SciTransfer
Organization

WATERGY GMBH

German SME applying thermochemical absorption and desiccant systems to district energy networks and sustainable greenhouse farming.

Technology SMEenergyDESMENo active H2020 projects
H2020 projects
2
As coordinator
0
Total EC funding
€730K
Unique partners
16
What they do

Their core work

WATERGY GmbH is a German technology SME specialising in thermochemical energy systems — specifically absorption and desiccant-based processes that store, transfer, or recover energy through chemical reactions with water vapour. Their work bridges thermal energy engineering and applied fluid chemistry, developing practical systems for two distinct domains: district-scale heat networks and controlled-environment agriculture. In H2020 projects they have contributed thermochemical fluid expertise and system integration knowledge, not just research. Their company name itself encodes their core proposition: the coupling of water management with energy efficiency.

Core expertise

What they specialise in

Thermochemical energy storage and absorption systemsprimary
2 projects

Both H-DisNet and TheGreefa rely directly on thermochemical fluid behaviour — absorption cycles and desiccant materials are the technical core of both projects.

District heating and hybrid thermo-chemical networksprimary
1 project

H-DisNet (2016–2019) addressed intelligent hybrid thermo-chemical district networks, placing WATERGY in the urban energy infrastructure space.

Greenhouse climate control and water recoverysecondary
1 project

TheGreefa (2020–2024) applies thermochemical fluids to greenhouse farming for temperature/humidity management and water recovery from humid air.

Renewable energy integration and long-term thermal storagesecondary
1 project

TheGreefa keywords include renewable energy and long-term storage, indicating WATERGY works on coupling their absorption systems with intermittent renewable inputs.

Desiccant-based dehumidification systemsemerging
1 project

TheGreefa explicitly lists desiccants as a keyword, pointing to specialised materials knowledge applicable beyond greenhouses to industrial drying or HVAC.

Evolution & trajectory

How they've shifted over time

Early focus
Thermo-chemical district heat networks
Recent focus
Thermochemical fluids in greenhouse agriculture

In their first H2020 project (2016–2019), WATERGY focused on thermochemical fluids as a tool for district-scale heat distribution — urban infrastructure at the network level. By 2020 they pivoted the same core technology into precision agriculture, applying absorption and desiccant chemistry to solve greenhouse climate and water challenges. The underlying expertise (thermochemical fluid behaviour, absorption cycles) has remained constant, but the application domain has broadened from energy utilities to food production systems.

WATERGY appears to be methodically expanding its thermochemical absorption technology into new sectors — first energy networks, then food production — suggesting future collaborations in industrial process heat, cold-chain logistics, or building HVAC are plausible next steps.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European10 countries collaborated

WATERGY participates exclusively as a consortium partner and has never held a coordinator role across either of their H2020 projects, indicating they prefer to contribute as technical specialists within larger teams rather than lead programme management. With 16 unique partners across 10 countries in just two projects, they are active networkers who bring cross-sector reach despite their small size. This profile — specialist contributor in well-networked consortia — makes them a reliable technical partner for teams that need thermochemical process expertise without organisational overhead.

WATERGY has built a network of 16 distinct consortium partners across 10 European countries from just two projects — an unusually broad footprint for a two-project SME. No geographic concentration is evident from the available data, suggesting they engage with whichever consortia best match their technology rather than prioritising national or regional clusters.

Why partner with them

What sets them apart

WATERGY occupies a rare niche at the intersection of thermochemical energy storage and practical agricultural engineering — very few SMEs hold credible project track records in both district heat networks and greenhouse climate systems simultaneously. Their Schwedt/Oder base in Brandenburg also places them near Germany's post-coal industrial transformation zone, giving them practical relevance to energy transition projects in the region. For a consortium builder needing a hands-on thermochemical systems company that can connect energy and food sectors in a single partner, WATERGY is a compact but well-networked option.

Notable projects

Highlights from their portfolio

  • H-DisNet
    Their largest single grant (EUR 472,469) and earliest H2020 project, establishing WATERGY's credentials in thermo-chemical district energy — a technically complex and capital-intensive domain rarely entered by micro-SMEs.
  • TheGreefa
    Demonstrates WATERGY's ability to transfer thermochemical expertise across sectors, applying absorption and desiccant systems to sustainable greenhouse farming — an unusual energy-meets-food cross-over that makes them distinctive in both communities.
Cross-sector capabilities
Food & Agriculture — greenhouse climate engineering and water-efficient crop production systemsBuilt environment — thermochemical heat storage applicable to low-carbon building systems and district HVACIndustrial process heat — absorption cycle expertise transferable to drying, cooling, and waste-heat recovery in manufacturing
Analysis note: Profile is based on only two projects; keyword metadata is entirely absent for the earlier project (H-DisNet), limiting the early-period analysis. The cross-sector trajectory is clear and coherent, but claims about internal capabilities beyond what project titles and keywords reveal should be verified directly with the organisation.