Both NANORESTART and APACHE are explicitly focused on conservation of artworks and cultural artefacts, reflecting ZFB's core professional activity.
ZFB ZENTRUM FUR BUCHERHALTUNG GMBH
Leipzig conservation SME specializing in nanomaterial-based restoration and smart preventive conservation systems for books, archives, and artworks.
Their core work
ZFB (Zentrum für Büchererhaltung — Center for Book Preservation) is a Leipzig-based private company specializing in the conservation and restoration of books, documents, and cultural heritage objects. Their core business is professional preservation services for libraries, archives, and museums, combining hands-on conservation practice with applied materials science. Through H2020 participation, they brought real-world conservation expertise into research consortia: testing nanomaterial-based cleaning and consolidation agents on actual artworks in NANORESTART, and validating intelligent packaging and sensor systems for museum storage in APACHE. They function as an applied endpoint — the company that takes laboratory-developed conservation materials and proves whether they work on real heritage objects.
What they specialise in
NANORESTART involved testing gels, nanoparticles, nanocontainers, graphene, and nanocellulose-based materials directly on works of art as a conservation partner.
APACHE focused on intelligent packaging materials, display cases, chemisorbents, and sensor-based monitoring to protect artefacts in storage and on display.
APACHE incorporated wireless networks and RFID devices alongside chemical sensors as part of an integrated monitoring solution for heritage storage.
How they've shifted over time
In their first project (2015–2018), ZFB was focused on active intervention — testing nanomaterial-based agents (gels, nanoparticles, graphene, nanocellulose) that conservators apply directly to damaged or deteriorating artworks to clean, consolidate, or repair them. By their second project (2019–2022), the focus had shifted from fixing damage after the fact to preventing it altogether: intelligent packaging, controlled display cases, chemisorbents, and real-time environmental sensors designed to stop deterioration before it starts. This is a coherent professional trajectory — from reactive restoration chemistry toward systems-level preventive conservation — reflecting a broader movement in the heritage sector toward monitoring and materials engineering for long-term protection.
ZFB is moving toward intelligent, sensor-integrated conservation infrastructure — future collaborations are most likely in IoT-enabled museum/archive environments, smart storage systems, or materials that combine barrier protection with real-time condition monitoring.
How they like to work
ZFB participates exclusively as a consortium partner, never as coordinator — consistent with a specialist practitioner that contributes domain validation rather than project leadership. Their two projects were large Innovation Actions (IA funding scheme), meaning they joined well-resourced multi-partner consortia built around demonstrating real-world applicability. With 44 unique partners across 15 countries from just two projects, they operate in large, internationally diverse consortia — which suggests they are valued as an applied testing and validation endpoint, not as a generalist contributor.
ZFB has built a surprisingly broad network for a two-project SME: 44 unique partners across 15 countries, entirely through large Innovation Action consortia. Their connections span European research institutes, materials science labs, and cultural heritage institutions — a network that reflects the interdisciplinary nature of heritage conservation research.
What sets them apart
ZFB occupies a rare position as a private conservation company — not a university, not a museum, not a materials lab — that bridges professional heritage services with EU research validation. They bring something most consortium partners cannot: an operational facility where new conservation materials and systems can be tested against real archival and artistic objects under professional standards. For any consortium developing conservation chemistry, packaging, or monitoring technology, ZFB provides the ground-truth validation that turns laboratory results into credible, deployable solutions.
Highlights from their portfolio
- NANORESTARTZFB's largest single award (EUR 448,438) and a flagship EU project in heritage nanomaterials, placing ZFB alongside leading conservation science institutions testing graphene and nanocellulose-based agents on actual artworks.
- APACHERepresents ZFB's pivot to preventive conservation technology, combining chemisorbents, wireless sensors, and intelligent display cases — a convergence of materials science and IoT that signals where the heritage conservation sector is heading.