Industrial architecture

Material, energy and carbon flows designed as one system.

Every production stage conditions the quality, economics and regulatory performance of the next.

02
01

Quartz governance

Controls impurity transfer, purification load, energy intensity and yield stability.

02

MG-Si / SAF

Primary thermal and impurity-separation node; calibrated for downstream purification.

03

DSS

Directional solidification creates solar-grade material for European photovoltaic supply chains.

04

FBR

Fluidized-bed processing provides the pathway to electronic-grade polysilicon.

05

European markets

Solar, semiconductor, power-electronics and energy-material applications.

System circulation layer

Energy architecture governs competitiveness.

Long-term power is not merely a utility input. It is a platform-level financial and regulatory instrument.

The architecture combines industrial PPAs, renewable integration, off-gas and heat recovery, progressive carbon measurement and a phased decarbonisation pathway.

70%Internal MG-Si allocation
2Strategic market anchors
4Implementation phases
2050Industrial-hub horizon