Browsing by Supervisor "Judd, Simon J."

Browsing by Supervisor "Judd, Simon J."

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  • Advanced oxidation processes for wastewater reuse - removal of micropollutants 
    James, Christopher P. (Cranfield University, 2013-04)
    The removal of micropollutants (MPs) from secondary municipal wastewater by an advanced oxidation process (AOP) based on UV irradiation combined with hydrogen peroxide (UV/H2O2) has been assessed through pilot-scale experiments ...
  • Chemical cleaning of potable microfiltration and ultrafiltration membranes 
    Porcelli, Nicandro (Cranfield University, 2009-06)
    Concerns over possible waterborne disease forced drinking water supply companies in England and Wales to adopt microfiltration and ultrafiltration technologies rapidly. MF and UF membrane plants are designed to produce ...
  • Coagulant Recovery from Waterworks Sludge 
    Keeley, James (Cranfield University, 2014-10)
    Coagulation is a ubiquitous process in the treatment of raw surface water for eventual potable use. Despite its capabilities, the sheer scale of its use is manifested in the volumes of chemicals it demands and waste ...
  • Combined coagulation and membrane microfiltration for removal of natural organic material (nom) 
    Hillis, Peter (1999-03)
    The removal of natural organic matter (NOM) is a key requirement of many processes in potable water treatment. Conventionally, removal of NOM and colloidal material has been achieved by coagulation with inorganic coagulants ...
  • Cost of a package plant membrane bioreactor 
    Fletcher, Harriet Kate (2007-05)
    The capital and operating costs associated with a small package plant MBR for smallscale domestic duty has been appraised based on a medium-strength municipal wastewater. The three main membrane configurations were ...
  • Denitrification using immersed membrane bioreactors 
    McAdam, Ewan J. (Cranfield University, 2008-10)
    Nitrate is practically ubiquitous in waters abstracted for municipal potable water production in Europe due to decades of intensive agricultural practice. Ion exchange is principally selected to target abstracted waters ...
  • Design and evaluation of a novel wastewater treatment package plant 
    Mackley, Tim (Cranfield University, 2007-02)
    The objective of the project was to develop a novel package plant using available process technologies that would be competitive in the domestic waste water treatment market. A market analysis identified the business ...
  • Development of a novel method for cross-disciplinary hazard identification 
    Parchment, Ann (Cranfield University, 2013)
    Hazards and risks are currently identified in generic risk silos using top-down tools and methods which are incorporated into whole system risk management frameworks such as enterprise risk management. The current methods ...
  • Disinfection of swimming pool water 
    Bullock, Gillian (Cranfield UniversitySchool of Industrial and Manufacturing Science, 2003-10)
    Results from this study, which has investigated the impact of the treatment technologies of chlorination, ozonation and UV irradiation on pool water quality are reported. The aim of the study was to evaluate the effect of ...
  • A framework for assessing robustness of water networks and computational evaluation of resilience 
    Al-Ameri, Shehab Ahmed (Cranfield University, 2016-04)
    Arid regions tend to take careful measures to ensure water supplies are secured to consumers, to help provide the basis for further development. The distribution network is the most expensive part of the water supply ...
  • Immersed Membrane Bioreactors for Produced Water Treatment 
    Brookes, Adam (Cranfield University, 2005-10)
    The performance of a submerged membrane bioreactor for the duty of gas field produced water treatment was appraised. The system was operated under steady state conditions at a range of mixed liquor suspended solids (MLSS) ...
  • In iron metal slurry reactor for wastewater treatment 
    Bigg, T (Cranfield University, 2002-05)
    The corrosion of iron is a very old and complex phenomenon. Its employment for the treatment of wastewater began in the earliest around ten years ago, with few earlier exceptions. Most researchers have considered ...
  • Low-cost membranes for submerged membrane bioreactors 
    Gander, Michelle (2000-04)
    The present work aims to assess the feasibility of using an ostensibly low-cost polypropylene (PP) material for processing municipal wastewater from the University sewage works. Two different types of hydrophilic membranes ...
  • Membrane bioreactors for sewage and stabilised leachate treatment 
    Alvarez-Vazquez, H. (Cranfield University, 2005-07)
    The project aimed to extend the limited knowledge ofMBR (Membrane Bioreactor) operation for the treatment of stabilised (old) landfillleachate using an air-lift tubular membrane configuration and comparing the results ...
  • Membrane fouling during domestic water recycling 
    Lodge , B. N. (Cranfield University, 2003-03)
    The performance of a combined biological aerated filter (BAF) and an ultrafiltration (UF) system for the treatment of real and synthetic greywater, settled sewage, rainwater and borehole water has been assessed at both ...
  • Micropollutants removal and tecnological development of membrane bioreactors 
    Santos, Ana (Cranfield University, 2010-10)
    The increasing worldwide contamination of aquatic environment with pollutants introduced by anthropogenic sources has become of great concern. Although present at low concentration, many of these pollutants have considerable ...
  • Optimisation of a hollow fibre membrane bioreactor for water refuse 
    Verrecht, Bart (Cranfield University, 2010-09)
    Over the last two decades, implementation of membrane bioreactors (MBRs) has increased due to their superior effluent quality and low plant footprint. However, they are still viewed as a high-cost option, both with regards ...
  • Optimisation of membrane technology for water reuse 
    Raffin, Marie (Cranfield University, 2011-11)
    Increasing freshwater scarcity is making reclamation of wastewater effluent more economically attractive as a means of preserving freshwater resources. The use of an integrated membrane system (IMS), the combination ...
  • Pretreatment options for municipal wastewater reuse using membrane technology 
    Hatt, Juliette W. (Cranfield University, 2012-09)
    Increasing freshwater scarcity across the world means that wastewater reclamation is being considered as a key method in which to meet the growing demand. Evolution of water reuse schemes where high quality product ...
  • Process configurations and fouling in membrane bio-reactors 
    Le Clech , P. (Cranfield University, 2002-12)
    MBR process consists of a suspended growth biological reactor combined with a membrane unit. The widespread of this system for waste water treatment is contained by membrane fouling, which is strongly influenced by three ...