Hybridising Industrial Heat to Cut Emissions & Boost Competitiveness
From fossil fuel to flexible heat: engineering the low-carbon transformation of steel production
With mounting pressure to decarbonise heavy industry, steel manufacturers are exploring cleaner, more resilient alternatives to natural gas. This project focuses on hybridising a gas-based reheating furnace to reduce emissions while improving cost control and flexibility.
Client needs
Reduce Scope 1 & 2 CO₂ emissions by 40% by 2030
Enhance cost competitiveness through energy flexibility
Increase resilience to energy price volatility
Energy Pool outputs
Comprehensive support to engineer and structure a hybrid heating solution:
Hybridisation Design & Engineering
Co-development of technical solution for hybrid reheating (e.g. electric arc or hydrogen-ready systems)
Integration of steam production into the decarbonisation roadmap
Financial Structuring & Business Modelling
Evaluate CAPEX, OPEX, subsidies, and carbon savings
Model ROI scenarios based on energy and carbon price outlooks
Energy & Flexibility Strategy
Identify and valorise flexibility in furnace and steam operations
Design EMS strategies to manage energy mix dynamically
Bewezen expertise
Pionier en Franse marktleider in flexibiliteitsaggregatie met meer dan 15 jaar ervaring
Klantgerichte aanpak
Oplossingen op maat die inspelen op de diepgaande behoeften van onze klanten
Innovatieve technologie
Systeemonafhankelijke, intern ontwikkelde technologieën die geschikt zijn voor elk type systeem
Wereldwijde ondersteuning
Premium end-to-end ondersteuning, van advies tot operationeel beheer.
