FRIETS project covers osmotic dehydration, freeze drying, and microwave vacuum drying in the context of berry value chain optimization.
DIGNITY IDIOTIKI KEFALAIOUXIKI ETAIREIA
Greek food industry SME specializing in sustainable food processing, industrial water circularity, and berry value chain optimization.
Their core work
Dignity is a Greek private company in the food and beverage sector that contributes industry-side operational expertise to EU research consortia focused on sustainable food production and processing. Their work covers two complementary domains: industrial water circularity within food manufacturing facilities, and the optimization of value chains for high-value fresh and dried food products such as berries. They apply advanced food processing technologies — including osmotic dehydration, freeze drying, and microwave vacuum drying — and bring lifecycle assessment (LCA/LCC) capabilities to measure the environmental and economic performance of food production systems. As a practitioner-side partner, they bridge the gap between applied food industry operations and research-driven innovation.
What they specialise in
AccelWater focuses on water recovery and waste valorization specifically within food and beverage industrial areas.
FRIETS lists bioactives extraction and encapsulation as a core research area alongside pre- and post-harvest management.
FRIETS incorporates LCA and LCC methodologies to evaluate the sustainability and economic performance of the berry value chain.
AccelWater includes AI-based seasonal demand and supply prediction as a tool for optimizing resource use in food and beverage operations.
How they've shifted over time
Their earliest H2020 engagement (AccelWater, 2020) centered on facility-level sustainability: recovering water, valorizing waste streams, and using AI to predict resource demand in food and beverage plants. Their subsequent project (FRIETS, 2021) shifted the lens entirely to the product and value chain — specific processing techniques, bioactive compound management, microbial safety, and economic-environmental lifecycle analysis. The direction is clear: from infrastructure-level resource efficiency toward product-level quality and market value, suggesting a company progressively deepening its food technology specialization.
Dignity is moving toward comprehensive food value chain expertise, combining sustainability credentials from water and waste work with hands-on food processing technology — making them increasingly relevant for projects that need both environmental compliance and commercial product development in one partner.
How they like to work
Dignity participates exclusively as a consortium partner and has never led a project, which points to a company that contributes specific, bounded expertise rather than coordinating broad research programs. Despite only two projects, they have engaged with 27 unique partners — indicating large, multi-institutional consortia where each partner fills a defined role. This pattern suggests they are valued as practitioner contributors who bring industry grounding to research-heavy teams, rather than as generalist participants.
Through just two projects, Dignity has connected with 27 partners across 9 countries — a breadth consistent with large EU Innovation Action and MSCA-RISE consortia that deliberately assemble cross-border teams. Their network is European in character, with no evident concentration in a single region.
What sets them apart
Dignity occupies an uncommon position as a Greek food industry SME that participates in both environmental engineering projects (water circularity) and food science research (berry processing, bioactives), giving them cross-cutting relevance that is rare in organizations of their size. For consortium builders, they offer direct access to Greek food sector networks and applied processing know-how that complements university and research institute partners who often lack industrial grounding. Their combination of LCA competence and food technology expertise is particularly useful for projects that must demonstrate both scientific rigor and commercial viability.
Highlights from their portfolio
- AccelWaterOne of the few H2020 projects to combine industrial water recovery in food facilities with AI-based seasonal demand prediction, reflecting an unusually integrated approach to resource management.
- FRIETSCovers the full value chain of fresh and dried berries from pre-harvest through processing, integrating LCA, LCC, microbial safety, and multiple advanced drying technologies — a technically comprehensive food innovation project with direct market applications.