“We need to find solutions before we cross the threshold where the climate will be so different, causing some humans to have no food or water and so hot many will die. We must act now as a global community to solve these problems. What is at stake? Everything!” Quote from scientists who spent a year on the Arctic Drift a PBS Nova documentary.
TRANSACT ENERGY
A Breakthrough Zero-Emissions Waste Optimization Platform for the Circular Economy
TransAct Energy is a pioneering waste optimization company that has developed the world’s first and only Zero Emissions Waste Optimization Plant (ZEWOP)—a fully integrated, environmentally advanced solution designed to transform municipal solid waste (MSW) into valuable commodities at commercial scale.
Unlike traditional methods such as incineration, which generate harmful emissions and toxic byproducts, TransAct’s proprietary technology processes waste without combustion, ensuring that zero pollutants are released into the environment. This next-generation approach positions TransAct as a market leader in the transition toward a truly circular economy, where waste is no longer discarded, but repurposed as a source of clean, marketable products.
Market Opportunity: Turning a Global Crisis into a Trillion-Dollar Industry
Globally, over 2.2 billion tons of municipal waste are generated each year—a number projected to rise to 3.4 billion tons by 2050, according to the World Bank. Waste management has become one of the world’s most urgent environmental, economic, and social challenges.
At the same time, governments and corporations face mounting pressure to adopt zero-waste and carbon-neutral strategies to meet ESG goals, comply with tightening regulations, and respond to rising consumer expectations.
TransAct Energy delivers a proven, scalable, and economically viable solution—one that can not only help cities and nations solve their waste crisis but also create sustainable revenue streams in the process.
How the Technology Works
The ZEWOP system takes in mixed municipal waste—including plastics, biomass, food waste, and more—and breaks it down into core material components using a proprietary thermal and mechanical process. These components are then recovered and refined into high-demand, sellable commodities, including:
- Synthetic biofuels
- Industrial-grade carbon
- Recovered plastics and metals
- Aggregates and building materials
- Clean water and industrial chemicals
No incineration. No toxic ash.
This method not only maximizes resource recovery but dramatically reduces greenhouse gas emissions, eliminates leachate risks, and removes the need for expensive and unsustainable landfill infrastructure.
Revenue Model & Investment Value
Each ZEWOP facility is designed to process waste at industrial scale and generate multiple revenue streams, including:
- Commodity sales from recovered and refined outputs
- Tipping fees from municipalities and waste collectors
- Advanced supply contracts with buyers across energy, construction, manufacturing, and agriculture
- Environmental credits and tax incentives for emissions reduction and circular output
- Technology licensing and global plant development partnerships
With global waste volumes increasing and regulatory support for waste-to-value innovation rising, TransAct’s commercial model is not only sustainable—it is highly scalable.
A single plant can process hundreds of thousands of tons of waste annually, with a projected internal rate of return (IRR) that exceeds many renewable energy benchmarks. Global demand could support the deployment of thousands of ZEWOP facilities, creating a multi-billion-dollar infrastructure platform with long-term recurring revenues.
Why Invest in TransAct Now?
- First-mover advantage in zero-emissions waste optimization
- Proprietary technology, protected IP, and a defensible market position
- Massive addressable market with both environmental urgency and economic scale
- Alignment with global ESG priorities, UN SDGs, and circular economy mandates
- Revenue-generating pilot facility ready for scaling with global deployment potential
- Pipeline of international interest from cities, sovereigns, and private-sector partners
TransAct Energy is not just solving the global waste crisis—it’s redefining what waste can be.By turning a burden into a resource, TransAct is creating a cleaner planet and a new class of infrastructure investment with powerful environmental and financial returns.
TERRESTRIAL ENERGY
Next-Generation Nuclear Power for a Carbon-Free Global Economy
Founded in 2013, Terrestrial Energy is a transformative technology company leading the next wave of innovation in clean energy. At the core of the company’s mission is the delivery of safe, reliable, zero-emission, and cost-competitive energy—powered by its patented Integral Molten Salt Reactor (IMSR®) design, a paradigm shift in advanced nuclear technology.
As the world grapples with accelerating climate change, volatile energy markets, and surging global demand—set to increase by over 50% by 2050—the need for scalable, dependable clean energy has never been more urgent. Incremental improvements in conventional renewables will not be sufficient. What’s required is a bold transformation in how we generate and distribute energy. Terrestrial Energy offers precisely that.
Why Nuclear, and Why Now?
Nuclear power is uniquely positioned to deliver what other low-carbon technologies cannot: 24/7 baseload electricity and high-temperature heat—at scale and without emissions. Unlike solar and wind, which are subject to intermittency and require extensive storage and land usage, nuclear is dispatchable, compact, and resilient—traits that are crucial for supporting industrialized economies and electrifying hard-to-decarbonize sectors.
Governments and energy agencies around the world—from the International Energy Agency (IEA) to the U.S. Department of Energy—are now aligning behind the consensus that advanced nuclear must play a central role in reaching net-zero goals.
The IMSR® Advantage: A Game-Changer in Nuclear Energy
Terrestrial Energy’s IMSR® is not a marginal improvement—it’s a leap forward in reactor design, solving the limitations of legacy nuclear systems. It is the first Generation IV reactor design under regulatory review in the Western world and is on track for commercial deployment by the early 2030s.
Key features of the IMSR® platform include:
- Molten Salt Fuel Design: Uses liquid fuel, eliminating high-pressure reactor vessels and improving inherent safety.
- High-Temperature Output (600°C+): Enables not only efficient electricity generation, but also decarbonization of industrial heat, hydrogen production, and desalination.
- Modular and Scalable: Reactors are factory-produced and site-assembled, reducing capital expenditure, construction timelines, and permitting risk.
- Grid and Off-Grid Applications: IMSR® systems are versatile—ideal for utility-scale deployment, heavy industry, remote operations, and microgrid development.
Market Opportunity and Strategic Value
The global energy transition is estimated to require over $150 trillion in new infrastructure investment by 2050. Within that, advanced nuclear is projected to command a multi-trillion-dollar share, particularly as legacy baseload capacity retires and carbon pricing becomes more widespread.
Terrestrial Energy is uniquely positioned to capitalize on this shift through:
- First-mover advantage in the Western market for Generation IV reactors
- Strategic partnerships with leading engineering firms, utilities, and government bodies
- Robust intellectual property portfolio, covering core reactor technologies and heat applications
- Revenue streams beyond electricity, including industrial heat sales, hydrogen production, and potential licensing opportunities
The IMSR® can directly serve the $500+ billion global industrial heat market—a segment responsible for over 20% of global CO₂ emissions and currently underserved by existing clean energy solutions.
De-Risked Pathway to Commercialization
Terrestrial Energy is well beyond the concept phase. With significant funding secured, regulatory engagement underway, and feasibility studies completed in partnership with major industry players, the company has a clear and accelerated path to market.
Milestones include:
- Regulatory engagement with the Canadian Nuclear Safety Commission (CNSC) and U.S. Nuclear Regulatory Commission (NRC)
- MOUs and partnerships with Fortune 500 energy firms
- Multiple site selection studies for early IMSR® deployment projects in North America and beyond
A High-Impact Investment Opportunity
The time for advanced nuclear is now—and Terrestrial Energy stands at the forefront. With proven leadership, breakthrough technology, and a global energy market hungry for real solutions, investors could get in early on what could be the defining clean energy platform of the 21st century.
Terrestrial Energy is not only building reactors—it is redefining what clean energy can be.
SYNTHOLENE ENERGY TECHNOLOGY
A Scalable Solution to Decarbonize Global Aviation and Combat Climate Change
The global aviation industry currently consumes over 400 billion liters of jet fuel every year—a staggering figure that contributes significantly to greenhouse gas emissions and climate change. Syntholene Energy has developed a groundbreaking solution: advanced synthetic hydrogen fuel production that is not only carbon-neutral but also cost-competitive with traditional fossil fuels.
Each Syntholene production facility can generate 8.6 million liters of synthetic fuel per day, using a clean and innovative hydrogen synthesis process powered by geothermal or nuclear heat sources. These plants can be land-based or sea-based, allowing for rapid deployment around the globe, including aboard specially designed ships.
With just 300 Syntholene plants, the aviation sector—one of the hardest industries to decarbonize—could be fully transitioned to carbon-neutral flight. And this is just one application of Syntholene’s versatile technology.
While wind and solar have their place, their limited scalability, intermittency, and land use constraints make them insufficient on their own to address the world’s rapidly growing energy needs. The transition to clean fuels must include high-density, drop-in alternatives that can integrate seamlessly with current infrastructure—without requiring costly overhauls of existing aircraft, turbines, or engines.
What sets Syntholene apart is not just its fuel—it’s the source of the carbon. Rather than emitting more CO₂, Syntholene extracts it directly from the oceans, where excess carbon has caused rising acidity levels that are devastating marine ecosystems, including coral reefs. This approach provides a dual benefit:
Producing synthetic fuels that are carbon-neutral or even carbon-negative
Reducing ocean acidification and restoring environmental balance
By recycling CO₂ into usable fuels, Syntholene Energy presents a realistic and impactful path to phasing out the fossil fuel industry. And with fuel costs that are equal to or less than petroleum-based alternatives, the economic incentive is undeniable.
The next 10 years are critical. The window to reverse the damage of climate change is closing fast—but we have the technology today to make a lasting difference.
Syntholene Energy is not just part of the solution—it is a catalyst for global transformation. Join us in rewriting the future of energy and aviation.
SYNTHOLENE ENERGYA Scalable Solution to Decarbonize Global Aviation and Combat Climate Change
The global aviation industry currently consumes over 400 billion liters of jet fuel every year—a staggering figure that contributes significantly to greenhouse gas emissions and climate change. Syntholene Energy has developed a groundbreaking solution: advanced synthetic hydrogen fuel production that is not only carbon-neutral but also cost-competitive with traditional fossil fuels.
Syntholene production facility could generate millions liters of synthetic fuel per day, using a clean and innovative hydrogen synthesis process powered by geothermal or nuclear heat sources. These plants can be land-based or sea-based, allowing for rapid deployment around the globe, including aboard specially designed ships.
With just 300 Syntholene plants, the aviation sector—one of the hardest industries to decarbonize—could be fully transitioned to carbon-neutral flight. And this is just one application of Syntholene’s versatile technology.
While wind and solar have their place, their limited scalability, intermittency, and land use constraints make them insufficient on their own to address the world’s rapidly growing energy needs. The transition to clean fuels must include high-density, drop-in alternatives that can integrate seamlessly with current infrastructure—without requiring costly overhauls of existing aircraft, turbines, or engines.
What sets Syntholene apart is not just its fuel—it’s the source of the carbon. Rather than emitting more CO₂, Syntholene extracts it directly from the oceans, where excess carbon has caused rising acidity levels that are devastating marine ecosystems, including coral reefs. This approach provides a dual benefit:
Producing synthetic fuels that are carbon-neutral or even carbon-negative
Reducing ocean acidification and restoring environmental balance
By recycling CO₂ into usable fuels, Syntholene Energy presents a realistic and impactful path to phasing out the fossil fuel industry. And with fuel costs that are equal to or less than petroleum-based alternatives, the economic incentive is undeniable.
The next 10 years are critical. The window to reverse the damage of climate change is closing fast—but we have the technology today to make a lasting difference.
Syntholene Energy is not just part of the solution—it is a catalyst for global transformation. Join us in rewriting the future of energy and aviation.