BETA RENOWABLE GROUP SA

Their core work

BETA Renewables Group is a Spanish SME based in Gijón specialising in the conversion of waste organic materials into fuels and bio-based chemicals. Their work sits at the intersection of industrial process engineering and waste valorisation: they adapt existing production infrastructure (such as biodiesel plants) to generate higher-value outputs like polyols, and they develop processes to extract oil from municipal sewage sludge. In practical terms, they bring process chemistry and engineering know-how to the challenge of turning low-value waste streams into marketable products. Their projects are applied and commercially oriented, targeting industrial scale-up rather than basic research.

What they specialise in

How they've shifted over time

BETA's H2020 participation spans just two years (2016–2017 project starts), so a long-term trend is hard to establish. Their first project (B-Ecolyol) was a self-led feasibility study focused on repurposing existing biodiesel infrastructure to produce a higher-margin chemical product — polyol — suggesting a commercial optimisation angle. Their second project (SSOP) moved them into a more challenging feedstock: municipal sewage sludge, a lower-quality and more complex input that requires more advanced process chemistry. This shift indicates a broadening appetite for difficult waste streams, not just the optimisation of clean bio-based inputs.

BETA appears to be moving toward increasingly complex organic waste feedstocks, which positions them well for circular economy projects targeting municipal and industrial waste valorisation.

How they like to work

BETA has both led and followed in their two projects, suggesting flexibility rather than a fixed preferred role. As coordinator of B-Ecolyol they ran a small Phase 1 SME Instrument feasibility study — a largely solo instrument — while in SSOP they joined a larger innovation action as a contributing partner. With only three unique consortium partners across two countries, their network is minimal; they work in tight, focused teams rather than broad multi-partner consortia. This makes them likely most useful as a specialist technical contributor rather than a consortium orchestrator on large projects.

BETA has worked with only three unique consortium partners across two countries over their entire H2020 history, indicating a very narrow collaboration footprint. Their partnerships appear project-specific rather than part of a recurring network.

What sets them apart

BETA occupies a practical niche that is less common among academic and research-institute-dominated energy consortia: they are an industry-facing SME that develops and tests actual conversion processes, not theoretical models. Based in Gijón — a former heavy-industry city with an industrial heritage — they likely bring real plant access and process scale-up experience that pure research organisations cannot offer. For consortium builders, their value is as a bridge between lab-developed processes and industrial implementation, particularly for waste-to-fuel and bio-chemical production chains.

Highlights from their portfolio

• B-Ecolyol
  BETA acted as coordinator — notable because few SMEs self-lead H2020 projects, and the concept of retrofitting biodiesel plants for polyol production represents an unusual circular-use model for existing bio-fuel infrastructure.
• SSOP
  The largest of their two projects by budget (EUR 238,243) and the most technically ambitious, tackling sewage sludge — one of the most problematic municipal waste streams — as a feedstock for oil recovery.