CRH NEDERLAND BV

Their core work

CRH Nederland BV is the Dutch subsidiary of CRH plc, one of the world's largest building materials manufacturers, producing cement, concrete, aggregates, and construction products at industrial scale. In H2020 research consortia, they participate as the industry partner who grounds academic research in commercial reality — providing manufacturing expertise, real-world testing contexts, and market-readiness judgment that academic institutions cannot offer. Their two EU projects both center on alkali-activated materials: concrete and geopolymers that can replace conventional Portland cement with significantly lower carbon footprints, using industrial by-products and waste streams as raw materials. They represent the bridge between laboratory-scale material science and large-scale commercial deployment in the construction sector.

What they specialise in

How they've shifted over time

Their H2020 entry in 2018 was through DuRSAAM, an MSCA PhD training network — a form of participation that signals interest in long-term talent development and foundational material science rather than short-term commercial outputs. The keyword focus there was on durability, service life modelling, LCA, and carbon footprint: the theoretical and analytical tools for evaluating whether alkali-activated materials can be trusted in real structures. By 2019, they joined WOOL2LOOP as a fully funded participant in an Innovation Action, shifting emphasis toward waste streams (mineral wool, C&D waste), industrial sorting and pre-treatment, and additive manufacturing — all markers of applied, deployment-oriented work. The trajectory moves clearly from understanding the science of alkali-activated concrete toward industrialising the circular economy of construction waste into that same material family.

CRH Nederland is moving from academic research partner roles toward applied Innovation Actions where waste-derived alkali-activated materials are tested for industrial deployment — a direction consistent with the construction sector's growing regulatory pressure to decarbonise and close material loops.

How they like to work

CRH Nederland never leads projects — they join as partner or participant, which is the expected mode for a large industrial company embedded in research consortia to provide market credibility and industrial context. Their two projects span very different consortium types (a training network and an Innovation Action), suggesting they engage selectively where research aligns with their core materials portfolio rather than pursuing EU funding as a strategy in itself. Working with them likely means access to industrial testing infrastructure, manufacturing knowledge, and commercial validation judgment, but not project management or administrative leadership.

Across just two projects, CRH Nederland has worked with 34 unique consortium partners in 17 countries — a broad footprint explained by the large consortium sizes typical of MSCA-ITN and Innovation Action calls. Their network is pan-European in reach, spanning academic institutions, SMEs, and research organisations across the continent.

What sets them apart

As the Dutch arm of one of the world's largest building materials groups, CRH Nederland brings something most research partners cannot: the industrial credibility to signal that a new material technology has a viable path to market at scale. Any consortium developing low-carbon concrete or waste-derived construction materials gains legitimacy — with both reviewers and end-user markets — by having a major industry player at the table. Their participation is also practically useful: they can test materials in real manufacturing environments and provide feedback on commercial constraints that purely academic partners miss.

Highlights from their portfolio

• WOOL2LOOP
  The only project where CRH received direct EC funding (EUR 286,562), and an Innovation Action — the highest readiness-level funding scheme — focused on industrialising mineral wool waste recovery into geopolymer construction products, combining sorting technology, alkali activation, and additive manufacturing.
• DuRSAAM
  Participation in an MSCA PhD training network spanning 2018–2023 shows CRH's commitment to shaping the next generation of researchers in alkali-activated materials — an unusual investment for a large industrial company and a signal of long-term strategic interest in this material class.