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Private Infrastructure for Renewable Energy
Firm power from waste. Built for infrastructure scale.
Riven Global Holdings develops waste-to-energy infrastructure using exclusively licensed hydrothermal carbonization technology with a 17-year operating history—backed by a team with decades of institutional investing, real estate, energy and industrial development experience.
Private Infrastructure for Renewable Energy
Firm power from waste. Built for infrastructure scale.
Riven Global Holdings develops waste-to-energy infrastructure using exclusively licensed hydrothermal carbonization technology with a 17-year operating history—backed by a team with decades of institutional investing, real estate, energy and industrial development experience.
Private Infrastructure for Renewable Energy
Firm power from waste. Built for infrastructure scale.
Riven Global Holdings develops waste-to-energy infrastructure using exclusively licensed hydrothermal carbonization technology with a 17-year operating history—backed by a team with decades of institutional investing, real estate, energy and industrial development experience.
17
Years of Proven technology track record
17
Years of Proven technology track record
17
Years of Proven technology track record
5
countries with active international operations
5
countries with active international operations
5
countries with active international operations
TRL 9
commercially proven, not experimental
TRL 9
commercially proven, not experimental
TRL 9
commercially proven, not experimental
2
exclusive licenses in North America & Philippines
2
exclusive licenses in North America & Philippines
2
exclusive licenses in North America & Philippines
intro
intro
intro
The world produces more waste than it can safely manage — and more demand for clean energy than it can currently meet.
The world produces more waste than it can safely manage — and more demand for clean energy than it can currently meet.
The world produces more waste than it can safely manage — and more demand for clean energy than it can currently meet.
Poorly managed waste costs the global economy hundreds of billions of dollars a year, and its impact falls hardest on the communities least equipped to absorb it. At the same time, the Asia Pacific region consumes nearly half the world's energy, with demand growing faster than supply can keep pace.
Poorly managed waste costs the global economy hundreds of billions of dollars a year, and its impact falls hardest on the communities least equipped to absorb it. At the same time, the Asia Pacific region consumes nearly half the world's energy, with demand growing faster than supply can keep pace.
Riven exists at the intersection of these two problems — reducing costly waste streams, replacing fossil fuel dependence with ROI-driven alternatives, and shortening the time it takes for renewable infrastructure to deliver value.
Riven exists at the intersection of these two problems — reducing costly waste streams, replacing fossil fuel dependence with ROI-driven alternatives, and shortening the time it takes for renewable infrastructure to deliver value.
What We do
What We do
What We do
INDUSTRY CHALLENGES
Traditional waste-to-energy has struggled to deliver on its promise
Traditional waste-to-energy has struggled to deliver on its promise
Traditional waste-to-energy has struggled to deliver on its promise
Across the region, waste-to-energy and pyrolysis projects have been cancelled, dismantled, or shut down — undone by cost, complexity, and community resistance to incineration-based methods.
Across the region, waste-to-energy and pyrolysis projects have been cancelled, dismantled, or shut down — undone by cost, complexity, and community resistance to incineration-based methods.
1
Costly
High upfront capital costs make traditional systems difficult to finance and even harder to justify.
1
Costly
High upfront capital costs make traditional systems difficult to finance and even harder to justify.
2
Slow
Material shortages and unfamiliar construction requirements routinely stretch timelines to years, not months.
2
Slow
Material shortages and unfamiliar construction requirements routinely stretch timelines to years, not months.
3
Inflexible
Most systems are built around a single, narrow waste stream — leaving them unable to adapt as feedstock changes.
3
Inflexible
Most systems are built around a single, narrow waste stream — leaving them unable to adapt as feedstock changes.
Riven was built specifically to solve for all three.
Riven was built specifically to solve for all three.

OUR SOLUTION
On-Demand Renewable Energy, By Design
On-Demand Renewable Energy, By Design
Patented hydro-thermal carbonization (HTC) technology uses low heat and pressure — not incineration — to convert diverse waste streams into high-demand, high-margin products.
Patented hydro-thermal carbonization (HTC) technology uses low heat and pressure — not incineration — to convert diverse waste streams into high-demand, high-margin products.

Sources
Sources
FLEXIBLE INPUTS
FLEXIBLE INPUTS
Plastics • Manure • Food Waste • Sewage Sludge • Medical Waste
Plastics • Manure • Food Waste • Sewage Sludge • Medical Waste

Process
Process
MODULAR. COMPACT FOOTPRINT
MODULAR. COMPACT FOOTPRINT
Deployed in standard modular containers, engineered for rapid installation and minimal site disruption
Deployed in standard modular containers, engineered for rapid installation and minimal site disruption

Outputs
Outputs
MULTIPLE REVENUE STREAMS
MULTIPLE REVENUE STREAMS
Hydrochar (a direct coal replacement) • Electricity • Activated Carbon • Biogas
Hydrochar (a direct coal replacement) • Electricity • Activated Carbon • Biogas
Current Traction
Current Traction
Current Traction
Already operating. Already generating.
Already operating. Already generating.
Already operating. Already generating.

Morong, Philippines
Morong, Philippines
A landfill site near Metro Manila, actively converting waste into baseload power generation.
A landfill site near Metro Manila, actively converting waste into baseload power generation.

Siargao, Philippines
Siargao, Philippines
Serving a top international tourism destination, where waste management and energy reliability are both under pressure.
Serving a top international tourism destination, where waste management and energy reliability are both under pressure.

Supporting Lines
Supporting Lines
Additional sites are under active development across the Philippines, forming the foundation of a broader regional buildout.
Additional sites are under active development across the Philippines, forming the foundation of a broader regional buildout.
OUR SYSTEM
OUR SYSTEM
OUR SYSTEM
A patented system built to reduce technical and operating risk.
A patented system built to reduce technical and operating risk.
A patented system built to reduce technical and operating risk.

Proven at the source
Proven at the source
Proven at the source
The foundational science behind HTC has been recognized at the highest levels and refined over more than a century.
The foundational science behind HTC has been recognized at the highest levels and refined over more than a century.
The foundational science behind HTC has been recognized at the highest levels and refined over more than a century.
Vetted internationally
Vetted internationally
Vetted internationally
Sourced from Japan and actively implemented for 17 years across multiple markets.
Sourced from Japan and actively implemented for 17 years across multiple markets.
Sourced from Japan and actively implemented for 17 years across multiple markets.
Established track record
Established track record
Established track record
Operating history across Japan, Indonesia, Taiwan, Thailand, and China.
Operating history across Japan, Indonesia, Taiwan, Thailand, and China.
Operating history across Japan, Indonesia, Taiwan, Thailand, and China.
Exclusive access
Exclusive access
Exclusive access
Riven holds exclusive licensing rights for North America and the Philippines, with room to expand.
Riven holds exclusive licensing rights for North America and the Philippines, with room to expand.
Riven holds exclusive licensing rights for North America and the Philippines, with room to expand.
Commercially proven
Commercially proven
Commercially proven
Rated Technology Readiness Level (TRL) 9 — not a pilot, not a prototype.
Rated Technology Readiness Level (TRL) 9 — not a pilot, not a prototype.
Rated Technology Readiness Level (TRL) 9 — not a pilot, not a prototype.
Regional Vision
Building corridor-wide waste and energy infrastructure.
Building corridor-wide waste and energy infrastructure.
Riven's long-term vision extends beyond individual sites to a connected network across the Luzon economic corridor — anchoring facilities near major ports, airports, and population centers where waste volume and energy demand are both highest.
Riven's long-term vision extends beyond individual sites to a connected network across the Luzon economic corridor — anchoring facilities near major ports, airports, and population centers where waste volume and energy demand are both highest.
Riven's long-term vision extends beyond individual sites to a connected network across the Luzon economic corridor — anchoring facilities near major ports, airports, and population centers where waste volume and energy demand are both highest.
This is infrastructure built for scale from day one — modular, replicable, and designed to grow site by site.
This is infrastructure built for scale from day one — modular, replicable, and designed to grow site by site.
This is infrastructure built for scale from day one — modular, replicable, and designed to grow site by site.
OUR IMPACT
OUR IMPACT
OUR IMPACT
No Poverty
Creation of jobs for rural communities
Good Health & Well-Being
Reduces pathogens, improves sanitation
Clean Water & Sanitation
Conversion of sludge into renewable energy
Affordable & Clean Energy
Improvement access to low-cost, clean power
Decent Work & Economic Growth
Sustainable jobs in operations and collection
Industry, Innovation & Infrastructure
Globally scalable waste-to-energy model
Sustainable Cities & Communities
Reduction of landfill burden, creates clean energy
Infrastructure built for measurable, lasting impact.
Infrastructure built for measurable, lasting impact.
Infrastructure built for measurable, lasting impact.
Every Riven site is designed to deliver on more than energy output — creating local jobs, reducing landfill pressure, protecting water and soil quality, and cutting reliance on coal.
Every Riven site is designed to deliver on more than energy output — creating local jobs, reducing landfill pressure, protecting water and soil quality, and cutting reliance on coal.
Every Riven site is designed to deliver on more than energy output — creating local jobs, reducing landfill pressure, protecting water and soil quality, and cutting reliance on coal.
Frequently asked questions
Frequently asked questions
Frequently asked questions
Questions people usually ask before working with us
Questions people usually ask before working with us
Questions people usually ask before working with us
Is this the same as incineration?
No. HTC uses controlled heat and pressure in a sealed reactor vessel — there is no open flame or combustion of waste at any point in the process.
How proven is this technology, really?
The foundational science has been in active use for over a century, with Riven's specific implementation actively operating in Japan for 17 years and across five countries. It's rated Technology Readiness Level (TRL) 9 — proven in operational environments, not experimental.
What can the system actually process?
Plastics, manure, food waste, sewage sludge, and medical waste — with minimal pre-processing beyond removing metal, rock, and glass. The system is largely feedstock-agnostic, which is a meaningful departure from most competing technologies.
Why does the modular design matter so much?
It's the single biggest driver of Riven's cost and timeline advantage. A containerized system installs in months, not years, and scales by adding units rather than rebuilding — which is exactly the kind of flexibility traditional mega-plants can't offer.
Is this the same as incineration?
No. HTC uses controlled heat and pressure in a sealed reactor vessel — there is no open flame or combustion of waste at any point in the process.
How proven is this technology, really?
The foundational science has been in active use for over a century, with Riven's specific implementation actively operating in Japan for 17 years and across five countries. It's rated Technology Readiness Level (TRL) 9 — proven in operational environments, not experimental.
What can the system actually process?
Plastics, manure, food waste, sewage sludge, and medical waste — with minimal pre-processing beyond removing metal, rock, and glass. The system is largely feedstock-agnostic, which is a meaningful departure from most competing technologies.
Why does the modular design matter so much?
It's the single biggest driver of Riven's cost and timeline advantage. A containerized system installs in months, not years, and scales by adding units rather than rebuilding — which is exactly the kind of flexibility traditional mega-plants can't offer.
Private Infrastructure for Renewable Energy
M-F: 9:00A - 6:00P
© 2026 Riven Global Holdings LLC. Designed by Brandsmiths Marketing.
Private Infrastructure for Renewable Energy
M-F: 9:00A - 6:00P
© 2026 Riven Global Holdings LLC. Designed by Brandsmiths Marketing.
Private Infrastructure for Renewable Energy
M-F: 9:00A - 6:00P
© 2026 Riven Global Holdings LLC. Designed by Brandsmiths Marketing.