Go Green Global Technologies Corp, a United States clean technology company developing sustainable water and fuel treatment technologies, has announced that its board of directors has authorised the full Engineering Foundation Program for the company's Sonical 2.0 platform, according to GlobeNewswire.

The programme launches coordinated engineering, manufacturing and supply chain development required to bring two Sonical 2.0 product configurations to market: a water treatment system with three-quarter inch inlet and a fuel boiler system with half-inch inlet.

Both systems operate within existing water and fuel infrastructure to support treatment and conditioning whilst improving system efficiency. The company targets initial commercial revenue generation beginning in 2026.

The programme activates three parallel functions for both product lines: design engineering, manufacturing engineering and supply chain development. Activities will advance the Sonical 2.0 systems through prototype fabrication, laboratory validation, manufacturing readiness and controlled field deployments within operating water and fuel system environments.

Ron Stephens, chairman of the board of advisors, said: "This is not a study or a roadmap exercise - this is an authorization to design, verify, and build. Both product lines are moving forward in parallel. Design engineering, manufacturing engineering, and supply chain development are now active as we move toward commercial deployment."

Technical oversight is provided by the company's board of advisors, formed in August 2025 and chaired by Stephens. The board includes strategic counsel from Dr Christopher McComb, Gerard G. Elia Associate Professor of Mechanical Engineering at Carnegie Mellon University, operating a structured Technical Readiness Board review process evaluating engineering progress at defined milestones before advancing to subsequent phases.

The Sonical 2.0 platform builds upon the company's patented electromagnetic treatment technology, US Patent No. 11,634,344 B2, defining the coil architecture and drive system at the treatment mechanism's core.

Explore comprehensive details on the Engineering Foundation Program and commercial deployment timeline in the complete article.