ENGICER SA

Their core work

ENGICER SA is a Swiss SME specializing in high-temperature ceramic components and catalytic coatings for energy applications. They develop advanced ceramic structures used in solar reactors, gas burners, and fuel reforming systems — essentially the heat-resistant functional parts that make clean energy technologies work at extreme temperatures. Their contributions span from biogas-to-hydrogen conversion systems to concentrated solar power towers and industrial coating processes.

What they specialise in

How they've shifted over time

ENGICER's early H2020 work (2017) centered on biogas-to-hydrogen reforming and distributed energy generation, contributing ceramic components for fuel processing and low-enthalpy gas burners. By 2019-2024, their focus shifted decisively toward solar hydrogen production and industrial coating technologies, with projects involving solar structured reactors and high-temperature catalytic coatings. The trajectory shows a clear pivot from fossil-adjacent fuel processing toward renewable hydrogen and advanced manufacturing applications for their ceramic expertise.

ENGICER is moving its ceramic materials expertise firmly toward solar-driven hydrogen production and clean industrial processes — expect them to pursue green hydrogen and sustainable manufacturing consortia next.

How they like to work

ENGICER operates exclusively as a specialist participant, never taking on coordination duties — typical of a focused technology SME that provides critical components rather than managing large consortia. With 52 unique partners across 14 countries from just 4 projects, they work in large, diverse consortia (averaging 13+ partners per project). This signals a company comfortable contributing specialized ceramic expertise within complex multi-partner research efforts.

Despite only four projects, ENGICER has built a broad European network of 52 partners spanning 14 countries — a remarkably wide reach for a small Swiss ceramics company. Their network is heavily concentrated in EU energy and materials research ecosystems, with no visible geographic bias beyond their Swiss base.

What sets them apart

ENGICER occupies a rare niche: a Swiss SME that can manufacture ceramic structures and catalytic coatings rated for extreme temperatures in energy systems. While many partners in their consortia handle design, modeling, or integration, ENGICER provides the physical high-temperature components — the parts that must survive inside solar reactors and reforming chambers. For any consortium needing custom advanced ceramics for clean energy or industrial thermal applications, they are a proven, integration-ready partner with a track record in both Innovation Actions and Research & Innovation Actions.

Highlights from their portfolio

• HYDROSOL-beyond
  Their largest funded project (EUR 404,625) focused on solar thermochemical hydrogen production — directly aligned with Europe's green hydrogen ambitions and running through 2024.
• BIOROBURplus
  Addressed decentralised hydrogen production from biogas with a complete fuel processor, tackling practical challenges like coking and steam reforming at low enthalpy.
• NEXTOWER
  Advanced materials for next-generation concentrated solar power towers — positions ENGICER in the high-value CSP materials supply chain.