Hybridising Heat for Low-Carbon Plasterboard Production
/
industrial
Decarbonising thermal processes while securing operational reliability and cost control
As part of its net-zero strategy, this plasterboard manufacturer is seeking to reduce emissions from its drying process—traditionally reliant on natural gas—without compromising 24/7 production or financial sustainability.
Client needs
Reach net-zero by 2045, with -50% CO₂ by 2030 (vs. 2020)
Ensure continuous and reliable production
Maintain competitiveness despite rising energy costs
Energy Pool outputs
A targeted feasibility study for hybridising the drying process through partial electrification:
Technical Design & Engineering
Partner-led engineering for a hybrid drying solution
Integration of electrical heat sources into the existing process
Project Business Model
CAPEX/OPEX evaluation, subsidies mapping, carbon savings
Electrification cost analysis vs. fossil baseline
Flexibility Valuation
Assessment of potential participation in flexibility markets
Estimation of additional revenue from flexible load management
Proven Expertise
Pioneer and French leader of flexibility aggregation with +15 years of experience
Customer-Centric Approach
Tailored solutions that adress our customer deep needs.
Innovative Technology
Agnostic in-house technologies suitable to any system.
Global Support
Premium end-to-end support from consulting to operations.
