Building the semiconductor ecosystem sustainably.
Six resource systems, one fab. Select any system to open its lifecycle.
Raise the production load and see how renewables, storage, cooling and AI optimisation rebalance around it.
An illustrative teaching model, not a plant simulation — the numbers show relationships between systems, not a specific fab's performance.
Green roofs, on-site generation, closed water loops and land that stays alive around the plant — the whole system on one site.
The whole city on one plan. Select a facility to light the resource paths in and out of it.
Reuse. Refurb. Renew. Recycle. — part of the curriculum, not a footnote.
Millions of litres a day — reclaim, recycling and zero-liquid discharge.
Tool idle strategies to renewable-powered plants — efficiency as engineering.
Refurbished legacy tools: machines that built chips now build engineers.
Where chips end matters as much as where they begin.
Seven levers, one score. Find out how much circularity actually moves the needle.
Power smarter. Use water wisely. Handle safely. Recover everything possible. Build greener semiconductors.
Green Fab City is a teaching model of how a sustainable fab can work. It illustrates industry practice and WOWSemi curriculum — it is not a description of a facility WOWSemi operates.