WWEELAB UNIVPM

CONSULTING

WWEELab.PRIVATE FUNDED RESEARCH

The WWEELab Research Group, coordinated by Prof. Fatone, manages several applied research projects, commissioned by waste and wastewater utilities and public authorities.
The research fields can be divided into the following 5 macro-areas:

Resource recovery technologies in the urban water cycle
Stormwater treatment and management
Digital solutions for carbon footprinting and environmental/economic assessment
Advanced water and wastewater treatment
Organic waste treatment and valorisation
Risultato immagine per iren logo(2021) TECHNICAL CONSULTING – INNOVATIVE PROCESSES FOR
RESOURCE AND NUTRIENTS RECOVERY FROM SEWAGE SLUDGE
Visualizza immagine di origine(2021) CRITICAL ANALYSIS OF THE POSSIBLE EFFECTS RELATED TO THE PRESENCE
OF HYDROCARBONS IN THE MBR PLANT IN NOVI LIGURE
Visualizza immagine di origine(2021) SCIENTIFIC CONSULTING AIMED AT THE VALIDATION IN A
DEMONSTRATIVE SCALE OF AN INNOVATIVE TECHNOLOGICAL SOLUTION
FOR THE ECO-SUSTAINABLE MANAGEMENT OF SEDIMENTS COMING
FROM THE DREDGING OPERATIONS OF PORTS – ECOSEDRA PROJECT PORTS


Visualizza immagine di origine

Visualizza immagine di origine		(2020) TECHNICAL AND ECONOMIC EVALUATIONS ON THE APPLICATION OF TECHNOLOGIES FOR THE PRODUCTION OF VOLATILE FATTY ACIDS AND BIOPOLYMERS (POLYDROXIALKANOATES) IN URBAN WASTEWATER TREATMENT PLANTS MANAGED BY ITALIAN UTILITIES HERA, SMAT, A2A
(2019) CALCULATION OF THE INDICATOR CALLED “CARBON FOOTPRINT OF THE WASTEWATER TREATMENT SERVICE”, in accordance with UNI EN ISO 14064-1 (Updated Version – April 2019)

(2018) TECHNICAL AND ECONOMIC EVALUATIONS ON THE APPLICATION OF TECHNOLOGIES FOR THE PRODUCTION OF STRUVITE IN URBAN WASTEWATER TREATMENT PLANTS MANAGED BY HERA
(2019-20) CRITICALITIES, IMPACTS AND TECHNICAL SOLUTIONS TO SUPPORT THE UNIQUE ENVIRONMENTAL AUTHORIZATION OF THE PLANTS SANTA MARIA GORETTI in OFFIDA, SAN LEONARDO in GROTTAMMARE, CUPRAMARITTIMA,  MONTEFIORE

(2019) PLANTS AND MEASURES FOR MITIGATION OF THE IMPACT OF SEWER OVERFLOWS IN SANTA PETRONILLA AND RIO VALLOSCURA BASIN (PORTO SAN GIORGIO)
(2021) CALCULATION OF THE INDICATOR CALLED “CARBON FOOTPRINT OF THE
WASTEWATER TREATMENT SERVICE”, in accordance with UNI EN ISO 14064-1

(2018) CALCULATION OF THE INDICATOR CALLED “CARBON FOOTPRINT OF THE
WASTEWATER TREATMENT SERVICE”, in accordance with UNI EN ISO 14064-1

(2018) – PROCESS ENGINEERING OF THE DEFINITIVE PROJECT OF
UPGRADING / EXPANSION OF THE WASTEWATER TREATMENT PLANT OF
CASTELFRANCO-SALVATRONDA (TV) MANAGED BY THE ITALIAN WATER
UTILITY ATS – TECHNICAL AND SCIENTIFIC SUPPORT

(2018) CALCULATION OF THE INDICATOR CALLED “CARBON FOOTPRINT OF THE
WASTEWATER TREATMENT SERVICE”, in accordance with UNI EN ISO 14064-1

(2016) – TECHNICAL, ECONOMIC AND ENVIRONMENTAL
COMPATIBILITY FOR THE TRANSFER AND VALORISATION OF DRIED SLUDGE
FROM URBAN WASTEWATER TO A CEMENT PRODUCTION PLANT
Questa immagine ha l'attributo alt vuoto; il nome del file è acegaslogo.png(2020) CALCULATION OF THE INDICATOR CALLED “CARBON FOOTPRINT OF THE WASTEWATER TREATMENT SERVICE”, in accordance with UNI EN ISO 14064-1 (Updated Version – April 2019)
System Group | PE PP PVC pipes | LinkedIn(2019) SUPPORT TO THE PROJECT OF THE COMPOSTING TOILET PROTOTYPE
(2019) ANALYSIS OF THE BEST AVAILABLE (or under development) TECHNOLOGIES FOR
PHOSPHORUS RECOVERY FROM NON-CONVENTIONAL SOURCES AND ANALYSIS OF
GOOD PRACTICES AT NATIONAL AND INTERNATIONAL LEVEL
Visualizza immagine di origine(2017) PRELIMINARY ASSESSMENT OF THE ENERGY EFFICIENCY OF THE MAIN
WASTEWATER TREATMENT PLANTS OF THE WATER UTILITY CAP GROUP,
USING THE CURRENT ENERWATER DIAGNOSIS METHOD

(2016) SCIENTIFIC CONSULTANCY ACTIVITIES FOR THE PRELIMINARY MASTER
PLAN AND ENERGY EFFICIENCY ACTIVITIES AT THE GROUP’S PLANTS