TRANSACT ENERGY
Trans Act Energy: Transforming Waste into Resources for a Sustainable Future
Trans Act Energy is redefining what’s possible in waste management and sustainable development. With a revolutionary approach to waste conversion without incineration, the company processes all forms of waste—including municipal, industrial, and even human waste—and transforms them into high-value commodities, all with zero emissions. This innovation places Trans Act at the forefront of the global shift toward circular economy solutions that prioritize environmental stewardship and economic resilience.
Turning Waste into Agricultural Gold: Sustainable Fertilizer Production
One of the standout products derived from Trans Act’s process is organic fertilizer, a critical input for global agriculture. By producing nutrient-rich fertilizer from waste, Trans Act is closing the loop in the nutrient cycle, reducing dependence on fossil fuel-intensive synthetic fertilizers, and mitigating the environmental damage caused by their conventional production and runoff.
This solution not only diverts waste from landfills and waterways but also enhances soil health and promotes regenerative farming. It exemplifies how waste can be repurposed as a resource, rather than discarded as a burden.
Vertical Farming on Rooftops: Smart Agriculture Meets Circular Infrastructure
Trans Act Energy’s vision doesn’t stop at waste conversion. The company is exploring the integration of vertical farms on the rooftops of its processing facilities, turning underutilized space into productive, food-generating ecosystems.
Vertical farming offers several key benefits:
- Optimized land use, especially in urban or land-scarce areas
- Year-round crop production in controlled environments, insulated from climate variability
- Reduced water use and no need for harmful pesticides
- Local food production, reducing supply chain emissions and enhancing food security
By co-locating food production with waste optimization, Trans Act creates closed-loop, self-sustaining ecosystems—a model of efficiency, sustainability, and urban resilience.
A Model for the Circular Economy
Trans Act Energy’s holistic approach aligns perfectly with the principles of the circular economy: reducing waste, regenerating resources, and designing systems that are sustainable by default. Their model transforms waste from an environmental liability into an economic and ecological asset, contributing to:
- Cleaner cities
- More sustainable agriculture
- Enhanced food and energy security
- Resilient local economies
This integrated system offers a scalable blueprint for communities worldwide looking to cut emissions, reduce waste, and grow food sustainably—all while creating jobs and generating value.
Leading the Way Toward Regenerative Infrastructure
By fusing cutting-edge waste processing with sustainable agriculture, Trans Act Energy is not just solving environmental problems—it is reimagining how we live, produce, and consume. The company’s innovative model represents a powerful convergence of clean technology, circular design, and regenerative thinking.
In an era where environmental challenges are deeply interconnected, Trans Act Energy’s multi-solution strategy is more than promising—it’s essential. Their work sets a bold example for industries seeking to have a net-positive impact on both the planet and society.
TERRESTRIAL ENERGY
This is next-generation fission technology:
We're developing clean, resilient, cost competitive thermal and electric power plant technology that will forever change how the world produces energy. By using-long proven molten salt Generation IV fission technology in a small modular power plant design, we've created and emission-free, sustainable energy source that can scale up rapidly to meet the worlds energy demands while avoiding greenhouse gas emissions. Protecting our environment and secure national energy supplies are more important than ever = we need a clean, up-to-the-task alternative to importing and burning fossil fuels, deployable at a huge scale. Our IMSR (Integral Molten Salt Reactor) technology fulfills that goal and will be key to our clean energy future.
Molten Salt Generation IV Fission Technology: Generation IV nuclear reactors are a new class of reactors that aim to improve upon current nuclear technology in terms of safety, sustainability, and efficiency. One of the proposed concepts is the use of molten salt as a coolant and fuel carrier. Molten salt reactors have been studied since the 1950s and offer potential advantages, including better safety features and the ability to operate at higher temperatures.
Small Modular Power Plant Design: The use of small modular reactors (SMRs) is gaining traction as an alternative to large conventional nuclear power plants. SMRs are more manageable to construct and have the potential for enhanced safety due to their smaller size and simpler designs.
Emission-Free and Sustainable Energy Source: Nuclear fission, when done correctly, does not emit greenhouse gases during electricity generation, making it a low-carbon energy source. The use of molten salt reactors can potentially improve sustainability by using thorium as a fuel, which is more abundant than uranium and produces less long-lived nuclear waste.
Scalability: The ability to scale up rapidly is crucial for meeting the increasing global energy demands. If the IMSR technology proves to be scalable, it could contribute significantly to the future energy mix.
Environment and National Energy Security: The development of clean and domestically sourced energy technologies is essential for addressing environmental concerns and reducing dependence on fossil fuel imports, enhancing national energy security.
Deployment of Clean Energy: Investing in clean energy alternatives is essential for mitigating the impacts of climate change and transitioning away from carbon-intensive energy sources.
It's worth noting that as of my last update in September 2021, various advanced nuclear reactor designs were under development worldwide. These technologies face regulatory, financial, and public acceptance challenges, as well as competition from other renewable energy sources. However, continued research and development in the field of nuclear energy hold the potential to play a significant role in the global transition to clean and sustainable energy systems.
Next-Generation Nuclear Energy: Clean, Scalable, and Ready for the Future
At the heart of the global energy transition lies an urgent need: to replace carbon-intensive fossil fuels with clean, resilient, and scalable alternatives. We are answering that need with a next-generation nuclear solution—one that redefines how the world produces energy.
We are developing cost-competitive thermal and electric power plant technology powered by molten salt-based Generation IV fission, packaged in a small modular reactor (SMR) design. This breakthrough approach delivers emission-free, sustainable energy—and is designed for rapid deployment at the scale required to meet both global energy demand and climate goals.
Our Technology: The IMSR® Advantage
Our Integral Molten Salt Reactor (IMSR®) technology combines decades of research with innovative engineering to create a fission energy solution unlike any before.
- Molten Salt Generation IV Fission Technology IMSR® uses molten salt as both coolant and fuel carrier—a concept pioneered in the 1950s and now refined for modern deployment. This allows for higher thermal efficiency, passive safety features, and lower pressure operation, eliminating many of the risks associated with traditional water-cooled reactors.
- Small Modular Power Plant Design our SMR design delivers flexible, scalable energy production. These compact reactors are easier and faster to manufacture, transport, and install—enabling deployment where it’s needed most, including remote industrial sites, grid-constrained regions, and rapidly urbanizing areas.
- Zero Emissions, True Sustainability IMSR® reactors produce zero greenhouse gas emissions during operation and offer the potential to use thorium-based fuels, which are more abundant and produce less long-lived waste than conventional uranium. This positions IMSR® as a truly sustainable option for long-term energy security.
- Resilient and Scalable Designed for rapid deployment and high-volume scalability, IMSR® power plants can be rolled out at the pace required to displace fossil fuels in electricity generation, industrial heat, hydrogen production, and more.
Why This Matters
The world is at an inflection point. As the effects of climate change intensify and global energy demand continues to grow, we must pursue solutions that are clean, reliable, and domestically produced. Importing and burning fossil fuels is no longer a viable path forward.
IMSR® technology offers a secure, sovereign alternative—one that strengthens national energy independence, reduces environmental impact, and supports global decarbonization efforts.
This isn’t theoretical. It’s real technology, grounded in decades of proven science and now engineered for commercial readiness. The IMSR® is the only molten salt reactor design progressing toward near-term regulatory approval and market deployment.
The Road Ahead
The next decade will be decisive. As nations pursue aggressive climate targets, the need for baseload, zero-emissions energy will only increase. While wind, solar, and batteries are important parts of the solution, they cannot meet demand alone. Advanced nuclear—especially scalable solutions like the IMSR®—must play a central role.
At Terrestrial Energy, we are not merely improving existing technologies—we are reimagining the future of energy. Our IMSR® power plants are the cornerstone of a clean, modern, and secure global energy system.
SYNTHOLENE ENERGY
Syntholene Energy: Delivering Net-Zero Fuels for a Cleaner Future
Syntholene Energy is on a mission to enable the seamless transition of hard-to-decarbonize industries—such as aviation, shipping, and heavy transport—to clean, sustainable fuels. Recognizing that the complete elimination of traditional hydrocarbon fuels is neither feasible nor immediate, Syntholene offers a pragmatic and scalable bridge to a net-zero future.
Rather than waiting for global systems to fully electrify or phase out hydrocarbons, Syntholene Energy provides a solution that works within the existing fuel infrastructure—but without the environmental cost.
The Power of Net-Zero Synthetic Fuels
At the core of Syntholene’s strategy are net-zero synthetic fuels—liquid fuels that are chemically identical to their fossil-based counterparts but are produced using clean, carbon-neutral processes. This ensures compatibility with today’s engines, refineries, and distribution networks, while delivering the environmental benefits of zero-carbon alternatives.
These fuels are synthesized using:
- Clean energy sources such as geothermal or IMSR (Integral Molten Salt Reactor) nuclear power
- High-temperature electrolysis to produce green hydrogen
- Carbon capture and utilization (CCU) to extract CO₂ from the atmosphere or ocean
When combined, hydrogen and captured carbon form a synthetic hydrocarbon fuel that emits no net new carbon when burned—completing a closed carbon loop.
Breaking the Barriers of Traditional Synthetic Fuels
Historically, synthetic fuels have been constrained by high production costs and a dependence on fossil energy, undermining their climate benefits. Syntholene has broken through these barriers with a new generation of ultra-efficient, clean-energy-powered fuel synthesis systems that unlock large-scale production at competitive costs.
This advancement enables the production of Sustainable Aviation Fuel (SAF) and other net-zero fuels on an industrial scale, making it possible to:
- Replace over 100 million barrels of oil per day
- Reduce reliance on volatile fossil fuel markets
- Achieve climate goals without expanding land use or impacting food systems
A Future Where Exploration Is Guilt-Free
Syntholene’s vision is to empower people and industries to travel, move, and grow without the carbon cost. Their net-zero fuels offer the freedom of conventional hydrocarbons—high energy density, global infrastructure compatibility, and affordability—without the climate penalty.
This means airlines can fly, cargo ships can sail, and heavy transport can operate as usual—with zero net emissions.
Leading the Transition with Scalable Clean Energy
By pairing advanced fission or geothermal power with next-generation fuel synthesis, Syntholene offers a uniquely scalable, immediate, and impactful path toward decarbonizing transportation and industry. This approach sidesteps the bottlenecks facing other clean energy solutions and provides an effective way to make rapid progress on emissions reductions—right now, not decades from now.
Syntholene Energy isn’t waiting for the world to catch up.They’re building the fuel supply chain of the future—clean, scalable, and ready today.
Written by: Ken Lelek