Marine Protein Platform · Est. 2026

Building the scientific foundation for marine protein

Marine protein is probably inevitable. Nobody has clinically validated it properly yet. SeaCrunch intends to be first.

Research Programme The Evidence Gap
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£13.7bn
Global seaweed market by 2034
CAGR 9.5%
£45bn
Global sports nutrition market
Growing 8–10% annually
0
Published human MPS studies on seaweed protein
That is the gap we are closing
Ph.1
Clinical programme now in preparation
University of Exeter
Seaweed underwater
Position

Not a seaweed company. A category builder.

01

Marine protein is probably inevitable

Seaweed cultivation requires no land, no freshwater, no fertilisers. Environmental credentials that exceed even plant-based alternatives. Consumer demand, policy alignment, and supply infrastructure are converging.

02

Nobody has proven it in humans

Compositional analyses are extensive. But there is a near-total absence of gold-standard human clinical data measuring amino acid absorption or muscle protein synthesis. That void is the real commercial and regulatory barrier.

03

SeaCrunch is structured to be first

We are the commercialisation and research coordination platform. We commission independent evidence, convene the right partnerships, and build the technical infrastructure that the entire category will require. The science belongs to the researchers. The first-mover position belongs to SeaCrunch.

The Evidence Gap

Four coupled problems prevent the category existing

The scientific literature is unambiguous. Each problem has a defined solution. SeaCrunch's architecture is built to solve all four simultaneously. Companies that solve one or two fail.

01

Protein is systematically overstated

Standard nitrogen analysis (Kjeldahl/Dumas) uses a 6.25 conversion factor. In seaweed, this is wrong. Non-protein nitrogen inflates all published figures. The correct factor is 4–5. Any claim built on conventional analysis is exposed to scientific challenge from day one.

SeaCrunch: amino acid analysis only
02

Protein is structurally inaccessible

Cell wall polysaccharides physically trap intracellular proteins. Without targeted processing, much of the protein content is biologically locked. Alkaline extraction yields ~7%; enzymatic combined methods yield ~11%. The IP sits in the extraction process, not the raw biomass.

SeaCrunch: proprietary enzymatic extraction
03

Bioavailability in humans is unproven

No study has yet used stable isotope tracer methodology, the accepted gold standard for measuring muscle protein synthesis, in humans consuming seaweed protein. This evidentiary void is the primary regulatory, commercial, and investor barrier facing the entire category.

SeaCrunch: two-phase clinical programme, Exeter
04

The economics are structurally fragile

Protein yield from Palmaria palmata ranges 7–11% of dry weight. A single-product model competing with whey on unit economics is not viable. The solution is biorefinery: protein plus polysaccharides plus bioactives plus residual biomass, giving multiple revenue streams from one tonne.

SeaCrunch: biorefinery model from day one

"SeaCrunch is not a seaweed producer. It is a protein-unlocking technology company that uses seaweed as feedstock. The intellectual property sits in how the protein is extracted, not in what grows in the sea."

Seaweed on rocks
Clinical Programme

Two phases. Sequential. Gold standard.

SeaCrunch is a food innovation company, not a research institution. This is deliberate. Research conducted independently, by world-class academic institutions with full publication rights and their own ethical governance, carries genuine scientific authority. That independence is not incidental to the evidence's commercial value. It is the source of it.

All findings will be published regardless of outcome. This commitment is unconditional. Negative results published honestly protect the scientific record and protect SeaCrunch from a far worse outcome: building a commercial programme on an ingredient that cannot perform as promised.

Academic Partner
University of Exeter
Primary Species
Palmaria palmata (dulse)
Total Programme
~£350,000 across both phases
Timeline to Publication
24–30 months
Phase One · Now underway

Safety, Tolerability & Amino Acid Bioavailability

Randomised crossover design in physically active adults. Seaweed protein at two dose levels, a whey comparator, and a non-protein control. Blood amino acid profiles, gastrointestinal tolerance assessments, and dose-response characterisation. The foundation for everything that follows.

The most important question: does the processed ingredient actually absorb in human metabolism? Given protein rebinding risk and low PDCAAS scores in the literature, Phase One is the most critical binary risk in the business.

£120k–£150k
Duration ~6 months data collection
Analysis +2–3 months
Decision point Month 10; go/no-go for Phase Two
Seaweed fronds
Phase Two · Post Phase One results

Muscle Protein Synthesis — Stable Isotope Tracer Methodology

The definitive question: does seaweed protein stimulate muscle protein synthesis in humans at rates comparable to whey? Stable isotope tracers are the only approach accepted as definitive by regulatory authorities for health claim applications. Not a proxy; a direct measurement of the outcome of interest.

The primary output is a peer-reviewed manuscript in a leading nutrition or exercise science journal. This becomes the foundational citation for all subsequent commercial claims, health claim submissions, and regulatory applications. First-mover position in the scientific record; once taken, it cannot be claimed by others.

£180k–£220k
Duration ~12–15 months execution
Analysis +3–4 months
Output Peer-reviewed publication
Ecosystem

An ecosystem, not a company

SeaCrunch is deliberately structured as a coordination platform. One of the most important aspects of the model is what it chooses not to do. The restraint increases credibility.

Clinical Research · Confirmed

University of Exeter

Internationally recognised for muscle protein metabolism research. Extensive published experience with stable isotope tracer methodology, the gold standard for measuring muscle protein synthesis. Independent protocol design, full publication rights, ethical governance entirely separate from SeaCrunch.

Areas: human nutrition · exercise physiology · protein metabolism · sports nutrition clinical science
Marine Science · Confirmed

Scottish Association for Marine Science (SAMS)

One of Europe's leading marine research institutes. World-class expertise in seaweed biology, UK species characterisation, cultivation systems, and marine biochemistry. Critical to SeaCrunch's species selection, biomass quality, and longer-term domestic supply chain development.

Areas: seaweed biology · UK species · aquaculture · compositional analysis · marine ecology
Industry Partner · Letter of Support

Healthspan

Part of the Orkla Group. Over £500 million UK revenue. Evidence-led product development, direct consumer relationships, manufacturing capability, and distribution networks. Their interest represents genuine commercial assessment. Customer base of health-conscious older adults alongside sports nutrition consumers aligns directly with marine protein's positioning.

Brings: manufacturing · distribution · formulation expertise · consumer access
Advisory · Discussions Underway

University of Greenwich & Natural Resources Institute

Expertise spanning alternative protein commercialisation, algal extraction science, food functionality, flavour optimisation, and circular processing systems. Connectivity to UK innovation funding ecosystems, including Innovate UK and UKRI alternative protein programmes. A commercially oriented, translational research perspective.

Partnerships Open

Supply Chain · Cultivation · Regulatory

We seek relationships with seaweed cultivators and processors working with red seaweed species in UK, Irish, Icelandic, or Norwegian waters. Validated demand transforms the economics of cultivation investment. Also: regulatory science expertise, food technology, and bioprocessing capability.

Enquire →
Underwater seaweed
Impact

The case extends far beyond nutrition

Marine protein is not only a nutrition story. It is a coastal economic development story, a climate story, a food security story, and a UK scientific leadership story, all simultaneously.

No
arable land required · no freshwater · no synthetic inputs

Categorical environmental advantages

Seaweed cultivation requires nothing from terrestrial agriculture. No land displacement. No freshwater withdrawal. No fertilisers or pesticides. Active carbon sequestration during growth. If processing uses renewable energy, marine protein's net footprint can approach or exceed neutrality. No terrestrial protein source can make this claim.

95%
of UK seaweed currently imported

Strategic UK first-mover opportunity

The UK imports the vast majority of the seaweed it uses. The risk is not commodity seaweed; it is importing high-value, scientifically validated ingredients that the UK has every resource to develop domestically. Norway, Iceland, Ireland, and France are building capabilities. The window for UK leadership is open but not permanent.

644
seaweed species in UK coastal waters

Coastal economic regeneration

The value chain, covering cultivation, processing, protein extraction, formulation, and distribution, creates employment across skill levels in coastal regions facing structural economic challenges following fishery decline. Scotland's Highlands and Islands, Wales, Cornwall, and Devon all possess the coastal resources and the economic need that seaweed sector development could address.

1st
published gold-standard human MPS study for seaweed protein

Scientific first-mover position

The first organisation to publish gold-standard human clinical evidence for seaweed protein's efficacy establishes a scientific record that others must cite, acknowledge, and build upon. Regulatory precedents set by UK-led research create standards that later applicants must meet. This position, once taken, cannot be retroactively claimed.

Investment

The research programme is risk management, not a cost

Every pound invested in Phase One and Phase Two reduces the probability of the most expensive outcome available to this business: building a commercial programme on an ingredient that cannot deliver what it promises.

Seaweed close-up

Scientific first-mover position

The right to be the first published human clinical evidence in a category where that position cannot be retroactively claimed once taken. A citation record that every subsequent market entrant must acknowledge.

Process IP

Proprietary enzymatic extraction protocols, optimised for Palmaria palmata, that translate directly into ingredient performance and competitive defensibility. Species-specific optimisation that cannot be purchased from existing literature.

Regulatory infrastructure

Novel food dossier data generated through Phase One and Two, reducing the time and cost of market authorisation for SeaCrunch and creating precedents that benefit the company's position relative to later entrants.

Category creation premium

First-mover brands in validated new categories command valuations and exit multiples that market followers cannot access. Marine protein is an unproven category today. SeaCrunch's role is to make it real.

Phase One raise
~£150,000
SEIS / EIS eligible
Total programme
~£350,000
Phase Two raised post Phase One results

For comparison: developing and launching a conventional food product typically absorbs £500,000–£2,000,000 before manufacturing and marketing costs. This is the most efficient capital deployment available at this stage.

Contact

Research · Investment · Industry · Supply Chain

info@seacrunch.co.uk

Investment

Phase One raise open now. SEIS/EIS eligible. Phased structure.

Research

Academic institutions with relevant expertise across the value chain.

Industry

Nutrition brands, ingredient manufacturers, commercial partners.

Supply Chain

Seaweed cultivators and processors, particularly red species.

Media & Policy

Press, policy engagement, and general enquiries.