Search Results for: item/10864860/PhD-position-Global-flood-risk-assessment-and-behavioural-modelling-VU-Amsterdam/page/49/www.linkedin.com/in/apoorva-seeram

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The influence of drinking water biofilms on water quality

  • 1 January, 2015
  • Wageningen University, Microbiology
  • prof. dr H Smidt
  • dr PWJJ van der Wielen

Microbial regrowth in drinking water distribution or premise plumbing systems can cause problems like growth of opportunistic pathogens (e.g. Legionella pneumophila), esthetic complaints or regrowth parameters exceeding legislative guidelines. The microorganisms responsible for these problems mainly multiply in biofilms on the pipe wall and/or sediment and will alter the water quality once they are released in the water. This release of biofilm organisms in the water phase is largely unexplored and will be the focus of this PhD project. The influence of pipe material, hydraulics and water quality on the release of biofilm organisms will be studied using cultivation-based and ‘state of the art’ molecular microbiological methods.

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Kimberly Learbuch

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Governing the transition towards sustainable industrial water supply in Vietnam

  • 15 August, 2016
  • Wageningen University, Environmental Policy
  • prof. dr SR Bush
  • dr J van Leeuwen

This PhD-project applies the triangle model of industrial ecology design to analyse specifically governance and institutions for fresh water innovation associated with selected technological innovations that are produced from other study as well as the interactions among water, energy and waste flow within selected Industrial Zones (IZs) and IZs with neighbourhoods in Vietnam. Within the framework of the research the institutional challenges are assessed by addressing the particular stakeholders through semi-structured expert interviews, document review and focus groups/workshops. In addition, based on synthesis of the data and insights, innovations in water reuse and multi-sourcing brackish water are identified. During this research there is contact between the technological and institutional stakeholders through workshops, focus groups, feedback sessions and other more individual meetings. This is a vital part of the research to guarantee the needed interaction and trans-disciplinary exchange of (new) knowledge and (new) insights.

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Thu Trang Tran

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We provide a disciplinary and multidisciplinary research programme aimed at advanced understanding of environmental problems and advanced training of PhD candidates in this field.
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Selenium bio-recovery (removal) from wastewater to low ppb levels

Bingnan Song
18 February, 2022
Wageningen University, Environmental Technology
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Application of Advanced Oxidation Processes for Organic Compound Removal from Saline Water

Pradip Saha
16 February, 2022
Wageningen University, Environmental Technology
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Bioremediation of pesticides: unravelling the anaerobic microbiological potential of oligotrophic water aquifers

Andrea Aldas Vargas
4 February, 2022
Wageningen University, Environmental Technology
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Precipitation regime changes in the maritime continent

Vasily Kokorev
2 February, 2022
University of Twente, Earth Systems Analysis
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Alternative Non‐Potable Water Use: Design, complexities, and opportunities

Jess Wreyford
2 February, 2022
Wageningen University, Environmental Technology
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Fisher folk participation for sustainable fisheries: an illusion or reality for Lake Victoria (Kenya) co-management

Christine Etiegni
28 January, 2022
IHE Delft, Water Resources and Ecosystems
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SMART detection and Real-time Learning in Water Distribution: An Integrated Data-Model Approach

Caspar Geelen
25 January, 2022
Wageningen University, Mathematical and Statistical Methods
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Advances in flash flood modelling in urbanized and data-scarce areas

Yakob Umer
19 January, 2022
University of Twente, Earth Systems Analysis
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Photogrammetric Point Clouds: Quality Assessment, Filtering, and Change Detection

Zhenchao Zhang
14 January, 2022
University of Twente, Urban and regional and Geo-Information Management
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Coupled Water–Heat–Carbon Exchange Processes in Cold Environments: Observation and Numerical Modeling

Lianyu Yu
12 January, 2022
University of Twente, Water Recourses
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Downstream consequences of Ribb River Damming, Lake Tana Basin, Ethiopia

Chalachew Abebe Mulatu
16 December, 2021
IHE Delft, Water Resources and Ecosystems
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Alternative water resources for industry – Designing environmentally compatible regional supply networks

Joeri Willet
10 December, 2021
Wageningen University, Environmental Technology
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Assessing biological stability of drinking water treated by reverse osmosis and remineralisation. Method development and application

Mohaned Sousi
9 December, 2021
IHE Delft, Water Supply
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Unmanned Aerial Vehicle Mapping for Responsible Land Administration

Claudia Stöcker
9 December, 2021
University of Twente, Urban and regional and Geo-Information Management
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Smart Grids the Human Scale: Investigating householder participation in the decentralization, digitalization and decarbonization of energy grids in the Netherlands

Robin Smale
2 December, 2021
Wageningen University, Environmental Policy
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Mechanisms and enhancement of LDPE and PLA degradation by earthworm’s gut microbiome in soils

  • 7 October, 2019
  • Wageningen University, Soil Physics and Land Management
  • prof. dr V Geissen

This PhD project generally aims at exploring the possibility of in-situ biodegradation of microplastics by the gut microbiome of earthworms. The most commonly used non-biodegradable polymer (LDPE) and biodegradable polymer (PLA) for mulching films will be used in this project. The degradation mechanisms and potential enhancing methods will be explored.

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Ke Meng

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Managed Aquifer Recharge with Marginal Water for Irrigation and Contaminant Attenuation

  • 4 July, 2022
  • 11:00
  • Wageningen University, Soil Physics and Land Management
  • prof.dr. C.J. Ritsemaprof.dr.ir. S.E.A.T.M. van der Zee
  • prof.dr.ir. A. Leijnsedr.ir. R.P. Bartholomeus

This thesis studies the environmental impacts of subsurface irrigation and drainage with treated wastewater. Subsurface irrigation and drainage is a new method of agricultural water management that falls under the umbrella of environmental technologies known as managed aquifer recharge (MAR). The use of treated wastewater means that contaminants of emerging concern (CECs) are inadvertently released into the soil. Numerical models, verified with experimental data, show that subsurface irrigation with treated wastewater is not likely to lead to adverse effects on the surrounding environment or on the irrigated crops at an experimental implementation located in the Netherlands. Numerical modelling also reveals that if the biodegradation of CECs in the soil depends on mixing-dependent multicomponent biochemical processes, then it does not seem possible to simplify the problem by using assumptions such as first-order kinetics or soil homogeneity. Analytical solutions on the efficiency of MAR systems in general are also derived and validated.

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Darrell Tang

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Towards sustainable soil acidity management of Chinese croplands at regional level

  • 1 July, 2020
  • Wageningen University, Environmental Systems Analysis
  • prof. dr ir W de Vries
  • Dr. GH RosDr. Q. Zhu

Widely occurring soil acidification in Chinese cropland causes crop yield decrease and cadmium (Cd) accumulation in crops, mainly due to losses of base cations (BC) induced by nitrate leaching in response to the (over)use of nitrogen (N) fertilizers. Replacing chemical fertilizers by manure is an effective choice to reduce N fertilizer application and counteract losses of BC, elevating the soil pH to an appropriate level. Replacing fertilizer by manure application might however cause Cd accumulation in soils due to enhanced Cd contents in manure. Furthermore, the manure amounts may not be enough to counteract soil acidification, thus requiring additional lime inputs. The major aim of this project is to develop a sustainable management strategy for soil acidity of croplands at regional scale, in view of both crop yield decrease and Cd accumulation in crops, based on a process based modelling approach.

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Donghao Xu

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We provide a disciplinary and multidisciplinary research programme aimed at advanced understanding of environmental problems and advanced training of PhD candidates in this field.
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