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FROM RESEARCH TO APPLICATION

The FiW is a renowned transfer institute for research and consulting services in the field of water management and is funded by the state of North Rhine-Westphalia as a member of the JRF research community. We work on solutions for the major challenges of our time: water, climate, energy and resources. In this way, we create value – for business, politics, science and society.

Our services range from the development of new project ideas to their concretisation, implementation and practical evaluation. As coordinators, we take on the management of large joint projects with partners from industry, politics, science and society. Together with companies, we develop and innovate products from the initial idea to market readiness. We support local authorities and civil society in implementing participatory processes, for example in the context of climate change adaptation. We are your partner for preliminary laboratory tests, semi-technical piloting and scientific support for large-scale implementation. We attach great importance to the transfer of knowledge into practice and the utilisation and consolidation of project results.

Our current success stories include project families such as the use of hydrogen and the introduction of renewable carbon management at sewage treatment plants, data-supported and integrated climate impact adaptation in municipalities, digitalisation in water monitoring, freight-based sewer network control, development of model-based optimisation strategies for sewage treatment plants – on the water and energy side, bio-based flocculants and AI-supported image recognition, as well as concepts for water reuse and water resource management in international cooperation.

As a non-profit association and affiliated institute of RWTH Aachen University, we put research results into practical application – we work towards this goal with a team of over 40 employees and a strong network of partners. In the supporting association of FiW e. V., special-purpose water associations, municipal drainage companies, utility companies, planning offices, RWTH Aachen University and individual members work on a voluntary basis to achieve the association's goals.

Our product portfolio

Research must question the status quo, identify new approaches, shape innovation, think in an interdisciplinary and systemic manner, and pursue ideas boldly. For us, waste materials are valuable, and sewage treatment plants are resource centres for circular and regenerative material flows. We understand that major transformation processes must be addressed by society as a whole. We know that the solutions lie in action and implementation and that scaling is the challenge at all levels.

In cooperation with manufacturers and plant operators, we work on the development of new products and the optimisation of environmental technology plants. In doing so, we develop products and pilot plants at various technology readiness levels (TRL). As a practice-oriented transfer institute, we develop, plan and operate semi-technical pilot plants and demonstrators (TRL 5 to TRL 7) and support companies in scaling up tailor-made solutions and optimising operations (TRL 8 and 9). Our aim is practicality, which is why we operate our testing facilities together with partners at their local sites. This applies to both facilities in Germany and worldwide – with robust, mobile container solutions in cooperation with partners and countries in international collaboration.

We prepare individual studies and expert opinions on a wide range of issues. With the expertise of our interdisciplinary team, we analyse technical interdependencies as well as economic and social framework conditions. We carry out model-based system analyses and use forecast models and scenario considerations to develop forward-looking action plans and decision-making aids, the achievement of which we ensure with practical guidelines and monitoring concepts.

As a project initiator, FiW coordinates large collaborative projects and leads interdisciplinary partners from companies, local authorities, as well as university and non-university research institutions. In addition to project organisation, we also take care of knowledge communication, public relations, and event management.

Water management projects are often characterised by competing uses and conflicting objectives. FiW has many years of experience with dialogue-oriented approaches that focus on reaching consensus between different stakeholder groups. Through expert and methodologically sound facilitation, viable solutions are developed, including for competing water uses in the context of advancing climate change, for urban planning in water-sensitive urban development, for land use conflicts in flood protection, and for minimising substance inputs in water protection.

Together with our research and development partners from the Global South, we develop solutions to the challenges of climate change. Key areas of focus include water supply and sanitation, sustainable water management, water reuse, and dealing with heavy rainfall and droughts, next to food and energy security. We develop new solutions in research projects, advise local authorities, companies, development banks and development organisations, and train specialist staff in capacity development projects. Co-design is one of our hallmarks; all projects are developed and implemented together with local partners.

References

AIX-Net-WWR

AIX-Net-WWR

Aachen Network for Waste Water Reuse

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AquaRevier

AquaRevier

Future-Proof and Climate-Resilient Water Management in the Rhenish Mining Region

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awaregio | Waterreuse

awaregio | Waterreuse

Modular wastewater treatment processes for the reuse in agriculture, aquaponics and the substitution of drinking water resources

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B2M Raman

B2M Raman

Optimisation of the dynamic Biogas-to-Methanol-Process using inline Raman spectroscopy

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ClearWater

ClearWater

Development of an AI-based optical measuring system for monitoring the flocculant dosing process in wastewater and reduction of polyacrylamide-based flocculants using dual flocculation

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COVIDready

Transfer from research into routine application

Holistic evaluation of available findings of SARS-CoV-2 wastewater monitoring for the pandemic assessment in North Rhine-Westphalia

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Digital river twin

Digital river twin

Minimum Viable Produkt

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dynaklim

Dynamic adaptation of regional planning and development processes to the effects of climate change

dynaklim – Using the example of the Emscher-Lippe region (Ruhr area)

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E-BO(2)t

Hydrogen-based sector coupling between water, energy, and transportation

E-BO(2)t – Production of electrolysis-based methanol fuels and oxygen utilization in wastewater treatment at the WWTP Bottrop

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E-MetO

E-MetO

Elektrolyse mit Nutzung von Brauchwasser als Schnittstelle zwischen biologischer Methanisierung und Ozonierung

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ecReUse | South Africa

ecReUse | South Africa

Enhancing Resource Use Efficiency in South Africa through Water Reuse and Sustainable Energy Production at Wastewater Treatment Plants

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ECWASA | South Africa

ECWASA | South Africa

Innovative water infrastructure management to increase water security for people, economy and agriculture in Southern Africa

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GREEN-BEE

Methanol synthesis from sewage gas

GREEN-BEE - Market- and product-oriented further development of the concept for synthesizing methanol from sewage gas

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HoWaMan | Iran

Flood risk management in semi-arid and arid areas

HoWaMan in Iran

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I-WALAMAR | Morocco

Future-oriented technologies and services for a sustainable land management

I-WALAMAR – Water- und land management in Morocco

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InoCottonGROW | Pakistan

From cotton field to hanger

InoCottonGROW – Global cotton textile industry: the german water footprint in Pakistan

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InRePlast

InRePlast – Plastics in the environment

Environmental political instruments to reduce the plastic pollution of inland waters via drainage systems

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INTEWAR | Cameroon

Sustainable water use in Cameroon

INTEWAR – Innovative Technologies for the containment of Water Associated Diseases

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iResilience

Getting active together for a good climate

iResilience – Social innovations and smart city infrastructures for the resilient city of the future

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Methanolstandard

Methanol: The renewable Fuel that drives us tomorrow

Methanolstandard – Examination of the technical foundations for standardizing methanol fuels in Europe

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mobileVIEW

mobileVIEW – the mobile measuring station

Use of sensor data from moving vehicles to record precipitation information as part of the digitisation strategy in water management

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MoniKlär

MoniKlär

MoniKlär – Monitoring of wastewater treatment plants to mitigate operational greenhouse gas emissions

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NitroSX

Anoxic Biowash for Biogas Desulfurization as a Contribution to the Climate Future

NitroSX – Microbiological Biogas Desulphurisation

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Power-to-Fuel

Power-to-Fuel

New processes for the production of climate-neutral energy sources based on biogas and renewable surplus electricity

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R2K-Klim+

R2K-Klim+

Strategic decision support tool for adaptation to climate change on a regional and municipal level in the Rhine area

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RAIN | Ghana

RAIN – Climate adaptation in Ghana

Sustainable technologies and services for climate change adaptation in flood and drought-prone settlements in Ghana

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render | Urban Region Aachen

render – More renewable energies

Regional dialogue on energy change - together on the way to an energy region

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RiverCloud

RiverCloud

UAV/USV tandem system for the collection and provision of high-resolution data for water management and the expansion and maintenance of waterways

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RiverView®

RiverView®

Water status-related monitoring and management

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SewerScan

SewerScan

SewerScan – digital recording of sewers

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SolNahWal

Solar heat for Walheim

SolNahWal – Feasibility study for a fourth-generation heating network system ("Heating network systems 4.0") at Aachen-Walheim

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SPIS4FNS | Kenya

SPIS4FNS | Kenya

SPIS4FNS – Development and Optimization of Solar-Powered Rainwater Harvesting Concepts to Strengthen Food Security in Kenya

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Trace substance elimination

Trace substance elimination from CP plants

Best Available Techniques (BAT) for reducing the entry of micropollutants from wastewater of CP Treatment Plants for hazardous waste into water bodies

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TeGeRam

TeGeRam

Fibre optic temperature measurement in water bodies

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Textile curved sieve

Textile curved sieve

Filter system for solids separation from wastewater streams with low-maintenance cleaning concept based on structured pile textiles with defined separation behavior

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TransPhoR

TransPhoR

Phosphorus Recycling for Sustainable Use of Phosphoru

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WaLKIS

WaLKIS

Wasserwirtschaftliche Ermittlungen und Anwendung von digitalen Versiegelungsdaten aus amtlichen Liegenschafts-katasterdaten – Phase I & II

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WaterReTUNe | Tunisia

WaterReTUNe | Tunisia

Desalination, Nutrient Recovery, and Diversified Utilization of NBS-Treated Wastewater

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WBEready

WBEready

Wastewater based epidemiology and preparedness: reserach need for a roadmap to develop adaptive monitoring capacities in the public health service

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