DOC2C’s: Innovative technologies for DOC removal in drinking water treatment | 2 Mers Seas Zeeën

DOC2C’s

You are here

DOC2C’s: Innovative technologies for DOC removal in drinking water treatment

Priority Axis

Technological and Social Innovation

Specific objective

Technological Innovation

Lead partner

PWN Technologies - PWN

Start Date

01/01/2016

End Date

31/12/2019

Project budget

4 189 796

ERDF amount

2 513 877

ERDF rate

60%

    About

    Common challenge

    The common challenge tackled by DOC2C's is the existing low-technology infrastructure for drinking water production, soon inadequate to ensure supply of excellent water quality while adapting to pollution and climate change.

    Production of safe drinking water is increasingly under pressure in the area. The main concern is the growing concentration of Dissolved Organic Carbon (DOC) in surface water. DOC reduces the efficiency of all treatment steps and threatens water quality due to emerging substances, formation of harmful disinfection by-products and lowered biostability in the network.

    Main Achievements

    The DOC2Cs project's main focus is research into innovative ways to improve water treatment by removing, controlling, and monitoring DOC in water. As such, an intensive research program has been followed in the first three years of this project, and continues into the final year (2019).

    Some specific highlights include:

    1. three workshops have been provided thus far, with most recent being at the PP2 water treatment plant which uses some of the innovative technologies for treating water, and it was attended by 75 observers or interested target groups;
    2. the research and data summaries continue, and PPs present their findings at conferences and workshops to disseminate the information;
    3. knowledge video clips and some excursion site videos have been produced and are on the project's website;
    4. feasibility study outlines have been prepared, and these will be completed in 2019;
    5. operators have been trained on the innovative technologies, and this will continue into 2019;
    6. we are planning a final workshop at PP6 in the spring of 2019 and a final projects meeting for dissimination of information in the autumn of 2019 at the LP facilities.

    In terms of research findings, the innovative technologies such as in-line coagulation and ion exchange perform well for DOC removal, and the characterization techniques being performed at PP6 are a potentially helpful tool for water utilities in managing DOC. PP4 continues to make progress with the ceramic nanofilter prototypes, and PP3 continues work with ion exchange evaluations and potential re-use of brine. There has been a high level of collaboration between PPs, with some team members serving on PhD committees, samples from sites being sent to other PPs for trials or experiments, shared study work on some of the deliverables, team work for the feasibility study writing, and even some intern programs between PPs. The workshop in November at PP2 was a highlight for 2019, due to the number of attendees, the outreach to water utilties who attended, and to the interest in the project (specifically dealing with problems caused by DOC in water).

    Partnership

    Partners

    South West Water - SWW

    De Watergroep

    Université de Lille

    Technische Universiteit Delft