Investor capital buys proof, operating credibility, and a controlled first-node template.
Phase 1 should be read as a bounded first-node investment rather than a speculative regional rollout. Investors are underwriting one controlled Turks & Caicos operating node that combines a factory earnings floor with a measured development and land-bank overlay.
The plan preserves the company thesis from the leaner proof case, but expands the amplitude of Phase 1 with more early development activity, a larger land position and project pipeline, and a clearer bridge into later replication.
The return architecture remains investor-legible: investors stay 100% preferred until the greater of 1.75x MOIC or 25% IRR is achieved; after that, residual economics split 20% to investors and 80% to founders.
At a Glance
| Raise | $17.0M Investor cash |
| Sponsor | $5.0M Contribution |
| Continue | 3.03x 24.3% IRR |
| Buyout | 1.95x 25.0% IRR |
Core Structure
TCI only + factory + land-bank / measured development overlay. Project-level debt is layered into development activity at roughly 8%.
This should be framed as funding one country correctly, proving the operating and monetization system, and earning the right to replicate only after evidence exists.
The investor case is built on visible cash events first; long-duration platform upside is not required for Phase 1 to work.
Funded stack, capital buckets, reserves, and milestone-gated scope.
Investors are funding a functioning operating node rather than an abstract technology program. The capital stack is legible: $17.0M of investor cash, $5.0M of sponsor contribution, and targeted project-level debt layered into development activity at roughly 8%, with no large platform debt.
| Capital Bucket | Role in the Case | Underwriting Purpose | Control Note |
|---|---|---|---|
| Factory capex and follow-on capex | Build the operating platform and recurring production floor | Anchors the case to productive capacity and one-factory reference economics | Release against equipment, commissioning, and readiness milestones |
| Working capital and inventory | Protect commissioning and early commercial rhythm | Reduces the risk of a false start and supports delivery credibility | Track inventory turns, payables discipline, and early order cadence |
| Proof-system / QA / certification | Create financeable documentation and bounded claims | Turns product claims into investable evidence and de-risks approvals | Tie spend to test cadence, proof packs, and acceptance packages |
| Strategic reserve | Preserve liquidity and milestone discipline | Supports operating resilience and investor confidence | Reserve usage requires board-level or reserved-matter approval |
| Development / land / DevCo | Adds monetization and strategic control pathways | Creates a second route to value while preserving factory earnings floor | Sequence deployment behind milestones, not calendar dates |
Capital timing matters because it funds an operating model. Major releases should be tied to commissioning, inventory readiness, project-start milestones, reserve sufficiency, and debt-service visibility.
The capital story is disciplined: one raise, staged deployment, later project debt, and explicit reserve capacity from the start.
Factory economics form the base of Phase 1.
This Phase 1 sits between the lean proof case and the eventual broader platform. It is still factory-anchored and proof-first, but it is no longer a pure factory-only memo. Investors are funding a more substantial first node that can support manufacturing proof and measured development monetization.
Phase 1 at a Glance
| Metric | Current Position | Metric | Current Position |
|---|---|---|---|
| Geography | Turks & Caicos only | Core model | Single TCI factory + land-banking + measured development with local project debt |
| Investor cash | $17.0M | Sponsor contribution | $5.0M |
| Total capitalization | $22.0M | Preferred hurdle | 1.75x MOIC / 25% IRR |
| Continue case (2035) | 3.03x MOIC / 24.3% IRR | Optional buyout | 1.95x MOIC / 25.0% IRR in 2029 |
| 2030 revenue | $36.7M | 2030 EBITDA | $12.5M |
| Debt posture | Project-level debt at ~8% into dev activity; no large platform debt | Operating stance | Proof first, replicate second |
What Changes
Larger capital base, more early development activity, larger land position and project pipeline, and a more visible bridge into later replication
What Stays the Same
Single-country launch, factory as physical operating spine, proof-pack discipline, quality control, bounded warranty logic, governed capital pacing
Factories remain the underwriting floor: recurring output, rising margin quality, and a governed first-node plan.
Island construction remains structurally overpriced and underperforming.
Import dependence inflates delivered cost and makes scheduling harder in island markets. The marine environment offers many challenges for concrete, and raises lifecycle replacement burden. Island pain points can be transformed into advantages, turning reliability, speed, and thermal performance into economic advantages.
Three-Burden Framework: Baseline vs. Acrete Response
Structural, Not Cyclical
Delivered-cost friction is structural, not cyclical. The import-dependent model is permanently disadvantaged.
Durability Matters Most
Durability failure matters most where salt, heat, and logistics combine. The winner will reduce cost-of-failure, not just first cost.
Acrete is not entering a commodity market; it is entering a market where reliability and performance commands a premium.
Acrete sells a system that converts performance into economics.
Localized production reduces freight friction and improves delivery reliability. Durability-led mixes and industrialized outputs translate performance claims into measurable lifecycle value. Technical services and proof packs help engineers, owners, and insurers approve adoption with confidence.
Value Bridge
Delivered Cost
Localized production + logistics control
Durability
Marine-grade mixes + non-corrosive reinforcement
Approval Friction
Proof packs + documentation + bounded warranty
Project Value
Panels, pads, and technical services
Key Performance Advantages
- Lower delivered cost and schedule risk
- Faster cure time and improved crack control
- Higher durability and reduced lifecycle repair burden
- Stronger approval path through proof-backed documentation
The Acrete Advantage
- Less environmental impact overall
- 100x stronger, higher tensile and compressive strength
- Reduced water permeability
- 25% lighter and more durable
- Superior thermal conductivity
- Lower-energy inputs, lower CO2 emissions
- Higher chemical resistance
- More fire resistant, better structural integrity
Technology Foundation: BioCene + Basalt + A Proven Process
The technology is built around BioCene graphene and associated admixture chemistry designed for concrete applications in corrosive and high-stress environments. A single layer of carbon packed in hexagonal (honeycomb) lattice, the first truly 2D material. Few-layer graphene nanoplatelets sit at the center of the approach.
The BioCene graphene and basalt reinforcement operate as a compounding system rather than isolated additives. Acrete's commercial applications lower cement intensity and deliver better constructability with support services for a total building solution.
'Advanced concrete' also connotes the Product + Service model and reinforces deployment discipline.
The moat is not a single admixture claim; it is the repeatable system that makes better concrete financeable.
The initial offer stack is deliberately simple, sellable, and expandable.
Phase 1 starts with core offerings such as ready-mix for on-site pour applications and bagged product. Expansion into panels and other products comes in Phase 2. Acrete will prove dependable delivery before it broadens complexity.
The Product Ladder
Ready-mix / On-site Pour
Establishes utilization and operating rhythm
Panels and Pads
Deepen margin once the node stabilizes
Aggregates & Tech Services
Help secure pull-through and strengthen the proof path
Future: Structural Power
Graphene-concrete energy storage, explicitly excluded from Phase 1 base underwriting case
New Product Development: Future Optionality
What It Is
Graphene-concrete "structural power" as a future concept for structural energy storage.
Why It Matters
Potential off-grid, resilience, and microgrid value in island settings over time.
How to Present It
Long-range upside only, explicitly excluded from the Phase 1 base underwriting case.
Future technology optionality can strengthen the long-term story, but Phase 1 must stand on concrete cash flow and proof.
TCI is the right proof market.
TCI remains the right proof market because it is small enough to control, large enough to prove, and painful enough for the value proposition to matter quickly. One geography, one operating node, and one core story keep the underwriting focused rather than diffuse across speculative multi-market expansion. The correct framing is proof before replication, not simultaneous rollout.
The Advantages
Visible Market
Small enough to control, large enough to prove
Import Pain
Freight, scheduling, and inventory matter
Marine Exposure
Durability failure is economically relevant
Investor Legibility
One geography, one node, one core story
TCI is chosen because it is the most controllable proof market for Phase 1.
Phase 1 is not a cold start, it is built around a local operating partner in TCI.
Our local partner, North Caicos Contracting Ltd., has a 20+ year operating history, with experience across residential and commercial projects, equipment base, and local relationships. They have extensive expertise in mining aggregates, concrete technology, and construction practices.
Lowers Startup Risk
Existing operations, equipment, and relationships reduce cold-start risk materially
Accelerates Commercial Access
Established local presence means faster market penetration
Improves Institutional Credibility
Proven operator with local government and regulatory relationships
Local Expertise
Mining aggregates, concrete technology, and island construction practices
www.northcaicoscontracting.com
Institutionalizing an existing local operator is materially lower risk than inventing one from scratch.
Factory Production
Phase 1 execution is a single disciplined node with clear stage gates. Plant, dispatch, QA/QC, inventory buffers, and management review cadence must operate as one integrated control system.
Factory Output Ramp (2026–2035)
Production Facility
Production building + warehouse + lab / offices + aggregate yard
Non-Negotiables
Automated batching, mixers, truck flow, and a real QA/QC lab
Replication Gate
Replication should not begin until TCI proves repeatability and credibility
Demand Diversification
Prototypes, anchor accounts, and third-party local customers
Revenue, EBITDA, and EBITDA Margin (2026–2035)
Revenue, EBITDA, and EBITDA Margin (2026–2035)
Annual Snapshot, 2026–2035
| Year | Revenue | Gross Profit | EBITDA | EBITDA Margin | Ending Cash | Term Debt |
|---|---|---|---|---|---|---|
| 2026 | $2.9M | $1.0M | -$4.3M | -148.7% | $11.1M | $15.0M |
| 2027 | $20.8M | $10.7M | $1.7M | 8.2% | $17.8M | $27.0M |
| 2028 | $27.4M | $15.0M | $5.5M | 20.2% | $32.4M | $36.0M |
| 2029 | $30.6M | $17.8M | $8.6M | 28.1% | $36.8M | $36.0M |
| 2030 | $36.7M | $21.3M | $12.5M | 34.0% | $37.8M | $24.0M |
| 2031 | $40.2M | $25.0M | $17.5M | 43.5% | $0.0M | $12.0M |
| 2032 | $44.8M | $30.8M | $21.8M | 48.7% | $0.0M | $0.0M |
| 2033 | $49.7M | $34.0M | $27.7M | 55.7% | $1.0M | $0.0M |
| 2034 | $53.8M | $38.2M | $30.8M | 57.2% | $0.0M | $0.0M |
| 2035 | $57.2M | $44.0M | $33.6M | 58.8% | $10.0M | $0.0M |
Capital Deployment & Governance
Capital deployment is tied to milestones and closing conditions. Major releases should remain tied to commissioning, working-capital readiness, reserve sufficiency, and project-level debt pacing.
Reserve Build
Tied to post-payback net income so the reserve line neither becomes ornamental nor arbitrarily over-conservative
Liquidity
Should be read together with the reserve floor, not in isolation
Board Review
Should test slower revenue conversion and slower project-sale timing rather than relying on presentation comfort
Operating Credibility
Traceability and QC thresholds create operating discipline rather than marketing claims
Factory discipline, quality control, payback mechanics, and board-level pacing are load-bearing elements of Phase 1.
Return Architecture
Return framing remains investor-legible with a clear preferred hurdle and an optional early buyout comparator.
| Return Element | Current Position | Investor Reading |
|---|---|---|
| Preferred hurdle | 1.75x MOIC and 25% IRR | Defines when the deal flips from full preference to shared economics |
| Buyout year | 2029 | Provides the clearest early-exit comparator for investor review |
| Continue case | 3.03x MOIC / 24.3% IRR by 2035 | Captures long-run value through the operating horizon |
| Optional buyout | 1.95x MOIC / 25.0% IRR in 2029 | Shows a financeable early monetization path after initial proof |
| Post-hurdle split | 20% investor / 80% founder | Defines residual investor participation |
Payback Architecture
Cumulative Distributions and Investor Payback
Capital Recovery
Begins meaningfully in 2029, reaches full investor cash payback around 2030
Continue Case
Back-end rich, which is why Phase 1 should be read as a substantial first node
Optional Buyout
2029 remains an early monetization comparator, not a replacement for distributions
Early Cash Bridge
Prototype sales and operating participation create the early cash bridge
An investor opportunity is strongest when it shows timing, sequencing, and cash mechanics, not just a headline multiple.
The main downside protection variables to mitigate risks are timing, utilization, mix, and capital discipline.
Sensitivity Ranking (Illustrative)
| Sensitivity Driver | Impact Level | Description | Residual |
|---|---|---|---|
| Prototype timing | Highest | Delays to prototype projects have the largest single impact on payback timing | Moderate |
| Utilization ramp | Higher | Factory utilization ramp rate drives fixed-cost absorption and EBITDA conversion | Moderate |
| Price realization | Higher | Ability to command premium pricing validates the value proposition commercially | Low-Mod |
| Product mix | Higher | Shift toward panels, pads, and specialty products drives margin improvement | Low-Mod |
| Capex discipline | Higher | Avoidable overruns can erode liquidity and credibility | Moderate |
Operating Participation
Utilization, price realization, and product mix drive the quality of operating participation
Mitigation Architecture
Reserves and proof packs are part of the mitigation, not afterthoughts
Capital Discipline
Capital discipline matters more in a first-node island build because overruns erode liquidity and credibility
Execution Levers
The real sensitivity drivers are execution levers management can monitor and influence
The real sensitivity drivers are execution levers management can monitor and influence.
Acrete Global presents a disciplined, single-country Phase 1 investment built around a factory earnings floor, measured development overlay, and governed capital deployment. The case is built on visible cash events, identifiable proof milestones, and a return architecture designed for institutional legibility.