be no better co-located heat and electricity use than the production of synthetic fuels. Syntholene's thermal integration IP functions with nuclear power, and this is how we unlock unlimited fuel forever.

Many are saying.

Thanks to @Tjernlund and @NanoCapPod for the background and current state review of @syntholene’s history and upcoming milestones. From operating demo to consequential commercial milestones, the future is bright for synthetic fuels! youtu.be/52IMmX9PwmU?si=f0Q7…

Thanks to Korean Economics Report for this current view of @syntholene, upcoming technical review, and our path to industrial scale. youtu.be/mFGP-leFYwU?si=qO0H…

What are the implications of being able to substitute petroleum fuels with renewable synthetic alternatives? The technology that empowers humanity with abundant, cheap, and clean liquid fuels for generations to come might be closer than you think.

Advancements in SOECs allow companies like Syntholene to envision a new high-efficiency hydrogen production pathway coupled to industrial heat. There may be no better source than the abundant, renewable, and clean heat from geothermal resources, such as those in Iceland.

Announcing our final step in technical review of our demonstration facility data. If our production efficiencies are as anticipated, it could translate into a meaningful commercial advantage for @syntholene and the broader efuels sector.

Operating Data is in. Time to battle test it.

Fossil fuels power everything: industry, travel, economies. Recent extreme price swings and supply chain interruptions reveal a fragile dependence. We are getting the first glimpse at a cost competitive alternative: synthetic fuel,.

Efficiently combining heat and electricity is the secret sauce that underpins Syntholene's IP moat in its vision to produce low-cost synthetic fuels worldwide