Who We Are
Syngas Project sp. z o.o. are developers and builders of cookie-cutter HPG platforms—TITAN (rural biomass) and ASMARA (urban MSW).
Every site uses the same 5-hectare yard, the same two-island core, and the same operating rules. From local wastes we make Hydrogen Producer Gas (HPG) and deliver renewable energy, CHP, biomethane, and FCMN+ (Fuels, Chemicals, Materials, Nutrients) on demand. Operations are smokeless and water-producing (we create more water than we consume). Biochar and bio-ash return minerals and stable carbon to soils.
Our Mission — Three Headlines
1) Ten TITAN clusters: scale second-generation ethanol into renewable Polish jet fuel.
Build ten cookie-cutter TITAN clusters to supply domestic 2G ethanol for our Alcohol-to-Jet (AtJ) refinery. We do the heavy lifting so Poland meets its 2035 SAF target with secure, renewable Polish jet fuel — well beyond the requirements of Directive (EU) 2018/2001 (RED II/III) and the ReFuelEU Aviation Regulation.
2) Empower and reward our farmers.
Replace imported LPG with Polish bio-methane (RNG/CRNG/LRNG) for example across the entire poultry export sector so farmers pay less and charge more—cut heating costs, improve animal welfare, reduce the fuel footprint, and secure top-shelf prices in German, Swedish, UK, and Polish supermarkets — smashing the directive targets above and beyond RED II/III and Fit for 55 compliance.
3) Close the gates to landfill — forever.
Deploy ASMARA nationwide at scale, processing all of Poland’s MSW into RDF for biomethane, ethanol, and circular materials—achieving ≥90% diversion before 2035. So Poland is Europe’s first true zero emissions technology-landfill nation, championing Directive (EU) 2018/850 (Landfill Directive) and Directive 2008/98/EC (Waste Framework Directive).
Master Plan Phases 1-5
Phase 1 — TITAN One & Two (Full-Scale Pilot Stage).
Launch TITAN One (3/5 Rural) and TITAN Two (2/5 Urban) as the first full-scale pilots. Together they demonstrate the complete platform: HPG → CHP, TMF for ethanol, and RNG pathways in both rural and urban contexts.
Phase 2 — Roll-Out (First Layer).
Establish TITANs Three to Ten across Poland with their first CHP/TMF/RNG layers. This locks in national coverage with cookie-cutter deployment and positions TITAN as the backbone of Poland’s SAF and biomethane transition.
Phase 3 — Fattening (Next Layers).
Add the second and third layers across the ten TITAN clusters, scaling output. Each additional layer multiplies ethanol, biomethane, power and heat capacity — proving TITAN’s advantage over AD and delivering baseload energy security.
Phase 4 — Consolidation & Reach.
Build out the full Swing capability of TITAN: CHP / TMF / RNG operating flexibly. Integrate 15 Cache & Reach yardsto secure feedstock flow, buffer logistics, and create a 2.5× coverage factor. Result: nationwide resilience, dispatchable power and heat to DHN and grid, biomethane (RNG/LRNG) to replace LPG/NG, and methanol (MtJ) hubs for maritime fuels.
Phase 5 — Refineries.
Commission our own AtJ refinery, ramping from 500,000 to 1,000,000 litres/day of drop-in Jet-A1 SAF with biodiesel co-products. TITAN becomes the secure, domestic supply chain for Polish SAF, aligned with RED II/III and ReFuelEU, and well beyond EU targets.
What Are TITAN and ASMARA?
TITAN and ASMARA are cookie-cutter HPG platforms built on one core: HPG from local wastes. Each site starts in S1 CHP (firm power and heat) and can S2 Swing to RNG/biomethane when the market needs gas. A controlled biological step (TMF) is added in S1 and S2 to make ethanol and wider FCMN+ outputs. Together, TITAN and ASMARA supply the intermediaries for both SAF routes—Ethanol → AtJ and RNG → Methanol → MtJ—while delivering practical power, heat, and fuel on the way. Operations are smokeless, water-producing, and ready for CCR (CO₂-as-input) in Phase 4. At urban hubs, methanol also supports maritime fuels.
Platform snapshot (high-level)
| TITAN | ASMARA | |
|---|---|---|
| Setting | Rural/peri-urban biomass basins | Urban/metro (sorted dry MSW) |
| Core | HPG cookie-cutter platform; two-island design | Same HPG core; same yard logic |
| Modes | S1 CHP; S2 Swing → RNG/biomethane (grid or LRNG) | S1 CHP (as configured); S2 Swing → RNG → methanol (MtJ; maritime fuels) |
| SAF link | TMF → Ethanol → AtJ | RNG → Methanol → MtJ |
| FCMN+ | Ethanol today; TMF can swing to fuels, chemicals, materials, nutrients | As configured (RNG/methanol; optional TMF) |
| CCR (Phase 4) | CO₂-as-input to raise TMF/methanation yields | CO₂-as-input at methanol/MtJ hubs |
Detailed specifications are provided to partners under NDA and in technical annexes.
Roll-out 1 (Poland): simple phase plan
| Phase | Build / Action | What it delivers |
|---|---|---|
| 1 – Pilot/Industrial | Commission 2 full-scale TITANs (two-island core). | S1 CHP power & heat; S2 Swing → RNG/LRNG; ethanol for AtJ and priority fuels,chemical/personal-care clients. |
| 2 – National Roll-out | Replicate to 10 sites (cookie-cutter; rail-first; sealed regulated streams; common KPIs). | Nationwide coverage for firm power/heat, RNG/LRNG/CRNG, ethanol logistics, and initial maritime methanol nodes. |
| 3 – Fattening | Add extra TITAN capacity at rural hubs; deploy ASMARA at city hubs. | More ethanol for AtJ; more RNG and methanol for MtJ; daily biochar/bio-ash to farms. |
| 4 – Consolidation + CCR | Optimise product mix; import/use captured CO₂ (CCR) to increase TMF/methanol yields. | Higher AtJ/MtJ intermediaries; CO₂-to-product pathway established. |
| 5 – Refining | Commission our own AtJ refinery (add MtJ where methanol hubs justify). | Domestic SAF at scale plus biodiesel co-products (≈ 100,000 family vehicles equivalent). |
Public & Community Benefit
Smokeless, water-positive plants; grid-friendly rotating engines that stabilise networks; ethanol and methanol provide seasonal energy storage without batteries; biochar/bio-ash support regenerative agriculture; forward-compatible with two-sort collection; ready to use imported or industrial CO₂ as feedstock (CCR).
Aligned with the EU Circular Economy Action Plan, ReFuelEU Aviation, RED II/III, the Waste Framework Directive (2008/98/EC), the EU Green Deal / Net-Zero Industry Act, and UN SDGs 7, 9, 12, 13.
Footnotes
Scale of an RNG island. One RNG Swing island is designed to produce circa 20 MW of grid-ready biomethane. A single TITAN/ASMARA RNG island, in isolation, is order-of-magnitude comparable to the aggregated output of leading biomethane fleets in Poland today (design basis; see annex assumptions).
HPG and AD—“it’s all methane.” Most decarbonised gas ends as biomethane. HPG (dry wastes) and anaerobic digestion / AD (wet organics) are complementary. TITAN supports AD by taking digestates/fibres to make more RNG, and by using captured CO₂ (from AD or industry) as an input—we add CO₂ (CCR); unlike AD we do not need to remove it.
The Syngas Project Team design and build
Hydrogen Producers’ Gas + Microbial Fermentation Plants
for next-generation fuels, chemicals and materials