All three H2020 projects (URBIOFIN, PERCAL, WaysTUP!) focus on converting MSW or urban biowaste into bio-based products at semi-industrial scale.
INDUSTRIAS MECANICAS ALCUDIA SL
Spanish SME engineering semi-industrial biorefinery equipment that converts municipal solid waste into biochemicals, biofuels, and bioplastics.
Their core work
IMECAL is a Spanish SME specializing in mechanical engineering and industrial equipment for waste-to-value biorefinery processes. They design and operate semi-industrial scale systems that convert municipal solid waste (MSW) and urban biowaste into biochemicals, biofuels, and bioplastics. Their core contribution is building and demonstrating the physical infrastructure — reactors, separation units, processing lines — that turn waste streams into marketable bio-based products like bioethanol, bioethylene, and polyhydroxyalkanoates (PHA).
What they specialise in
PERCAL focused on chemical building blocks from MSW biorefinery; URBIOFIN targeted bioethanol, bioethylene, VFAs, and PHA production.
URBIOFIN explicitly operates at semi-industrial scale; PERCAL was coordinated by IMECAL to demonstrate MSW biorefinery processes.
WaysTUP! (2019) shifted focus from general MSW to specifically urban biowaste transformation in city contexts.
How they've shifted over time
IMECAL's early work (2017) centered on broad municipal solid waste biorefinery — converting MSW into a wide range of outputs including bioethanol, bioethylene, biomethane, VFAs, medium-chain fatty acids, PHA, and biofertiliser. By 2019, their focus narrowed toward urban biowaste specifically, with the WaysTUP! project targeting biowaste utilisation within city contexts. This shift suggests a move from general industrial waste processing toward circular economy solutions tailored to urban environments.
IMECAL is moving from broad industrial waste processing toward city-scale urban biowaste valorisation, positioning them for smart city and urban circular economy projects.
How they like to work
IMECAL operates primarily as a partner in larger consortia (2 of 3 projects) but has demonstrated leadership capacity by coordinating PERCAL. With 55 unique partners across 15 countries from just 3 projects, they work in large, diverse consortia typical of BBI and Innovation Action projects. This broad network suggests they are comfortable integrating their equipment and engineering capabilities into multi-partner demonstration initiatives.
IMECAL has built a substantial network of 55 unique partners across 15 countries through just 3 projects, indicating participation in large-scale European demonstration consortia. Their reach spans well beyond Iberia, covering a significant portion of EU member states.
What sets them apart
IMECAL brings something rare to biorefinery consortia: they are an SME that actually builds and operates the mechanical equipment needed to run waste-to-value processes at semi-industrial scale. While many partners contribute research or modelling, IMECAL provides the physical engineering and hardware to move concepts from lab to demonstration. For consortium builders, they fill the critical gap between academic research and industrial deployment of bio-based production systems.
Highlights from their portfolio
- URBIOFINLargest project by far (EUR 1.37M to IMECAL), demonstrating an integrated biorefinery converting MSW into bioethanol, bioethylene, PHA, biomethane, and biofertiliser at semi-industrial scale.
- PERCALIMECAL's only coordinator role — led a project on chemical building blocks from MSW biorefinery, demonstrating their capacity to manage EU-funded research.
- WaysTUP!Marks IMECAL's strategic pivot toward urban biowaste in city contexts, signalling a move into circular economy applications closer to end users.