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Companies/01873702

Biome Technologies Limited

Private Limited Company · Southampton

ActiveUnited KingdomIncorporated 1984Private Limited Company
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Documents & history

Available account evidence and business events. This is not a complete filing history or document library.

No electronic account filings

No extracted electronic accounts are available in our records.

Registered details

01873702
Status
Active
Type
Private Limited Company
Incorporated
1984-12-20
Jurisdiction
—
Registered office
STARPOL TECHNOLOGY CENTRE, NORTH ROAD, SOUTHAMPTON, HAMPSHIRE, SO40 4BL, ENGLAND

Classification

1 SIC codes
23006

Capital & company events

Reconstructed equity rounds and matched research funding.

Equity fundraising

0 SH01-derived rounds

No reconstructed allotment rounds.

Research and innovation

30 matched grants
De-Risking the Scale-Up of a Bio-Based Aromatic Chemical for Consumer Markets (BioAromScale)LeadLive
Innovate UK · Collaborative R&D · 2026-05-01 – 2026-10-31
£55,724
awarded
BioActivewear: Feasibility of Bio-Based PET Alternatives for the Next Generation of Performance ApparelLead
Innovate UK · Collaborative R&D · 2026-02-01 – 2026-03-31
£24,736
awarded
Determining the efficacy and market potential of an underrated bio-based platform chemical (BioPlatScope)Lead
Innovate UK · Feasibility Studies · 2024-10-01 – 2025-03-31 · with 1 other participant
£32,404
awarded
Biome Technologies Limitedlead£32,404
University of Oxford£25,527
Process and product optimisation through to scale-up and customer validation of a novel bio-based and compostable polymer(BioPolySummit)Lead
Innovate UK · Collaborative R&D · 2024-09-01 – 2026-02-28 · with 1 other participant
£189,030
awarded
Biome Technologies Limitedlead£189,030
Predicting process behaviour of bio based compostables (Procomp)Lead
Innovate UK · Collaborative R&D · 2024-03-01 – 2024-05-31 · with 1 other participant
£18,249
awarded
Biome Technologies Limitedlead£18,249
Feasibility study into the production of Bio-based monomers by fermentation at scale (Feasi-Ferm)Lead
Innovate UK · Collaborative R&D · 2023-07-01 – 2023-12-31 · with 1 other participant
£29,349
awarded
Biome Technologies Limitedlead£29,349
Surprisingly good behaviour of bio based compostable packaging (Sugobio)Lead
Innovate UK · Collaborative R&D · 2023-03-01 – 2023-05-31 · with 1 other participant
£17,782
awarded
Biome Technologies Limitedlead£17,782
Fermentation and strain development for the manufacturing of novel, high-performance, compostable and recyclable hetero-aromatic bioplastic monomers for the packaging industry (BioMonoMet)Lead
Innovate UK · Collaborative R&D · 2023-01-01 – 2024-06-30
£243,295
awarded
Development of High Barrier, bio-based and compostable flexible films using nanocellulose for the food packaging market (BarBi project)Lead
Innovate UK · Collaborative R&D · 2022-11-01 – 2025-01-31
£243,916
awarded
Industrial scale-up and functionality extension of novel compostable (and bio-based) hetero-aromatic biopolymers for the flexible packaging and coatings industries (BioPolyScaleUp)Lead
Innovate UK · Collaborative R&D · 2022-10-01 – 2024-03-31 · with 2 other participants
£197,577
awarded
Biome Technologies Limitedlead£197,577
University of Nottingham£94,188
Capturing and Processing Compostable Packaging - Behaviour Change Interventions and Infrastructure Considerations
Innovate UK · Collaborative R&D · 2022-05-01 – 2025-03-31 · with 9 other participants
£26,775
awarded
Capturing and Processing Compostable Packaging - Behaviour Change Interventions and Infrastructure Considerations
ISCF · Collaborative R&D · 2022-04-30 – 2025-03-30 · with 9 other participants
£871,273
whole project
Polymerisation method development for the manufacturing of novel, high-performance, compostable and recyclable hetero-aromatic bioplastics for the packaging industry (BioPolyMet) - Resilience fundLead
Innovate UK · Collaborative R&D · 2021-12-01 – 2022-01-31
£66,101
awarded
A disruptive alternative to plastic packaging materials - exploring the potential of cyanobacteria derived exopolysaccharides as novel, biodegradable and edible biopolymers – (CyoBPoly)Lead
Innovate UK · Feasibility Studies · 2021-07-01 – 2022-06-30 · with 2 other participants
£42,076
awarded
Biome Technologies Limitedlead£42,076
University of Nottingham£29,978
University of Glasgow£29,736
A disruptive alternative to plastic packaging materials - exploring the potential of cyanobacteria derived exopolysaccharides as novel, biodegradable and edible biopolymers – (CyoBPoly)
ISCF · Feasibility Studies · 2021-06-30 – 2022-06-29 · with 2 other participants
£101,790
whole project
Biome Technologies LimitedleadUniversity Of GlasgowUniversity Of Nottingham
A disruptive alternative to plastic packaging materials - exploring the potential of cyanobacteria derived exopolysaccharides as novel, biodegradable and edible biopolymers – (CyoBPoly)Lead
ISCF · Feasibility Studies · 2021-06-30 – 2022-06-29 · with 2 other participants
£101,790
whole project
Biome Technologies LimitedleadUniversity Of GlasgowUniversity Of Nottingham
BioTGuard : Biodegradable tree shelterLead
Innovate UK · Small Business Research Initiative · 2021-03-01 – 2022-03-31
£297,260
awarded
Polymerisation method development for the manufacturing of novel, high-performance, compostable and recyclable hetero-aromatic bioplastics for the packaging industry (BioPolyMet)Lead
Innovate UK · Study · 2020-11-01 – 2022-04-30 · with 1 other participant
£176,868
awarded
Biome Technologies Limitedlead£176,868
University of Nottingham£96,103
Novel Biodegradable Tree Guards - BioTGuardLead
Innovate UK · Small Business Research Initiative · 2020-10-01 – 2020-12-31
£58,843
awarded
Scale-up and techno-economic validation of a biobased monomer production process (based on a novel synthetic biotechnology platform) for use in a new generation of highly functional and biodegradable bioplastic polymers (BioMonomer-Scale)Lead
Innovate UK · Feasibility Studies · 2020-06-01 – 2020-11-30
£61,882
awarded
Scale-up and techno-economic validation of a biobased monomer production process (based on a novel synthetic biotechnology platform) for use in a new generation of highly functional and biodegradable bioplastic polymers (BioMonomer-Scale)Lead
Innovate UK · Collaborative R&D · 2019-03-01 – 2021-05-31 · with 1 other participant
£380,374
awarded
Biome Technologies Limitedlead£380,374
University of Nottingham£229,405
Scale-up and commercial evaluation of the manufacture of bio-based FDCA from HMFLead
Innovate UK · Collaborative R&D · 2017-10-01 – 2019-09-30 · with 2 other participants
£435,321
awarded
Biome Technologies Limitedlead£435,321
Enzymic polymerisation, characterisation and market evaluation of a set of novel bioplastic co-polymers derived from renewable resourcesLead
Innovate UK · Collaborative R&D · 2016-07-01 – 2019-09-30 · with 2 other participants
£315,705
awarded
Biome Technologies PLClead£315,705
Evaluation of the technical and commercial feasibility of the manufacture of bio-based polyester from cellulose derived 5-hydroxymethyl furfuralLead
Innovate UK · Feasibility Studies · 2015-06-01 – 2016-05-31 · with 1 other participant
£93,502
awarded
Biome Technologies PLClead£93,502
Bioplastic polymers based on aromatic dicarboxylic acids derived from ligninLead
Innovate UK · Collaborative R&D · 2015-04-01 – 2018-06-30 · with 3 other participants
£308,410
awarded
Eranet Ib LigbioLead
Innovate UK · EU-Funded · 2015-04-01 – 2018-12-31
£97,485
awarded
Eranet Ib LigbioLead
EU · EU-Funded · 2015-03-31 – 2018-12-31
£97,485
whole project
Eranet Ib Ligbio
EU · EU-Funded · 2015-03-31 – 2018-12-31
£97,485
whole project
University of Warwick and Biome Technologies plc.
Innovate UK · Knowledge Transfer Partnership · 2013-08-01 – 2016-07-31 · with 1 other participant
Biome Technologies PLC—
Evaluation of a novel process to obtain a high value polyester intermediate from ligninLead
Innovate UK · Feasibility Studies · 2013-05-01 – 2014-04-30 · with 1 other participant
£84,500
awarded
Biome Technologies PLClead£84,500