
About JOULIA
The industrial sector heavily depends on fossil fuels for heating, contributing to 40% of global CO₂ emissions. Inefficient heating systems result in significant energy losses, slowing progress toward climate neutrality.
JOULIA is accelerating the energy transition by demonstrating advanced electric heating solutions that enhance flexibility, efficiency, and renewable energy integration. The project focuses on induction and microwave heating for rubber vulcanisation and glue activation in multilayer pipe production, optimised through digital models and simulations.
Over four years, JOULIA will drive decarbonisation in energy-intensive industries, enhance sustainability, and strengthen industrial resilience and competitiveness.
JOULIA pioneers contactless electromagnetic heating systems, eliminating fossil fuel dependency while achieving better thermal efficiency. Advanced adaptive control algorithms and digital twin models enable precise energy delivery. This isn’t just about electrification-it’s about redefining the industrial environment to align with Europe’s climate ambitions. With TRL 7 validation, we’re proving these solutions are feasible in real-world industrial environments, translating the advances of JOULIA into energy savings and measurable CO₂ reduction.
Consortium Partners
JOULIA unites 16 partners from 7 EU countries, including technology developers, industrial leaders, and research experts in energy-intensive and process industries. This multidisciplinary consortium combines deep expertise, resources, and networks, ensuring the skills and collaboration needed to achieve the project’s goals.
Project News & Events
Electrifying Industrial Heat Safely: JOULIA Research Presented at EMC Europe 2026
As European industry moves towards electrified heating, replacing fossil-fuel-based processes [...]
From Thermal Images to Early Warnings: Advancing Predictive Maintenance in Industry
What if a heating system could be monitored not only [...]
Safety by Design: Bringing Industrial Electrification from Standards to Practice
Electromagnetic fields are an important consideration when induction and microwave [...]




















