All Projects (24)

RapiGrow project aims to develop machine learning/deep learning models  that can  predict plants growth from images   and  observe  plant  nutrient availability (e.g., phosphorus)  by applying hyperspectral image analysis of plant growth​. This can be used to learn past plant growth trends and forecast future plant growth patterns based on those...

Secondary purification with chemical precipitation: Optimization with process control, oxidation processes and biofilm processes in small partial streams.

Main objective: Verify possibilities for achieving the secondary treatment requirement in mechanical-chemical wastewater treatment plants, through optimization of...

ENHANCING THE SCIENTIFIC CAPACITY OF TUBITAK MAM IN THE FIELD OF SMART ENVIRONMENTAL TECHNOLOGIES FOR CLIMATE CHANGE CHALLENGES

SMART4ENV aims to improve R&I capacities for climate change adaptation and mitigation of key applications within water, agriculture, and public health sectors. 

At...

Water Harmony - Integration of Education, Research, Innovation and Entrepreneurship

        Water Harmony – Integration of Education, Research, Innovation and Entrepreneurship (Water Harmony-II) re-orientates water-related graduate teaching practices towards a greater focus on the needs of the society and labor market. This is built on the...

This EU-funded project will develop real-time control and monitoring systems as well as a novel, cost-effective, easy to use surveillance system to optimise the removal of emerging water contaminants.

The water resources and especially the drinking water in Europe and globally face new challenges with the emerging...

The ambition of MEMPREX is to develop a Virtual Membrane Excellence Network addressing the next decade's challenges in the water sector, specifically focusing on the optimisation of the use of membranes in water and wastewater treatment.

Membrane processes are increasingly applied in the water sector worldwide, but Norway is yet to...

The DigiwatRO project will increase the effectiveness in the water sector by enhancing the use of digital tools in utilities facilitated by the enhanced digital competence in graduate education.

Romania’s investment needs to comply with the EU''s Drinking Water Directive (DWD) and the Urban Wastewater Directive (UWWD) by 2030...

Intelligent nanofiltration membrane systems for natural organic matter removal in water treatment

The main goals of the project are:

Develop intelligent membrane technology (IntelMEM) that can effectively remove natural organic matter from surface water, while at the same time ensuring microbiological safety and compliance with...

The overall idea of the PATCHER project is to protect the aquatic ecosystem and human health from micropollutants by preventing their release into the environment at the source – wastewater treatment effluents.

The main subject-specific goal of AECo is advancing electrocoagulation process for water and wastewater treatment to the level of analytical and experimental proof of concept.