ALP TECHNOLOGIES LTD

Their core work

ALP Technologies is a London-based technology SME with specialist expertise in chemical catalysis, biomass conversion, and sustainable biorefinery processes. They work at the intersection of green chemistry and industrial application — specifically on how biomass feedstocks can be converted into value-added chemicals and fuels using advanced catalytic materials, including hierarchical zeolites. Their H2020 participation is exclusively through MSCA-RISE staff exchange programmes, which means they function as an industrial host and knowledge partner for academic research consortia, contributing real-world application context to laboratory-scale science. Their technical scope spans from upstream biomass gasification and CO2 capture through to downstream catalytic refining and process design, with increasing attention to life cycle sustainability.

What they specialise in

How they've shifted over time

Both projects started in 2019, so the evolution is thematic rather than strictly temporal — but the shift between the two is meaningful. BIOMASS-CCU represents a thermochemical focus: turning biomass into energy while capturing CO2, a carbon-negative energy pathway. ZEOBIOCHEM marks a move toward materials-led biorefinery: using designer zeolite catalysts to extract chemicals from biomass, with explicit attention to process efficiency and environmental footprint. The trajectory points from bulk energy applications toward higher-value chemical production with engineered catalytic materials — a shift consistent with where the bioeconomy field has been heading commercially.

ALP Technologies is moving from carbon capture as an end goal toward catalytic valorisation of biomass — suggesting future collaboration interest will cluster around bio-based chemicals, renewable feedstock processing, and advanced catalyst design rather than pure CO2 mitigation.

How they like to work

ALP Technologies participates exclusively as a consortium partner and has never led a project — a pattern consistent with SMEs that join MSCA-RISE programmes as industrial hosts or application-domain contributors rather than research coordinators. Their two projects together involve 27 unique partners across 10 countries, which means they operate within large, multi-national consortia rather than tight bilateral arrangements. This profile suggests they are accessible, open to new partnerships, and experienced at bridging academic research and industrial relevance within international teams.

ALP Technologies has built a surprisingly broad network for a two-project participant: 27 unique partners spanning 10 countries, likely including academic institutions and industrial partners across the EU through their MSCA-RISE consortia. No single dominant geography is apparent, suggesting open pan-European engagement.

What sets them apart

ALP Technologies occupies a rare niche for a small UK private company: active participation in EU research excellence programmes focused specifically on catalytic green chemistry and biomass valorisation, areas where most SME involvement is on the applied engineering side rather than frontier catalysis science. Their consistent MSCA-RISE presence means they have established academic contacts and credibility in European research networks despite their small size. For a consortium needing an industry voice in advanced biorefinery or zeolite catalyst research, they offer direct application-domain knowledge without the overhead of a large industrial partner.

Highlights from their portfolio

• ZEOBIOCHEM
  Runs until 2025, making it their longest active project, and targets hierarchical zeolite catalysis for biorefinery — one of the more commercially promising intersections of materials science and green chemistry in H2020.
• BIOMASS-CCU
  Received their largest single grant (EUR 46,000) and tackles negative-emission biomass gasification with CO2 utilisation — a technically ambitious combination that positions the company at the carbon-removal end of the energy transition.