Tersis Technologies Signs UK Deployment MOU with Vivum, Targeting $1M TERA 2026 Award

Key Takeaways

• Tersis and Vivum sign MOU for UK Oaktree deployment.
• Targeting $1M TERA 2026 award to fund $1.1M unit.
• 2.2 MW Dockmaster converts waste to power, biochar, carbon.
• Vivum leads award application; Tersis provides technology and engineering.
• Tersis will cover remaining $100k if award secured.

Pulse Analysis

The waste‑to‑energy sector is entering a new phase as modular, factory‑built solutions promise faster deployment and lower capital risk. Tersis Technologies, a pioneer in circular‑economy infrastructure, leverages its Oaktree platform to transform heterogeneous waste streams into multiple revenue streams—electricity, thermal energy, biochar and activated carbon. By packaging the technology into a "Factory‑in‑a‑Box" format, the company reduces permitting timelines and offers a replicable blueprint for municipalities and private operators seeking sustainable energy alternatives.

In the United Kingdom, the collaboration with Vivum Intelligent Media focuses on winning the $1 million TERA 2026 Award, a competitive grant designed to accelerate innovative clean‑tech projects. The award would underwrite the bulk of a $1.1 million installation featuring the 2.2 MW Dockmaster architecture, which uniquely integrates PFAS and microplastic remediation alongside conventional waste conversion. Vivum will steer the financial modeling and application process, while Tersis supplies exclusive technology rights, engineering expertise, and system‑integration support, positioning both firms as front‑runners in the emerging market for high‑value waste treatment.

If successful, the UK pilot will serve as a proof‑of‑build site, demonstrating that modular waste‑to‑energy units can be rolled out rapidly across distributed markets. The project’s ability to generate dispatchable power and valuable carbon products aligns with European decarbonization goals and offers investors a diversified revenue model. Moreover, Tersis’ commitment to fund the remaining $100,000 underscores confidence in the technology’s commercial viability, signaling broader adoption potential for similar modular platforms worldwide.