Vertically integrated
One coordinated industrial architecture—from qualified feedstock and primary processing to high-purity materials and downstream formats.
Energy Materials Platform
European industrial architecture
European Silicon & Energy Materials Platform
A vertically integrated, energy-resilient production system for Europe's silicon-based critical materials.
◇ Vertically integratedϟ Energy resilient⬡ EU regulatory alignedSilicon Solar Semiconductors
01 — The platform
From fragmented capacity to a coordinated European materials system.
The Platform connects energy, processing technology, industrial sites, capital and market access within one long-term implementation framework.
Its purpose is not a single factory. It is a scalable production ecosystem able to reduce strategic dependencies, accelerate industrial investment and supply the material foundations of Europe's twin green and digital transition.
Energy resilient
Production assets aligned with diversified power supply, efficiency, heat recovery and long-term low-carbon energy strategies.
Regulatory aligned
A platform designed around European permitting, traceability, environmental performance and critical-material policy requirements.
Interactive industrial pathway
From quartz to Europe’s strategic applications.
Select a stage to see how purity, technology, product and industrial role evolve across the Platform.
02 — MG-Si
Metallurgical-grade silicon
Creates the first bankable industrial asset and the Platform’s controlled upstream layer.
- Process
- Submerged Arc Furnace · reduction · casting
- Output
- MG-Si alloy
- Markets
- External industry · internal purification
Phase I — Upstream stabilization
Metallurgical Silicon Mini‑Plant, Ukraine.
The first deployable module is an 8,000‑tonne annual MG‑Si facility based on bankable Submerged Arc Furnace technology.
Developed by Ukrainian Power‑Metallurgical Company LLC, the project establishes controlled feedstock for the Platform's future DSS and FBR purification modules. It is structured as an operational asset in its own right and as the upstream control layer of the integrated system.
Hybrid allocation model
Production that stabilizes the platform.
Approximately 70% of output is reserved for downstream solar‑grade and electronic‑grade purification. The remaining 30% supports selective external industrial sales and operating flexibility.
70%Internal platform supply
≈ 5,500 tpa
≈ 5,500 tpa
30%External allocation
≈ 2,500 tpa
≈ 2,500 tpa
02 — Integrated value chain
One architecture.
Five connected stages.
Each stage is designed to strengthen the next—commercially, technically and energetically.
Feedstock
European quartz and circular silicon streams
Metallurgical silicon
Low-carbon, energy-secured smelting
Polysilicon
High-purity refining for strategic markets
Wafers & materials
Engineered formats for downstream industry
European applications
Solar, storage and semiconductors
Engineering foundation
Industrial maturity with a defined upgrade path.
The Phase I module prioritizes technical reliability, controllability, traceability and downstream feedstock quality over commodity-scale expansion.
TRL 9 / proven industrial standard
Three-electrode AC configuration
Continuous high-load operation
Subject to final engineering and operating mode
Dedicated industrial substation
Cyclone + baghouse + continuous monitoring
Pre‑FEED basis. CAPEX, energy demand and commissioning parameters are indicative engineering assumptions and will be confirmed through site-specific FEED, grid studies, permitting and supplier quotations.
Energy & carbon architecture
Energy is a strategic control variable.
Long‑term power
Industrial PPA strategy designed to reduce exposure to spot-price volatility.
Recovery systems
Off‑gas and heat recovery pathway with potential to reduce grid dependence.
Carbon traceability
Measurement begins at MG‑Si and propagates through DSS and FBR accounting.
Phased decarbonization
Increasing low‑carbon electricity share and progressive process optimization through 2035.
03 — Strategic markets
Materials for Europe's essential industries.
Solar
Resilient European supply of solar-grade polysilicon and wafer materials.
Discuss opportunitySemiconductors
A development pathway toward electronic-grade silicon and advanced material inputs.
Discuss opportunityEnergy systems
Silicon-based materials for batteries, power electronics and next-generation energy infrastructure.
Discuss opportunity04 — Development pathway
Built through disciplined industrial phases.
Upstream stabilization
Quartz governance, MG‑Si Mini‑Plant, PPA structure and initial carbon measurement.
Solar‑grade integration
DSS commissioning, MG‑Si synchronization, recovery integration and yield optimization.
Electronic‑grade expansion
FBR commissioning, advanced impurity control and semiconductor-grade market entry.
Energy & hub maturity
Low‑carbon optimization, modular expansion and evolution into a European critical-silicon hub.
Investment architecture
Capital sequenced to reduce integration risk.
The Platform progresses from bankable upstream infrastructure toward higher-value purification and energy integration.
Indicative engineering range for the 8,000 tpa Mini‑Plant.
Including pre-operational costs, working capital and construction-period financing.
Indicative senior debt / equity structure, subject to financing arrangements.
Financial values are planning assumptions from the project business plan and do not constitute an offer, commitment or investment recommendation.
Build Europe's material resilience
A platform for industrial partners, investors, technology providers and public institutions.
Join the architecture shaping a secure European silicon and energy-materials value chain.
Initiated by Ukrainian Power‑Metallurgical Company LLC, Kyiv, Ukraine
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