APACHE (2019–2022) applied chemisorbents, sensors, and smart packaging materials directly to the problem of protecting artifacts in storage and on display.
INTERNATIONAL CENTRE FOR THE STUDY OF THE PRESERVATION AND RESTORATION OF CULTURAL PROPERTY
Intergovernmental authority on cultural heritage conservation — specialist partner for preventive conservation technology, museum science, and heritage researcher training.
Their core work
ICCROM is the only intergovernmental organization in the world with an exclusive mandate for cultural heritage conservation — training professionals, developing standards, and providing technical advice to member states on preserving physical cultural property. In H2020, they contributed domain expertise at two distinct levels: as a host institution for doctoral researchers in cultural heritage technologies (T4C), and as a conservation specialist in an applied innovation project developing smart packaging and display environments for museum artifacts (APACHE). Their practical value lies in bridging scientific materials research with real-world conservation practice — they understand both what museum artifacts need physically and what conservation professionals actually do. Any consortium working on heritage digitization, preventive conservation, or conservation science gains immediate credibility and end-user grounding by involving ICCROM.
What they specialise in
T4C (2018–2023) was an MSCA-COFUND doctoral program where ICCROM served as a host institution, training ESRs with intersectoral and entrepreneurial skills.
APACHE introduced RFID, wireless sensor networks, and intelligent display cases as conservation tools — a technically specific application area new in their H2020 record.
How they've shifted over time
In their earliest H2020 engagement (T4C, 2018), ICCROM's focus was on human capital — training the next generation of cultural heritage researchers, developing non-academic career paths, and embedding entrepreneurial skills in doctoral programs. By 2019, with APACHE, their involvement shifted decisively toward applied materials science and sensor technology: chemisorbents, multi-scale modelling, RFID-enabled display cases, and smart packaging as active conservation tools. The trajectory moves from capacity building toward technology validation — from training people who will preserve heritage, to testing the physical systems that make preservation possible.
ICCROM appears to be moving into applied technology partnerships where they contribute conservation domain expertise to engineering and materials science projects, rather than leading training initiatives — making them an increasingly attractive end-user and validation partner for sensor, packaging, and IoT projects targeting the cultural heritage sector.
How they like to work
ICCROM does not lead EU projects — across their entire H2020 record they appear only as participant or third party, never as coordinator. This reflects their institutional identity: they are a standards body and training institution that lends authority and domain knowledge to consortia rather than managing research programs themselves. Their participation in APACHE alongside 63 partners from 15 countries shows comfort in large, multi-national consortia. Working with them means gaining a credible end-user and practitioner voice, but not a project manager.
Across two projects, ICCROM engaged with 63 unique consortium partners spanning 15 countries — an unusually broad network for such limited direct participation, reflecting the large consortium sizes of MSCA-COFUND and Innovation Action projects. Their network is European in formal terms but global in institutional reach, given ICCROM's intergovernmental membership covering over 140 countries.
What sets them apart
ICCROM holds a position no other organization can replicate: it is the sole intergovernmental body dedicated exclusively to cultural heritage conservation, giving it unmatched institutional legitimacy with museums, UNESCO, and national heritage authorities worldwide. For a consortium developing technologies for heritage preservation — sensors, smart materials, climate control, digitization — ICCROM's involvement signals that the work is grounded in real conservation practice and has access to real test environments. They do not bring large budgets or engineering capacity, but they open doors to pilots, field tests, and adoption pathways that no research institute can match on its own.
Highlights from their portfolio
- APACHEA rare Innovation Action applying advanced packaging materials, chemisorbents, and RFID sensor networks to museum-quality preventive conservation — and the only project where ICCROM received direct EC funding.
- T4CAn MSCA-COFUND doctoral program covering the full arc of cultural heritage technology research training, with ICCROM as a recognized intersectoral secondment host.