The European Union’s ambitious goal to become the first climate-neutral continent by 2050 has spurred various initiatives across the continent, focusing on decarbonisation. An essential part of this journey involves tackling the carbon footprint of energy-intensive industries such as ceramics and glass production. These sectors represent a substantial portion of both Europe’s industrial energy consumption and CO2 emissions. To address these challenges, the INDTEGRATE project was launched, aiming to integrate green hydrogen into these industries, providing a potential pathway for decarbonisation.

## What INDTEGRATE Does

INDTEGRATE is an initiative under the Horizon Europe Innovation Action programme, focusing on integrating Solid Oxide Electrolyser Cell (SOEC) technology into energy-intensive industries. The project unites a diverse group of industrial companies, technology developers, research organisations, and universities across Europe. Its core goal is to demonstrate how renewable electricity, industrial waste heat recovery, advanced digital technologies, and green hydrogen production can work in tandem to decarbonise industries like ceramics and glass manufacturing.

A significant component of INDTEGRATE’s strategy is developing digital tools, such as reduced-order models and Process and Electrolyser Digital Twins, which will support the design and operation of hydrogen production systems. The project will validate a modular 220 kW SOEC system designed to combine renewable energy sources with industrial waste heat, thus producing green hydrogen more efficiently. This system will be tested through pilot demonstrations in existing industrial facilities in Spain and Slovenia.

## Competitive Context

The integration of green hydrogen into industrial processes is not without competition. Several European and international initiatives are exploring similar avenues, given the EU’s stringent climate targets and the global push towards sustainability. Electrification alone cannot address all industrial needs, particularly for high-temperature processes where direct electrification is challenging.

INDTEGRATE’s edge lies in its holistic approach, which combines digital innovation with practical pilot demonstrations. By engaging a broad consortium of stakeholders, the project also aims to foster collaboration and share insights that could accelerate the adoption of hydrogen technologies across Europe.

## Implications for Irish and European Stakeholders

For Irish and European founders, engineers, and investors, INDTEGRATE represents a tangible move towards integrating digital and hydrogen technologies within traditional industries. The project’s success could open up new markets and opportunities for technology providers and startups focused on digital modelling and renewable energy solutions.

Moreover, INDTEGRATE’s approach aligns with the EU’s regulatory frameworks, such as the AI Act and GDPR, ensuring that the digital tools developed comply with European standards. By participating in such initiatives, stakeholders can gain valuable insights into regulatory compliance and innovation in the energy sector.

The project’s focus on skills development and training also means that engineers and professionals in the field can expect new learning opportunities and the chance to be at the forefront of industrial decarbonisation efforts.

## What Happens Next

In the coming months, the INDTEGRATE consortium will concentrate on designing and developing the project’s technological components, including digital modelling tools and energy management systems. Preparations for pilot demonstrations will commence, with a focus on stakeholder engagement and collaboration to maximise impact.

For Irish or European founders and investors, keeping an eye on INDTEGRATE’s progress could provide critical insights into potential investment opportunities and partnerships in the burgeoning field of industrial decarbonisation. As the project unfolds, it could set a precedent for how industries can transition to more sustainable practices, offering a blueprint for others to follow.