Carbon — Three Pathways. One System. | NeuroSync Technologies Marine Division

Bio-Farm Carbon Credit Programme — Three Simultaneous Pathways

THREE PATHWAYS.
ONE SYSTEM.

Every Bio-Farm deployment generates verified carbon credits across three simultaneous pathways. No other biochar project on earth does this. Methane prevention, biochar sequestration, and reforestation enablement — from the same feedstock, the same system, the same farm. Sargassum biochar is one of the highest-integrity carbon removal credits available. The methodology exists, is ICVCM-approved, and marine waste biomass is the ideal feedstock.

3 Simultaneous credit pathways
$250/t Maximum credit price
209t CO2e per farm per year
$1M+ Annual credits at 20 farms
The three pathways Corporate buyer enquiry Bio-Farm overview

THE STRONGEST ADDITIONALITY ARGUMENT IN THE CARBON MARKET.

Sargassum is unambiguously waste biomass. It arrives uninvited. It damages coastlines, kills marine ecosystems, and costs Caribbean governments millions annually to remove. Intercepting it generates zero land use competition, zero deforestation risk, and an airtight additionality argument — this carbon would not be sequestered without the Bio-Farm. That combination of feedstock integrity, triple-stacked pathways, and cold-process verified supply chain makes Bio-Farm carbon credits structurally more valuable than any terrestrial equivalent.

THREE PATHWAYS. SIMULTANEOUSLY.

Most biochar projects generate one type of credit. Bio-Farm generates three from the same feedstock — stacked, verified, and additive. No existing project replicates this architecture.

Verified avoidance credit

Methane Prevention

Every tonne of sargassum intercepted before beaching prevents 302kg CO2-equivalent methane from decomposing biomass. When sargassum beaches and rots, it generates methane and hydrogen sulphide — a potent greenhouse gas with 80× the 20-year warming potential of CO2. Interception prevents this entirely. The credit is immediate, quantifiable, and verified at point of interception.

Verified avoidance — immediate · Quantifiable per tonne intercepted

Verified removal credit — Verra VM0044

Biochar Sequestration

Pyrolysis converts post-extraction biomass into biochar that locks carbon in soil for centuries — not decades, centuries. Biochar is one of the most durable carbon removal pathways available. Verified under Verra VM0044, the ICVCM-approved global standard for biochar carbon removal credits. The same cold-process supply chain that makes our pharmaceutical material superior also eliminates thermal processing emissions from the carbon accounting.

$100–$250 per tonne · Verra VM0044 · ICVCM-approved

Verified removal credit — long-duration

Reforestation Enablement

Biochar applied to degraded tropical land restores soil water retention, enabling reforestation where planting previously failed due to soil degradation. The trees that grow sequester additional carbon for decades — a third verified removal credit stream from the same system. Caribbean and Atlantic coastal land degraded by sargassum beaching is an immediate application target.

Long-duration removal · Decades of sequestration · Third stacked pathway

THE NUMBERS.

Carbon credit revenue on top of all other revenue streams — biomass, fuel, pharmaceutical bioactives, BIO-PRESERVE™ ecotourism. At national scale, credits alone become a significant standalone revenue line.

Deployment scale CO2e tonnes / year Revenue range
Single 20-net farm 152–209t $22,800–$52,250
Island deployment — 20 farms 3,040–4,180t $456,000–$1,045,000
Regional — 10 islands 30,400–41,800t $4.6M–$10.5M
Atlantic belt scale TBC — modelling in progress Significant

Verra VM0044 certification cost

£30–60k

One-time — 12–18 month process

Payback period at island scale

<2 months

Against minimum revenue at 20 farms

WHY OUR CREDITS ARE SUPERIOR.

High-integrity biochar credits command premium pricing. The feedstock, the stacking architecture, and the verified supply chain combine to make Bio-Farm credits the highest-integrity option in the market.

Feedstock integrity

Pelagic sargassum is unambiguously waste biomass. Zero land use competition. Zero deforestation risk. The strongest possible additionality argument — this carbon would not be sequestered by any alternative mechanism. No terrestrial biochar project can make this claim. Every land-based project involves competing land use decisions.

Triple stacking

No existing biochar project generates three simultaneous carbon pathways from one feedstock. Methane prevention, biochar sequestration, and reforestation enablement are each independently verifiable and independently valuable. Our credits are structurally more valuable than any terrestrial equivalent — not marginally, but categorically, because the triple-stack architecture has no precedent.

Cold-process verified

Our supply chain preserves the holobiont and native compound profile throughout. The same cold-process protocol that makes our pharmaceutical material superior makes our carbon accounting cleaner — no thermal processing emissions to deduct from the sequestration calculation. The carbon credit is the full biochar sequestration value, not net of processing emissions.

THE MARKET IS ALREADY MOVING.

Corporate buyers are signing 10-year forward purchase agreements for high-integrity biochar removal credits now — because supply is scarce. The window to secure forward agreements at current prices is closing as supply catches up with demand.

Microsoft

1.24 million tonnes — 10-year forward agreement

Microsoft's carbon removal programme is the largest corporate biochar forward purchase on record. Active procurement of high-integrity removal credits across multiple pathways.

Google

100,000 tonnes — forward purchase agreement

Google's carbon programme specifically prioritises high-integrity removal credits with verified additionality. Biochar is a primary procurement target.

Swiss Re

70,000 tonnes — forward purchase agreement

Swiss Re's carbon removal programme prioritises permanence and additionality — the two criteria where Bio-Farm credits are strongest. Marine waste feedstock with zero competing land use is precisely the profile they are seeking.

JPMorgan

Active forward purchase programme

JPMorgan's carbon purchasing programme is actively seeking high-integrity removal credits for its net zero commitments — with biochar a stated priority category.

Why supply is scarce

The demand for high-integrity biochar credits substantially exceeds current supply. Every project that can produce verified removal credits with strong additionality and feedstock integrity is immediately sought by corporate buyers building 10-year portfolios. Marine waste biomass with triple-stacked pathways and a cold-process verified supply chain is a category that does not currently exist in the market. Bio-Farm is the only project that can create it.

The forward purchase window

Corporate buyers are signing 10-year agreements now because they need to lock in supply at current prices before the market matures. As supply increases, spot prices will compress. The premium for first-mover supply relationships is real and time-limited. Bio-Farm is uniquely positioned to offer forward purchase agreements against a feedstock that literally grows faster as the climate warms.

What Bio-Farm can offer corporate buyers

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10-year forward purchase agreements against verified triple-stacked credits

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Marine waste feedstock with the strongest additionality argument in the market

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Cold-process verified supply chain — no thermal processing emissions in the carbon accounting

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Scalable from single farm to Atlantic Belt — supply can grow with buyer demand

CERTIFICATION.

Verra VM0044 is the ICVCM-approved global standard for biochar carbon removal credits. The methodology exists. The certification pathway is defined. We are pursuing it.

Primary standard

Verra VM0044

The ICVCM-approved global standard for biochar carbon removal credits. VM0044 covers biochar produced from biomass feedstocks and applied to agricultural soils. We are engaging with Verra's ongoing methodology consultation to formally include marine waste biomass as an eligible feedstock category — which it currently is not, but should be.

Certification cost £30,000–£60,000
Timeline 12–18 months
Payback at island scale (20 farms) Under 2 months
Credit price range $100–$250 per tonne
Credit duration Centuries — biochar permanence

Academic collaboration — University of York

Academic validation of the Bio-Farm carbon methodology is being developed in collaboration with researchers at the University of York Centre for Novel Agricultural Products. Independent peer-reviewed validation of the triple-stacked pathway architecture and feedstock-specific carbon accounting will support Verra VM0044 certification and provide the evidence base required for forward purchase agreement negotiations with corporate buyers.

The methodology gap we are addressing

Verra VM0044 does not currently list marine waste biomass as an eligible feedstock. This is a gap in the standard, not a fundamental objection — marine waste biomass has stronger additionality than any listed terrestrial feedstock. We are engaging with Verra's methodology consultation to formally include pelagic sargassum as an eligible category. The ICVCM approval process for marine waste biomass biochar is a near-term policy development with no substantive technical barrier.

Carbon buyers · Brokers · Certification partners

You have something none of them currently have access to.

If you represent a corporate buyer seeking forward purchase agreements for high-integrity biochar removal credits — or a carbon broker building a removal portfolio — we want to hear from you.

Triple-stacked pathways. Marine waste feedstock. Cold-process verified. Zero land use competition. The strongest additionality argument in the market. Available now, ahead of certification, for forward purchase agreement negotiation.

Carbon buyer enquiry Bio-Farm overview
Kirk Harper Founder, NeuroSync Technologies Limited
kirk_harper@neurosync-technologies.ltd
+44 7944 299117

NeuroSync Technologies Limited
Registered in England · Company No. 16532903

UK Patent Application GB2606416.2
BIO-PRESERVE™ UK00004361325
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