Build 'FerroMycelium'—a deep-tech industrial bioreactor system that utilizes engineered metal-reducing bacteria to treat steel mill off-gas and slag waste in real-time. Unlike massive hydrogen swaps, this is a modular 'bolt-on' hardware unit for mid-market mills. The system captures CO and CO2 emissions, feeding them to specialized microbial consortia that precipitate solid carbon nanotubes (a high-value saleable commodity) and reduce iron oxides in slag, lowering the energy required for re-smelting. It turns a compliance liability into a revenue stream via carbon nanomaterial sales.

Market Catalyst & News Trigger

"Gary Residents Want a Say in the Future of Steel"

The Workflow Friction

Traditional steel manufacturing is facing immense pressure to decarbonize due to new EPA NEPA procedural updates and community mandates, but mid-sized mills cannot afford the $200M+ hydrogen-direct reduction plants built by giants like SSAB or ArcelorMittal. They are stuck with aging blast furnaces that violate new 'cleaner steelmaking' expectations, risking shutdowns or massive fines. The friction is the lack of an affordable, scalable biological or chemical bridge technology to reduce carbon intensity without replacing entire infrastructure.

Problem Summary

Real-world problem signal validation.

One-Shot MVP Builder Blueprint (48 Hours)

A pilot-scale containerized bioreactor unit deployed at a single mid-sized mill. The dashboard monitors real-time gas flow rates, microbial metabolic activity, and carbon nanotube yield. It includes an automated 'Compliance Certificate' generator that calculates Scope 1 emission reductions verified by on-site sensors, ready for EPA submission.

Recommended Developer Tech Stack

• C++ (for hardware control)
• ROS 2
• Python
• InfluxDB
• Edge AI modules