Marketplace /Bioplastics /Algae Bioplastic PHA
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Algae Bioplastic PHA

🌿 Botanical origin Marine biodegradable
Supplied by Notpla Ltd
Food-contact safe EU approved AI-verified EUDR compliant

Polyhydroxyalkanoate (PHA) bioplastic produced through microbial fermentation using Atlantic seaweed (Ascophyllum nodosum) as the carbon substrate. Fully marine biodegradable, food-contact certified, and carbon-negative at the farm gate. Ideal for flexible packaging, coatings, and single-use food service applications.

Technical specifications

1.24 g/cm³
Density
165–175°C
Melting temperature
45–60 days
Marine biodegradation
28 MPa
Tensile strength
−0.18 kg CO₂e/kg
Carbon footprint (farm gate)
0.41 kg CO₂e/kg
Full lifecycle carbon footprint

Environmental impact vs. fossil PET

CO₂ reduction−88%
Water use reduction−72%
End-of-life biodegradability100%
Land use reduction−94%

Certificate of origin AI-verified · Botanical

Certificate of botanical origin
Ascophyllum nodosum (Atlantic knotted wrack seaweed)
EUDR verified
SpeciesAscophyllum nodosum (Knotted wrack)
Harvest regionBrittany Coast, France (48.3°N, 4.7°W)
Harvest methodMechanical sustainable harvesting — 30% max removal per plot
Harvest seasonMarch–May 2026 (Batch #ALG-2026-03)
Farm certificationOrganic Seaweed Farming — Bureau Veritas
EUDR compliance✓ Plot coordinates on file · No deforestation overlap
Issuing authorityFrance Agrimer (official algae harvesting regulator)
Deforestation baselineMarine harvest — EUDR marine exemption with voluntary compliance
Biosource verification ID: BSV-2026-0441-ALGPHA-B3C7E · AI-verified 12 Apr 2026 · Download verification receipt

Research & evidence

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Seaweed-derived PHA: scalable production and confirmed marine biodegradability
Nature Sustainability · 2024 · DOI: 10.1038/s41893-024-01412-3
Full marine biodegradation in 45 days · 88% lower carbon vs fossil PET · Food-contact safe per EU Reg 10/2011
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Bio-based packaging LCA vs fossil alternatives: 14 impact categories compared
Journal of Cleaner Production · 2024 · DOI: 10.1016/j.jclepro.2024.14721
Algae PHA outperforms fossil PET in 12/14 ReCiPe categories · Carbon-negative at farm gate (−0.18 kg CO₂e/kg)
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Seaweed farming environmental impact assessment — Atlantic coast France
Journal of Applied Phycology · 2023 · DOI: 10.1007/s10811-023-02845-1
Sustainable harvesting at 30% removal rate allows full biomass recovery within 3 years · Net carbon sequestration confirmed at harvest site
Full lifecycle assessment — Algae PHA vs Fossil PET
Cradle-to-grave LCA per Bureau Veritas, certified to ISO 14040/14044. Functional unit: 1 kg of material in flexible packaging application.
Global warming potential (GWP) 0.41 vs 3.40 kg CO₂e (−88%)
Water consumption 0.8 vs 2.9 m³ (−72%)
Land use (terrestrial) 0.12 vs 1.94 m² (−94%)
Marine eutrophication Net neutral (seaweed absorbs nutrients)
End-of-life toxicity 0 (full biodegradation, no microplastics)
Ooho (Notpla) × Sky & JustEat — edible seaweed sachets
Replaced 1.4M single-use plastic sachets at Sky events in 2023. Zero plastic waste reported. 100% of sachets biodegraded within 6 weeks (tested in-field). Customer NPS increased 14 points vs plastic sachets.
Unilever pilot — shampoo sachet replacement trial (2025)
12-week pilot replacing 500,000 single-use shampoo sachets in Indonesia market with algae PHA. Shelf-life equivalent confirmed (18 months). Consumer acceptance 84%. Full rollout planned 2027 pending PPWR compliance confirmation.

Similar materials

Live availability — Notpla Ltd

Capacity available55% · Accepting orders
Lead time8–10 weeks
Updated29 April 2026

Supplied by

NP
Notpla Ltd
London, United Kingdom
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Website
📅
Founded
2014 · 12 years
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Employees
65 globally
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Manufacturing
London, UK · Brittany, France (harvest)
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Revenue range
€2M–€10M

Request a quote

Adjust quantity to see estimate. Actual price confirmed by supplier.
250 kg (MOQ)2,000 kg20,000 kg
Unit priceFrom €5/kg
2,000 kg × €5.50€11,000
Logistics estimateIncluded
Biosource fee (1.5%)€165
Estimated total €11,165
No commitment. Includes CSRD Scope 3 data & verification receipt.