Non-metal battery architecture

Batteries built for the free world.

Stability in milliseconds. Continuity for hours. Safety by design. Independence by architecture.

Local renewable feedstocks In-house materials, cells & modules Telecom · Defense · AI infrastructure · Remote power

We build carbon from the inside out.Its pore architecture determines how energy is stored and delivered.

More than 3,000 m² of internal surface area in one gram of carbon.

DFT cumulative surface area · Sample AH-5

SorbiForce builds each carbon structure with a specific balance of micro-, meso-, and macropores.

From these materials, we build a new class of sorption-based batteries.

Measured pore-size distribution

N₂ sorption · 77 K · DFT · Nanopore domain · 1.3–12 nm

DFT cumulative surface area

AH-53,071 m²/g

AH-72,994 m²/g

5.12,498 m²/g

Carbon visualization · Graph: measured SorbiForce porometry data

The materials are already here.

The battery America can make.

Agricultural residues and algae become engineered carbon.

Mineral salts can be recovered from desalination streams.

Renewable feedstocks. Abundant salts. Available across America.

Measured under load

Structure becomes performance.

Cycling endurance

6,000+

Full charge–discharge cycles recorded.

High-rate stress test

20,000

High-power spikes across two full cycles.

Up to 7C Discharge to 0 V Minimal temperature rise No thermal runaway

10 shown from 6,000+ consecutive charge–discharge cycles Shown window · 10 h 48 min Voltage · 0–1.8 V Lab cell test · Current +0.10 / −0.08 A

SorbiForce prototype module · Operational footage

Controlled physical damage test

The cell remained active while being cut open.

No flame or thermal runaway observed.

SorbiForce prototype cell · Actual laboratory footage

Critical power.Without critical dependencies.

Telecom infrastructure

Concept rendering

The people behind SorbiForce

Team

Portrait of Serhii Kaminskyi — **Serhii Kaminskyi** Founder & CEO
Industrial engineer and inventor who built and launched two manufacturing facilities.

Portrait of Jordan Tomback — **Jordan Tomback** VP, Business Development
Leads U.S. business development, strategic relationships and commercial outreach.

Portrait of Vitalii Shevchyk, PhD — **Vitalii Shevchyk, PhD** Director & Head of R&D
Leads battery R&D, electrochemistry, materials development and technical testing.

Portrait of Oleg Sheremeta, PhD — **Oleg Sheremeta, PhD** Corporate Affairs & Governance
Corporate governance, strategic partnerships and Advisory Board coordination.

SorbiForce researchers preparing samples at the laboratory bench — **R&D Team** 10+ PhDs
Materials science, electrochemistry and battery engineering.

Advisory Board & Special Advisors

Portrait of Major General David S. Baldwin (Ret.) — **Major General David S. Baldwin (Ret.)** Founding Chair, Advisory Board
Former Adjutant General of California with four decades of military leadership.

Portrait of Lance H. Spencer — **Lance H. Spencer** Defense & Strategic Alliances
Former senior AT&T Public Sector executive and retired U.S. Air Force Colonel.

Portrait of Keith Tresh — **Keith Tresh** Cybersecurity & Critical Infrastructure
Former California and Idaho CISO and cybersecurity professor.

Mark Chmura Telecom & Market Development

Former Crown Castle executive focused on telecom infrastructure and enterprise markets.

Portrait of Drew DeJarnette, PhD — **Drew DeJarnette, PhD** Special Advisor — Advanced Systems & Integration
Former SunShot Fellow, U.S. Department of Energy.

Early investment opportunity

Abundant materials.
Rare opportunity.

1,000+ investors already with us.

Achieved: Materials & cells
Achieved: Working modules
Achieved: Pilot production
Achieved: Signed LOIs
We are here Now: Current roundUL · First deployments
Future goal: Revenue · Scaling
Future goal: Niche dominance
Future goal: Global expansion