DM-XTech UK Ltd.
DM-XTech UK Ltd. is positioning the Series A as an institutional formation round: a financing designed to convert immediately available ASTM D1655-compliant tLCAF and DoC Jet A-1 into first-adopter CPOAs, toll-manufacturing execution, Philippine host-country alignment and a sponsorable public-market aviation-fuels platform. The near-term commercial wedge is UK/EU airline adoption under EU non-CO₂ MRV reporting; the long-term industrial endgame is a Pacific-facing Philippine WCS Refinery & Advanced Fuels Platform aligned with the country’s path toward greater fuel independence.
This memorandum is a confidential discussion draft prepared for selected sophisticated investors, family offices, strategic investors, SPAC sponsors, investment banks, directors, executives and professional advisers. It is not a prospectus, admission document, approved financial promotion, public offer, investment advice or solicitation in any jurisdiction.
All commercial, technical, regulatory, pricing and financial statements remain subject to due diligence, counsel review, definitive documentation, board approval and applicable securities-law compliance. The fuel-property and EU non-CO₂ MRV discussion in this memorandum is framed as verifier-usable data relevance and customer diligence support. It is not a representation that any airline will receive a specific regulatory credit, allowance, offset, EU ETS benefit, CORSIA benefit, NEATS result or verified emissions outcome from using any DM-XTech product.
DM-XTech UK is positioned as the exclusive UK/EU commercial route for immediately available tLCAF and DoC Jet A-1, both ASTM D1655-compliant Jet A-1 products. The Series A funds the company architecture needed to convert that availability into first-adopter airline CPOAs, toll-manufacturing capacity, governance credibility and a SPAC-scale refinery platform anchored in the Philippines as a strategic host country.
First-adopter airlines in the United Kingdom and the European Union can evaluate tLCAF and DoC Jet A-1 under Contingent Product Offtake Agreements designed around batch-specific specifications, QA release, traceability, import logistics and EU non-CO₂ MRV-relevant fuel-property documentation.
The EU non-CO₂ MRV regime creates a new data-driven procurement dialogue around flight fuel properties, including aromatics, sulphur and naphthalene. DM-XTech is not selling a regulatory credit; it is selling compliant fuel with differentiated property data for airline and verifier workflows.
The long-term platform is not merely a refinery site decision. A Pacific-facing Philippine WCS refinery gives DM-XTech a chokepoint-resilient crude route and gives the Philippines a private-sector pathway toward deeper refining capability, advanced-fuels exports and greater fuel independence.
| Investment element | Current position | Why it matters |
|---|---|---|
| Products | tLCAF and DoC Jet A-1 are ASTM D1655-compliant low-aromatic, ultralow-sulfur aviation fuels. | The company can enter customer diligence with real fuel specifications rather than relying solely on a future refinery concept. |
| Commercial route | DM-XTech UK acts as the UK/EU principal commercial counterparty and CPOA route. | The UK issuer has a direct operating and revenue role in the transaction architecture. |
| Supply model | DM-XTech UK will be principal under the TMA with a qualified oil refinery; DM-XTechPhil provides formulations and, where required, refinery reconfiguration plans. | The structure preserves technology control while placing the UK issuer at the centre of the commercial supply chain. |
| Regulatory wedge | EU non-CO₂ MRV creates demand for fuel-property data and traceability. | Airlines have a reason to evaluate low-aromatic, ultralow-sulfur fuel properties now, not only after SAF supply expands. |
| Strategic host country | The Philippines is the proposed WCS refinery host and the basis of the chokepoint-resilient Pacific crude corridor. | Host-country alignment improves strategic relevance, public-sector support logic, ECA rationale and SPAC sponsor diligence. |
| Scale platform | The WCS Refinery & Advanced Fuels Platform targets parity with conventional Jet A-1 at full operational scale. | The refinery gives the story infrastructure-scale upside beyond early CPOA volumes. |
Commission Implementing Regulation (EU) 2024/2493 and the associated EU non-CO₂ MRV guidance create a reporting architecture in which aircraft operators monitor and report non-CO₂ aviation effects and may use fuel-property data within approved monitoring workflows. For DM-XTech, the commercial opportunity is not to promise regulatory outcomes, but to supply ASTM D1655-compliant fuel with lower aromatics, ultralow sulphur and low naphthalene properties that are relevant to airline monitoring, reporting and verifier review.
The EU guidance identifies flight fuel properties as data inputs under the non-CO₂ MRV framework. Relevant properties include aromatic content, sulphur, naphthalene content, hydrogen-to-carbon ratio and net calorific value.
Where fuel-property data is not provided as primary data, NEATS may use default Jet A-1 limit values. The ability to supply batch-specific, traceable fuel-property documentation can therefore become commercially relevant for operators seeking more precise internal and verifier-facing datasets.
tLCAF and DoC Jet A-1 are positioned as MRV-relevant property-data fuels, not as automatic EU ETS, CORSIA or NEATS outcome products.
| EU MRV data issue | Commercial implication for airlines | DM-XTech response |
|---|---|---|
| Aromatics | Aromatics are associated with soot/nvPM formation and contrail-relevant mechanisms; they are also a monitored fuel-property category under the EU non-CO₂ MRV data framework. | tLCAF’s current technical narrative includes an 8.5 vol% aromatics profile, materially below the 25 vol% Jet A-1 default value referenced in EU guidance. |
| Sulphur | Sulphur species contribute to aviation non-CO₂ aerosol pathways and are a monitored fuel-property category in the EU framework. | tLCAF and DoC Jet A-1 are positioned as ultralow-sulfur aviation fuels, with commercial batches documented through QA and traceability packs. |
| Naphthalene | Naphthalene is specifically tracked as a fuel-property category and is relevant to duty-of-care and exposure-sensitive aviation use cases. | DoC Jet A-1 targets <85 ppm naphthalene versus a Jet A-1 default/limit value of 3 vol% referenced in EU guidance, equivalent to approximately 30,000 ppm by volume. |
| Primary data | Airlines can benefit from fuel suppliers capable of producing credible primary fuel-property evidence rather than relying solely on secondary/default assumptions. | CPOA shipments are intended to be supported by batch QA, certificate of analysis, chain-of-custody, container/drum traceability and fuel-property data packs. |
The airline-facing message is: DM-XTech supplies ASTM D1655-compliant aviation fuel with differentiated, traceable fuel-property data. The airline, its verifier and its competent authority determine how those data are used within the applicable MRV process.
tLCAF and DoC Jet A-1 are positioned as immediately available, ASTM D1655-compliant Jet A-1 products for UK and EU first adopters. zLCAF remains an advanced zero-aromatics product with higher validation dependency. SAF and eSAF remain the long-horizon scalability pathways within the WCS Refinery platform.
| Product | Technical profile | Near-term commercial role | Disclosure discipline |
|---|---|---|---|
| tLCAF | ASTM D1655-compliant, low-aromatic, ultralow-sulfur Jet A-1; TERC-supported technical narrative includes approximately 8.5 vol% aromatics. | First-adopter airline CPOAs in the UK/EU; MRV-relevant fuel-property data; TMA-enabled production bridge; eventual WCS refinery scale-up. | Presented as a compliant Jet A-1 fuel with differentiated properties, not as guaranteed EU ETS, CORSIA or contrail-reduction credit. |
| DoC Jet A-1 | ASTM D1655-compliant, ultralow-sulfur, low-naphthalene duty-of-care Jet A-1 targeting <85 ppm naphthalene. | First-adopter airline, defence aviation, helicopter, rotary-wing and occupational-exposure-sensitive aviation discussions. | Presented as a duty-of-care and fuel-property product, not as a medical or toxicological outcome claim. |
| zLCAF | Zero-aromatics, ultralow-sulfur advanced aviation fuel candidate. | OEM, TERC, Airbus and future validation pathway; potential high-upside product for a zero-aromatics aviation future. | Presented as validation-dependent and separate from immediate tLCAF / DoC commercial availability. |
| SAF / bio-SAF | Long-horizon sustainable aviation fuel pathways, including potential biomass-to-biocrude and refinery-upgrading routes. | Future product island in the WCS Refinery & Advanced Fuels Platform. | Eligibility depends on feedstock, pathway, lifecycle-carbon accounting and certification. |
| eSAF / PtL | Synthetic aviation fuel produced from captured CO₂ and low-carbon hydrogen. | Premium long-term product for mandates and strategic aviation customers. | High cost and infrastructure intensity make this a long-horizon scale product, not the immediate revenue base. |
CORSIA LCAF is defined around lifecycle GHG reduction, including a minimum 10% lifecycle-emissions reduction against the CORSIA aviation-fuel baseline. A CORSIA-eligible LCAF can still be an ASTM D1655 fuel that does not specifically optimise aromatics, sulphur or naphthalene unless those properties are deliberately controlled.
tLCAF is positioned to address both CO₂-adjacent lifecycle narratives and non-CO₂ property relevance by combining ASTM D1655 compliance with a low-aromatic and ultralow-sulfur profile.
DoC Jet A-1 creates a second immediate product route by focusing on low naphthalene and occupational-exposure-sensitive users, including air forces, rotary-wing operations and maintenance-intensive aviation environments.
DM-XTech UK intends to offer tLCAF and DoC Jet A-1 to first-adopter airlines in the UK and EU through Contingent Product Offtake Agreements. The CPOA structure gives airlines a controlled route to evaluate product specifications, MRV-relevant data packs, delivery logistics and price terms without requiring immediate long-term refinery-scale commitments.
| CPOA element | Indicative position | Investor relevance |
|---|---|---|
| Counterparty | First-adopter airline, air force, defence aviation user, fuel distributor or airport/fuel-services partner. | Creates market evidence before refinery-scale capex. |
| Principal commercial party | DM-XTech UK Ltd. for UK and EU market customers. | Supports valuation of the UK issuer and its exclusive market role. |
| Supply dependency | Product supply depends on qualified TMA production or initial limited commercial availability under DM-XTechPhil formulation and technical support. | Creates a realistic bridge from immediate availability to contracted production. |
| Minimum commercial lot | Current working logistics package: 1,600,000 litres, 200-litre drums, 8,000 drums, 100 × 20-foot containers. | Large enough for serious trial use, inventory control and first-adopter diligence. |
| Customer value | ASTM D1655 compliance, differentiated properties, low-friction procurement economics and MRV-relevant documentation. | Customer traction can support Series A, SPAC and PIPE diligence. |
The near-term production bridge is a Toll Manufacturing Arrangement with an appropriate oil-refining company in the Philippines, Singapore or India. DM-XTech UK will act as principal under the TMA contract. DM-XTechPhil will provide the proprietary formulations for tLCAF and DoC Jet A-1 and, where required, the refinery reconfiguration or process-adjustment plan needed to meet the required product specifications.
DM-XTech UK is the UK/EU commercial counterparty to first-adopter customers and the intended principal under the TMA contract with the selected refinery. This places the UK issuer at the centre of commercial margin, customer contracting and supply-chain accountability.
DM-XTechPhil supplies the formulations, fuel-chemistry know-how, technical supervision and, if required, refinery reconfiguration plan or process package for producing tLCAF and DoC Jet A-1 to specification.
A refinery in the Philippines, Singapore or India provides processing capacity, batch production, quality controls, tankage, blending and release systems under a confidential toll-manufacturing model.
| TMA workstream | Operating model | Diligence focus |
|---|---|---|
| Refinery selection | DM-XTech UK selects an oil refinery with suitable hydrotreating, blending, tankage, QA and export capabilities. | Capacity, confidentiality, product isolation, process compatibility, QC systems, export approvals and commercial terms. |
| Formula and process package | DM-XTechPhil supplies proprietary formulations and, where needed, a reconfiguration or process-adjustment plan. | Trade-secret controls, technical transfer protocol, documentation limits, ownership of improvements and liability allocation. |
| Batch production | The refinery processes designated feedstocks/intermediates and releases product against agreed tLCAF or DoC Jet A-1 specifications. | Specification conformance, ASTM D1655 testing, certificate of analysis, retention samples and independent lab verification. |
| Logistics | Drumming, containerisation, insurance, export/import paperwork, port handling and delivery to customer-designated locations. | Cost, chain of custody, contamination prevention, customs classification, dangerous-goods handling and title/risk transfer. |
| Scale transition | TMA supports first-adopter demand until the WCS Refinery can produce at platform scale. | Customer continuity, margin evolution and evidence for project finance. |
The IM discloses the structure — DM-XTech UK as TMA principal, DM-XTechPhil as formulation and technical source, and refinery counterparties in the Philippines, Singapore or India — without naming specific target refineries unless a term sheet, consent or formal mandate exists. This gives investors a credible supply-chain explanation while preserving negotiating leverage and confidentiality.
The comparative-pricing strategy is designed to make first adoption economically defensible for airlines while preserving the long-term scale thesis. Management’s current pricing framework treats tLCAF and DoC Jet A-1 as differentiated ASTM D1655 products that should enter the market at only a modest premium to conventional Jet A-1 and at a fraction of the indicated CORSIA LCAF premium. Once the WCS Refinery is fully operational, the target is parity pricing with conventional Jet A-1.
| Fuel category | Indicative market / pricing position | Commercial implication |
|---|---|---|
| Conventional Jet A-1 | Management comparative-pricing note indicates approximately US$730–745 per metric tonne in Northwest Europe. | Baseline customer reference price. |
| CORSIA LCAF | Management comparative-pricing note indicates approximately US$780–820 per metric tonne, or a US$40–80 per metric tonne premium over conventional Jet A-1. | LCAF economics are manageable compared with SAF, but still represent a premium product category. |
| tLCAF / DoC Jet A-1 CPOA launch pricing | Targeted introductory premium of approximately 10–15% of the CORSIA LCAF premium over conventional Jet A-1, subject to TMA economics, logistics, customs, insurance and customer-specific terms. | Creates a materially lower adoption hurdle for first adopters while highlighting differentiated fuel properties. |
| WCS Refinery steady-state target | Parity pricing with conventional Jet A-1 once the dedicated refinery platform is fully operational and efficiently scaled. | Transforms tLCAF and DoC Jet A-1 from premium early-adopter fuels into scalable commercial aviation-fuel products. |
| SAF / eSAF | SAF remains materially more expensive than conventional Jet A-1; eSAF is higher-cost and infrastructure-intensive. | DM-XTech’s portfolio is not dependent solely on scarce SAF feedstocks or high-cost eSAF pathways. |
First adopters need a reason to move before regulations attach direct financial benefits to non-CO₂ fuel properties. A low initial premium reduces procurement friction and lets airlines test the data, logistics and verifier narrative.
The WCS Refinery target is to make lower-aromatic, ultralow-sulfur aviation fuel economically mainstream, not permanently dependent on boutique premiums.
SAF and eSAF remain important, but their current supply and cost constraints create an opening for ASTM-compliant LCAF-family fuels that can be commercially introduced sooner.
The Series A is a priced preferred-equity financing, not a SAFE, bridge note or ordinary venture round. It is designed to fund institutional management, customer conversion, TMA supply, UK–Philippines rights formalisation, WCS platform diligence and public-market readiness.
| Term | Indicative position | Investment rationale |
|---|---|---|
| Issuer | DM-XTech UK Ltd., England and Wales. | UK issuer serves as the commercial, capital-markets and deSPAC-readiness vehicle. |
| Instrument | Series A Preferred Equity. | Institutional investors receive defined class rights and governance protections. |
| Target raise | US$100 million. | Funds the credibility bridge from immediate CPOA availability to SPAC-ready infrastructure platform. |
| Use of proceeds | Management, governance, CPOA conversion, TMA execution, WCS pre-FEED, host-country engagement, legal/IP structuring and data room. | Each workstream creates objective evidence for sponsor, PIPE and project-finance diligence. |
| Preferred rights | Expected to include liquidation preference, conversion rights, anti-dilution, information rights, board rights, pre-emption, reserved matters and governance covenants. | Clear rights address institutional investor concerns and avoid the ambiguity of earlier SAFE-style instruments. |
| Valuation | To be negotiated with lead investors and supported by diligence; any scenario valuation remains illustrative until documented. | Valuation should reflect milestone probability, not an unbuilt refinery as though already constructed. |
The US$100M Series A is allocated across immediate commercialisation, institutional formation and refinery-platform financeability. The budget is intended to produce customer evidence, operating capacity, legal clarity, Philippine strategic-alignment documentation and capital-markets credibility.
| Use of proceeds | Indicative allocation | Purpose |
|---|---|---|
| Board, C-suite and public-company readiness | US$18M | Independent Chairman, SPAC-ready CFO, COO, General Counsel, audit readiness, controls, reporting, executive search and compensation. |
| CPOA commercialisation and MRV evidence packs | US$20M | Airline and defence first-adopter campaigns, fuel-property documentation, certificates of analysis, traceability packs, customer diligence, verifier-facing data support and TERC/OEM engagement. |
| TMA negotiation and first-shipment bridge | US$18M | Refinery due diligence in the Philippines, Singapore and India; TMA contracting; technical transfer controls; batch production; drumming/containerisation; insurance; logistics; first-shipment readiness. |
| WCS Refinery & Advanced Fuels Platform | US$20M | Pre-FEED, Pacific-facing site screening, WCS supply chain, refinery configuration, product slate, SAF/eSAF islands, power/hydrogen/carbon architecture and financial model. |
| Philippine host-country alignment and Pacific corridor strategy | US$14M | Philippine government engagement, national fuel-security case, economic-impact study, incentives and permits map, Canada–Philippines WCS route brief, port/logistics strategy, strategic communications and stakeholder documentation. |
| Legal, IP, corporate structuring and contingency | US$10M | UK–Philippines MSLA, licence agreements, related-party governance, securities counsel, corporate documentation, data room and contingency. |
DM-XTech’s credibility increases materially when the founder’s technical leadership is complemented by independent governance, public-company finance capability, operating leadership and legal architecture. The Series A funds that transition.
A public-company energy-sector Chairman profile strengthens governance, investor confidence and SPAC sponsor credibility. The Chairman candidate may also support lead-investor formation and high-net-worth investor introductions.
The CFO mandate includes audit readiness, disclosure controls, financial model integrity, SPAC diligence, PIPE investor process, project-finance interfaces and investor reporting.
An operations leader coordinates CPOA conversion, TMA implementation, quality systems, logistics, customer delivery and refinery-platform workstreams.
| Institutional role | Current requirement | Series A action |
|---|---|---|
| Chairman | Independent public-company energy profile. | Formal appointment or Chair-designate agreement; governance mandate; investor-facing role. |
| CFO | Public-company and deSPAC-capable finance leader. | Hire full-time or interim SPAC-ready CFO through executive platform or direct search. |
| General Counsel | Capital markets, IP/licensing, TMA, UK/Philippines and securities-law discipline. | Retain counsel and build related-party governance around DM-XTech UK and DM-XTechPhil. |
| Technical governance | Claims discipline around ASTM D1655, non-CO₂ MRV, CORSIA, SAF/eSAF and occupational exposure. | Create technical claims review committee and evidence register. |
| Audit and controls | Financial reporting, controls, budget discipline and data-room integrity. | Implement controls architecture suitable for sponsor and PIPE diligence. |
The Philippine WCS Refinery & Advanced Fuels Platform is the main reason the opportunity can become SPAC-scale. Immediate tLCAF and DoC Jet A-1 CPOAs create market evidence; TMA production supplies early volumes; the WCS Refinery provides the route to commercial parity, product breadth and infrastructure-scale value.
The refinery is conceived as a Pacific-facing Philippine platform using Western Canadian Select to reduce exposure to Middle East, Malacca and South China Sea routing risks. This is more than logistics; it is the basis for a strategic crude-to-products corridor.
The dedicated refinery is intended to produce tLCAF, DoC Jet A-1, zLCAF and other advanced fuels at scale, with a target of parity pricing against conventional Jet A-1 once the platform is fully operational and efficiently scaled.
A Philippine WCS platform can contribute to domestic refining depth, import substitution, hard-currency advanced-fuels exports, industrial employment and fuel-security resilience. The host-country thesis is part of the platform’s bankability, not an afterthought.
Most refinery proposals are evaluated as sites, permits and economics. DM-XTech’s Philippine WCS platform should be evaluated as a strategic alignment: the company needs a Pacific host country capable of supporting an advanced-fuels export platform, while the Philippines needs a private-sector route toward greater fuel independence, deeper domestic refining capability and reduced vulnerability to external chokepoints. This alignment is a capital-formation asset because it can support government engagement, ECA relevance, bilateral crude diplomacy, SPAC sponsor confidence and project-finance bankability.
| Platform component | Industrial function | Series A deliverable |
|---|---|---|
| Main WCS refinery | Heavy-sour crude upgrading, premium distillate yield and aviation-fuel optimisation. | Pre-FEED, site screening, WCS supply-chain work and refinery configuration package. |
| Pacific crude corridor | Chokepoint-resilient route from Canada’s Pacific coast to a Philippine Pacific-facing site. | Route study, port/logistics plan, Canadian supplier map and host-country strategic brief. |
| LCAF production island | Scale-up of tLCAF, DoC Jet A-1 and related low-aromatic / ultralow-sulfur products. | Product slate, specifications, QA framework, cost curve and parity-pricing roadmap. |
| Bio-SAF route | Potential hydrothermal-liquefaction pathway for falcata biomass into biocrude and aviation-range hydrocarbons. | Feedstock programme, sustainability controls and integration with refinery upgrading assets. |
| eSAF / PtL route | Captured CO₂ and low-carbon hydrogen converted into synthetic aviation fuel. | Hydrogen, CO₂, power and certification study; staged integration plan. |
| Power / hydrogen / carbon | Low-carbon power and process-hydrogen architecture supporting refinery operations and synthetic fuels. | Technology roadmap, partner map and financeability assessment. |
The WCS Refinery & Advanced Fuels Platform is designed to align DM-XTech’s long-term commercial interest with the Philippines’ long-term national interest. DM-XTech requires a strategically relevant host country for a refinery-scale advanced-fuels platform; the Philippines requires a credible private-sector pathway toward greater fuel independence, domestic refining depth, foreign-exchange resilience and export-oriented advanced-fuels industrialisation.
The Philippine economy remains exposed to imported finished fuels, maritime disruption, price shocks and limited domestic refining capacity. The resulting volatility is not only a consumer-pricing issue; it is a structural national-resilience issue.
A Pacific-facing Luzon refinery allows Western Canadian Select to arrive from Canada across the open Pacific, reducing exposure to the Strait of Hormuz, Bab el-Mandeb, Suez, Malacca and South China Sea routing risks that define much of Asia’s conventional oil-supply exposure.
The platform can contribute to domestic refining depth, advanced-fuels exports, import substitution, skilled employment, fuel-security planning and a higher-value role for the Philippines in aviation decarbonisation markets.
For a refinery and advanced-fuels platform of this scale, host-country alignment is not a communications theme. It is part of the financing architecture. Site access, permitting, incentives, public-sector support, crude-route diplomacy, grid and port integration, strategic-reserve logic, ECA eligibility and SPAC / PIPE investor confidence all depend on converting strategic alignment into documented host-country support.
| Philippine strategic interest | DM-XTech platform response | Capital-market relevance |
|---|---|---|
| Fuel-security vulnerability | Pacific-facing WCS crude route and domestic advanced-fuels refining capacity. | Improves political relevance, lender rationale and strategic-investor interest. |
| Exposure to chokepoints | Direct Pacific route from Canada’s west coast to Luzon, avoiding key Middle East and Southeast Asian chokepoints. | Differentiates the project from ordinary refinery proposals and strengthens the resilience narrative. |
| Finished-product import dependence | Domestic production of aviation fuels, diesel, marine fuels and premium products. | Creates import-substitution economics and national-demand logic. |
| Foreign-exchange leakage | High-value export fuels for UK, EU and Northeast Asian aviation markets. | Supports a hard-currency revenue narrative and host-country economic-impact case. |
| Industrial development | Refining, SAF/eSAF, hydrogen, carbon management, port logistics and fuel QA ecosystem. | Creates infrastructure-platform valuation rather than single-asset valuation. |
| Energy-transition positioning | LCAF family, DoC Jet A-1, SAF, bio-SAF and eSAF production pathways. | Connects national fuel security with aviation decarbonisation and transition-finance markets. |
| Government policy alignment | DOE, BOI, NEDA, DENR, LGU, PEZA and possible Canada–Philippines engagement workstreams. | Supports permitting, incentives, ECA logic and SPAC sponsor diligence. |
The Philippine materials link the platform to the policy lineage of PD 334: the idea that petroleum resources, physical infrastructure and supply security are national economic-security issues. In the IM, this is best expressed as a durable national-interest thesis rather than a partisan or administration-specific narrative.
The memorandum does not claim that government support is secured, that energy independence is guaranteed or that the project alone solves Philippine fuel security. The investable claim is narrower and stronger: the platform is designed to contribute materially to the Philippines’ path toward greater fuel independence and to fund the work required to document that alignment.
The Series A is designed to make DM-XTech UK a credible deSPAC target for large-cap SPAC sponsors seeking scalable energy-transition infrastructure, aviation decarbonisation and strategic fuel security. The deSPAC is not presented as guaranteed; it is presented as the capital-markets pathway that can anchor the much larger refinery financing.
Series A Preferred Equity → institutional management → CPOA conversion → TMA execution → WCS platform diligence → Philippine host-country alignment → SPAC sponsor engagement → PIPE / strategic anchor → potential deSPAC → syndicated project financing.
Each Series A milestone produces an evidence package that can be examined by investors, SPAC sponsors, airlines, verifiers, banks, ECAs and host-country stakeholders.
Appoint Chairman / Chair-designate, CFO / CFO-designate, operations leader, counsel and core adviser bench.
Launch first-adopter airline and air-force CPOA programme for tLCAF and DoC Jet A-1 in UK/EU markets.
Select refinery counterparty, finalise TMA, complete formulation-transfer protocol, and prepare first batch production plan.
Produce batch-specific fuel-property documentation, traceability materials and verifier-facing data packs.
Prepare the national fuel-security case, economic-impact study, incentives and permits map, Pacific-facing site strategy and Canada–Philippines WCS corridor brief.
Complete pre-FEED scope, site assessment, WCS supply chain, product slate, SAF/eSAF route and preliminary bankability model.
Prepare sponsor deck, PIPE deck, data room, risk register, controls plan, public-company financial model and transaction-readiness package.
The opportunity is significant, but it depends on product, commercial, manufacturing, regulatory, governance and mega-project execution. Institutional-grade disclosure improves credibility with the intended investor base.
Fuel-property documentation may be relevant to airline MRV workflows, but it does not guarantee acceptance by verifiers, competent authorities, NEATS or any specific regulatory regime.
First-adopter airlines, air forces and fuel distributors may not enter into CPOAs or may delay procurement pending internal, technical, legal or operational review.
TMA production depends on refinery selection, commercial terms, capacity, confidentiality, process compatibility, product isolation, QA release and export/import logistics.
Each batch must meet ASTM D1655 and product-specific DM-XTech specifications. Claims regarding contrails, nvPM, occupational exposure, CORSIA or EU MRV must remain evidence-based and bounded.
The company requires public-company-grade management, independent governance, finance controls and legal architecture to support a Series A and deSPAC pathway.
No deSPAC is assured. Valuation, redemptions, PIPE appetite, SEC disclosure standards, sponsor economics and market timing may prevent or delay a transaction.
The refinery requires site control, permits, FEED, EPC, environmental and social studies, WCS supply, product offtake, host-country support and multi-billion-dollar financing.
Conventional Jet A-1 parity depends on refinery scale, feedstock economics, financing cost, yield, logistics, hydrogen, power, carbon cost and market conditions.
The Series A data room is built for five audiences: Series A investors, first-adopter customers, SPAC sponsors / PIPE investors, refinery-finance stakeholders and Philippine host-country stakeholders.
| Folder | Contents |
|---|---|
| Corporate | UK company documents, cap table, board approvals, shareholder agreements, governance policies and option plan. |
| Financing | Series A term sheet, investor rights, use-of-proceeds plan, valuation materials, investor eligibility and closing documentation. |
| UK–Philippines rights | Master Services and Licence Agreement, formulation rights, technical services, related-party governance, IP ownership and confidentiality controls. |
| Product technical | tLCAF, DoC Jet A-1, zLCAF specifications, ASTM D1655 evidence, TERC materials, batch QA procedures and technical claims register. |
| CPOA commercial | CPOA templates, airline pipeline, air-force pipeline, pricing model, first-shipment logistics, customer diligence questions and MRV evidence pack. |
| TMA | Refinery counterparty screen, TMA term sheet, technical-transfer protocol, formulation controls, process package, QA release and logistics plan. |
| Philippine host-country alignment | National fuel-security case, PD 334 policy lineage note, economic-impact study, incentives and permits map, strategic communications plan, public-sector stakeholder tracker and government-engagement protocol. |
| WCS platform | Pre-FEED, Pacific-facing site screen, WCS supply-chain analysis, Canada–Philippines crude-corridor note, refinery configuration, product slate, SAF/eSAF pathway and financial model. |
| deSPAC | Sponsor list, PIPE strategy, management presentation, risk register, disclosure controls, projections policy and transaction timeline. |
External references are used to support the regulatory and pricing architecture. Company-specific product specifications, TMA strategy, CPOA structure and WCS refinery plans remain management representations subject to diligence.
Commission Implementing Regulation (EU) 2024/2493 and the consolidated Monitoring and Reporting Regulation establish monitoring and reporting of non-CO₂ aviation effects from 2025, including a reduced 2025–2026 scope for certain EEA-related routes.
The European Commission non-CO₂ MRV data-collection guidance identifies flight fuel properties, including aromatics, sulphur and naphthalene, as relevant data inputs and explains default Jet A-1 limit values where primary data is absent.
ICAO describes CORSIA LCAF as a fossil-based lower-carbon aviation fuel that may qualify if it meets CORSIA sustainability criteria, including at least a 10% lifecycle-emissions reduction versus the aviation-fuel baseline.
Pricing ranges for conventional Jet A-1, SAF, eSAF and CORSIA LCAF are based on a management-supplied comparative-pricing note and remain indicative, non-binding and subject to market verification.
DM-XTech believes it is strongly positioned because it can offer ASTM D1655-compliant low-aromatic, ultralow-sulfur aviation fuels through a near-term CPOA/TMA bridge while developing a WCS refinery platform intended to scale the LCAF family, SAF and eSAF without relying solely on scarce SAF feedstocks or high-cost eSAF infrastructure.