Key Takeaways
- Tersis Technologies, Inc. (OTCID: TERS) has executed a non-binding Memorandum of Understanding with Vivum Intelligent Media Limited to pursue the first United Kingdom deployment of its Oaktree modular utility platform, announced April 27, 2026.
- The collaboration targets the $1,000,000 TERA 2026 Award, which, if secured, is expected to fund procurement, shipping, and commissioning of a $1.1 million commercial “Factory-in-a-Box” unit in the UK.
- The planned installation is based on Tersis’ 2.2MW Dockmaster architecture and is designed to convert waste streams into dispatchable power, thermal energy, biochar, and activated carbon, with additional capability for PFAS and microplastics remediation.
- Under the MOU, Vivum will lead the TERA 2026 application process, including financial modeling and submission strategy, while Tersis will supply exclusive technology rights, engineering, commissioning, and system integration support.
- Tersis has agreed, subject to award and final project validation, to fund the remaining $100,000 capital requirement beyond the TERA award to complete the proposed $1.1 million system.
Tersis Technologies and Vivum Formalize UK Market Entry Agreement
Tersis Technologies, Inc. (OTCID: TERS), a circular economy infrastructure company focused on converting waste into energy and high-value byproducts, has signed a non-binding Memorandum of Understanding with Vivum Intelligent Media Limited to pursue the first United Kingdom deployment of its Oaktree modular utility platform.
The MOU centers on a joint effort to secure the $1,000,000 TERA 2026 Award. If awarded, the funds are intended to support procurement, shipping, and commissioning of a $1.1 million commercial “Factory-in-a-Box” unit in the United Kingdom.
2.2MW Dockmaster Architecture and Waste Conversion Outputs
The planned UK installation is based on Tersis’ 2.2MW Dockmaster architecture. The platform is designed to accept waste streams and convert them into dispatchable power, thermal energy, and carbon-based outputs, specifically biochar and activated carbon. The system also incorporates waste remediation capabilities, including treatment of per- and polyfluoroalkyl substances (PFAS) and microplastics.
Tersis Technologies Plans UK Site as Repeatable Proof-of-Build Model
Tersis intends for the UK project to serve as a proof-of-build site for repeatable modular deployments across distributed waste-to-energy markets. The company has identified speed of deployment, permitting efficiency, feedstock access, and local power demand as the primary commercial drivers in those markets.
MOU Terms and Division of Responsibilities
Under the MOU, Vivum will lead the TERA 2026 application process, including financial modeling and submission strategy. Tersis will provide exclusive technology rights for the initial UK proof-of-build site, along with engineering, commissioning, and system integration support. Tersis has also committed to prioritizing manufacturing capacity and supply chain allocation to support the planned deployment timeline.
The parties intend to jointly pursue site control, permitting, and utility off-take arrangements for the UK facility. Tersis has agreed, subject to the TERA 2026 Award being secured and final project validation being completed, to fund the remaining $100,000 capital requirement needed to reach the total $1.1 million system cost.
“This agreement represents an important step toward commercial deployment of our modular waste-to-energy platform. The proposed UK installation is designed to demonstrate a repeatable infrastructure model that can be scaled across multiple markets, waste streams, and distributed power applications,” said Antonio Uccello, Chief Executive Officer at Tersis Technologies.
The MOU establishes a non-binding framework for collaboration and is expected to lead to a definitive agreement if the TERA 2026 Award is secured and final project validation is completed.
