Deliverables



D1.1 - Method and set-up description of the GSBR and Nereda experiments

D1.2 – Method and set-up description of the SBBGR treatment and optimization of the pre-treatment stage for ammonia removal

D1.3 – Report on the influence of slowly biodegradable substrates on aerobic granular sludge morphology

D1.4 – Protocol for microscopic characterization of granular sludge

D 1.5 Assessment of sludge quality and the best management options

D 1.6 Report on the influence of moderate/high temperatures on aerobic granular sludge at laboratory scale compared with the results from an industrial application


D 1.7 Report on the effectiveness of SBBGR integrated with ozonation for treating mature municipal landfill leachates


D 1.8 Report on the results of microscopic characterisation of sectioned granules

D 1.9 Report on the resistance of aerobic granules against toxic compounds compared with conventional activated sludge

D 1.10 Performance data of different aerobic granular sludge systems (UniFed, Nereda) for treatment of effluents from slaughterhouse and food industry


D2.1 – Report on experimental methodology and analytical tools

D2.2 – Technical report on the design of the pilot plants to be constructed in WP2

D2.3 – Technical report on the physico-chemical characterization of the pharmaceutical wastewater to be treated by the MBR-AOP system

D2.4 - Report on the optimisation of advanced oxidation processes coupled with biological treatment of landfill leachate

D 2.5 Technical Report on the completed set-up of immobilised biomass activated sludge pilot-plant at ALBAIDA

D 2.6 Report on correlations between physical/chemical pollutant properties and its photodegradation efficiency as well as the evolution of biodegradability and toxicity of wastewater after treatment by AOPs


D2.7 – Technical report on completes set up of pilot-plant with the BIOZO-DETOX concept at the first landfill site

D 2.8 Technical report on the completed set up of the integrated MBR-AOP reactor

D 2.9 Report on characterization of by-products of pharmaceutical wastewater by UV/H2O2 and O3 treatment

D 2.10 Report on the effect of saline effluent conditions upon photo-Fenton degradation performance of industrial pollutants


D 2.11 Report on formation of halogenated degradation by-products under saline effluent conditions with photo-Fenton treatment


D 2.12 Report on the application of integrated MBR/AOP process to pharmaceutical wastewater


D 2.13 Report on physical, chemical and microbiological characteristics of the residues (biomass)

D 2.14 Report on new concepts (BIOZO) for AOP integration in industrial wastewater and landfill leachate treatment processes

D3.1 – Silicone coated, selective membranes

D3.2 – Optimised design for both submerged and side stream MCR

D3.3 – First assessment report on the membrane and system performance in bench-scale tests

D 3.4 Report on performance data of side stream MCR operation


D 3.5 Performance data of different exp. bench-scale test units operated with real wastewater
Deliverable

D3.6 Report on performance data of submerged MCR operation


D 3.7 Prototype of optimised membrane-based treatment modules (membrane contactor system and membrane chemical reactor)

D4.1 – Report on methodology and modelling environment

D4.2 – Assessment models of existing treatment systems with data for core unit operations and upstream and downstream processes

D 4.3 Report on simulations of scenarios for existing and emerging technologies. Eco-design input for WP1, WP2 and WP3

D 4.4 Assessment models of at least three developed treatment systems incorporating aerobic granulation, AOP + biological treatment and integrated membrane processes, as applied to actual cases


D 4.5 Assessment of the economic feasibility of at least three cases

D 4.6 Identification and assessment of potential end-user cases not studied in the project


D 5.4 Final-term international workshop on innovative industrial wastewater treatment


D 5.5 Final plan for using and disseminating knowledge (including technical framework concepts for the actual applications of the developed innovative industrial wastewater treatments)


D 5.6 Report on raising public participation and awareness