BIOSPHERE SRL

Their core work

BIOSPHERE SRL is an Italian industrial biotechnology SME that applies enzyme engineering and fermentation technologies to industrial materials and chemicals challenges. Their work connects biological processes to two distinct industrial problems: producing bio-based chemicals from biomass (isoprene, a key rubber precursor) and using ligninolytic enzymes to break down end-of-life thermoset composite materials — epoxy, polyester, and vinylester resins that currently have no viable recycling pathway. In the BIZENTE project, they contribute specialist expertise in ligninases and directed evolution methodologies, engineering enzymes capable of degrading highly cross-linked polymer networks. They operate as a technical contributor in research consortia, bringing applied biotech capabilities to problems that sit at the boundary of materials science and biochemistry.

What they specialise in

How they've shifted over time

In 2015, BIOSPHERE's EU-funded work was in bio-based chemical production — specifically using biological processes to synthesize isoprene, a petroleum-derived monomer used in rubber and adhesives, pointing to expertise in metabolic engineering or fermentation. By 2020, their focus had rotated toward the reverse problem: not making polymers biologically, but destroying them enzymatically — using ligninases to depolymerize thermoset composites that cannot be mechanically recycled. The connective thread is industrial biotechnology applied to materials, but the shift from synthesis to degradation reflects a broader market move toward circular economy and end-of-life solutions for advanced composites.

BIOSPHERE is moving toward enzymatic deconstruction of industrial polymers, a field with strong commercial pull as composite-heavy sectors (aerospace, wind energy, automotive) face regulatory and sustainability pressure to address end-of-life material streams.

How they like to work

BIOSPHERE has participated in two projects without ever taking the coordinator role, consistently functioning as a specialist contributor rather than a project driver. Their average consortium size appears modest — 12 partners spread across 2 projects suggests typical mid-size European research consortia of 5–8 partners each. This pattern indicates they are sought out for specific technical expertise rather than for project management or funding mobilization capacity.

BIOSPHERE has collaborated with 12 unique partners across 5 countries through its two H2020 projects, a limited but genuinely European footprint. No geographic concentration is evident from available data, suggesting their partnerships are driven by technical fit rather than regional proximity.

What sets them apart

BIOSPHERE occupies a narrow but commercially relevant niche: enzymatic recycling of thermoset composites, a materials class (carbon-fiber-reinforced epoxy, wind turbine blades, aerospace parts) that the industry has largely failed to recycle at scale. Few SMEs combine ligninase expertise with directed evolution capabilities and industrial polymer chemistry — that intersection is genuinely scarce. For consortium builders targeting circular economy calls in advanced manufacturing or composites, BIOSPHERE brings a biological toolkit that is difficult to find in a single SME.

Highlights from their portfolio

• BIZENTE
  The largest and most technically specific project (EUR 288,900, 2020–2024), targeting a commercially urgent and largely unsolved problem — enzymatic depolymerization of thermoset composites — with an unusual combination of ligninase biology and polymer chemistry.
• Bioprene
  An early-stage SME Instrument Phase 1 project (2015) that signals BIOSPHERE's original biorefinery and fermentation roots, providing context for how their industrial biotech focus has evolved.