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Ingegneria Sanitaria Ambientale

Group
The learning and scientific activity of the Environmental Sanitary Engineering Research Group in the University of Brescia, mainly based on experimental studies, and which produced publications and appreciated attendance at Italian and abroad scientific conferences, concerns the technological, process and management aspects in the following areas: - treatment of water for human consumption; - treatment of urban wastewater; - treatment of industrial wastewater and aqueous waste; - recovery and disposal of urban and special waste, and sewage sludge; - circular economy and industrial symbiosis; - remediation of contaminated sites. Within the group, the following activities are noted: the Working Group on "Management of wastewater treatment plants", which sees the collaboration of more than 150 experts; the Research Center “Appropriate technologies for environmental management in countries with limited resources (CeTAmb), and the Research Center "Environmental remediation and recovery of degraded areas and contaminated sites" (CeRAR)
Address:
Dipartimento di Ingegneria Civile, Architettura, Territorio, Ambiente e di Matematica - Università degli Studi di Brescia - Via Branze, 43 - 25121 Brescia (Italia)
date/time interval:
(November 1, 1994 - )
  • Overview
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Overview

Acronym

INGSAN

Term type

Gruppo di ricerca coordinata

Linked Units

Department of Civil, Environmental, Architectural, Engineering and Mathematics

Awards / Honors (4)

Best platform presentation, conferred by IWA International Water Association
1st European award for best practice for the integration of SHD (Sustainable Human Development) into technology and engineering education, conferred by Global Dimension in Engineering Education (GDEE) is a EuropeAid Project, entitled “Cross-cutting development education into technology studies which aims to stimulate the introduction of education for development in European Universities. This project will impact positively on the attitudinal values and skills of students in relation to sustainable human development (SHD). This is being dealt with by integrating SHD as a cross-cutting issue in teaching activities through a two-fold strategy. Its first objective is to improve the competences of academics to enable them to introduce SHD into the curricula and facilitating the engagement of both staff and students in academic initiatives related to SHD.
Autore di un articolo selezionato tra i “best 20 papers” della 2012 EPFL – UNESCO Conference on Technologies for Development (Lausanne, Switzerland, 29-31 May 2012), conferred by 2012 EPFL – UNESCO Conference on Technologies for Development (Lausanne, Switzerland
Autore di un articolo selezionato per lo special issue della rivista Waste Management & Research riguardante il 2016 World ISWA Congress, conferred by 2016 World ISWA Congress

Research

Concepts (19)


36.00.00 - Raccolta, trattamento e fornitura di acqua

37.00.00 - Raccolta e depurazione delle acque di scarico

38.11.00 - Raccolta di rifiuti solidi non pericolosi

38.12.00 - Raccolta di rifiuti pericolosi solidi e non solidi

38.21.01 - Produzione di compost

38.21.09 - Trattamento e smaltimento di altri rifiuti non pericolosi

38.22.00 - Trattamento e smaltimento di rifiuti pericolosi

38.32.30 - Recupero e preparazione per il riciclaggio dei rifiuti solidi urbani, industriali e biomasse

39.00.09 - Altre attività di risanamento e altri servizi di gestione dei rifiuti

PE10_17 - Hydrology, hydrogeology, engineering and environmental geology, water and soil pollution - (2020)

PE8_11 - Sustainable design (for recycling, for environment, eco-design) - (2020)

PE8_2 - Chemical engineering, technical chemistry - (2020)

PE8_3 - Civil engineering, architecture, maritime/hydraulic engineering, geotechnics, waste treatment - (2020)

Goal 11: Sustainable cities and communities

Goal 12: Responsible consumption and production

Goal 6: Clean water and sanitation

Goal 7: Affordable and clean energy

Settore ICAR/03 - Ingegneria Sanitaria-Ambientale

Ingegneria ambientale

Free text keywords (11)

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ACQUE POTABILI
ACQUE REFLUE
ANALISI DI RISCHIO SANITARIO-AMBIENTALE
ECONOMIA CIRCOLARE
IMPRONTA AMBIENTALE
RECUPERO DI RISORSE
RIFIUTI
SITI CONTAMINATI
SOSTENIBILITÀ AMBIENTALE
SVILUPPO SOSTENIBILE
TRANSIZIONE ECOLOGICA
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Research fields

TREATMENT OF WATER FOR HUMAN CONSUMPTION - Study on advanced oxidation processes in drinking water treatment - Study on the formation and removal of disinfection by-products - Study on surface water treatments, with particular reference to the removal of algae and algal toxins - Study and experimentation of conventional and advanced oxidation treatments for arsenic removal - Study on technologies for the nitrate removal - Study on the issues connected with the presence of chromium VI in water intended for human consumption - Analysis of the problems connected with emerging pollutants in water and strategies for risk management – Study, elaboration and application of "Water Safety Plan" (WSP) for risk management. TREATMENT OF URBAN WASTEWATER - Methods and tools for verifying the functionality of wastewater treatment plants - Process automation for energy saving - Removal of micropollutants from wastewater - Environmental footprint of wastewater treatment plants - Development of procedures to support decisions in the choice of processes and technologies to purification and recovery of material and energy resources. TREATMENT OF INDUSTRIAL WASTEWATER AND AQUEOUS WASTE - Treatment of aqueous waste and industrial wastewater using a thermophilic aerobic membrane biological system (TAMR) - Application of chemical oxidation process - Optimization of aqueous waste treatment in municipal wastewater plants - Experimentation of stripping technology for the recovery of ammonia from livestock manure - Analysis of the feasibility to reusing industrial wastewater within the production cycles. RECOVERY AND DISPOSAL OF URBAN AND SPECIAL WASTE, AND SEWAGE SLUDGE - Experimentation of biological processes for the minimization of sewage sludge - Development of a decision support procedure to be used in the definition of optimal strategies for the management of sewage sludge - Treatment of sewage sludge by wet oxidation – Study on appropriate technologies for municipal solid waste management in countries with limited resources - Reuse of raw and inertized waste - Testing of leaching tests to evaluate the release of pollutants from special waste - Recovery of industrial waste in the construction sector (construction and demolition waste, steel slag, MSW incineration slag, ...) - Recovery of biomass for the production of alternative fuel in countries with limited resources - Material recovery from electronic waste and exhausted batteries. CIRCULAR ECONOMY AND INDUSTRIAL SYMBIOSIS - Waste recovery potential in the province of Brescia and in Lombardy - Implementation of the symbiosis between companies in the metallurgical sector - Development of tools to measure circularity in the agro-industrial sector. REMEDIATION OF CONTAMINATED SITES - Experimental application of the thermal desorption process to soils contaminated by lead alkyls - Innovation in soil washing of soils contaminated by heavy metals and hydrocarbons - Mass flow analysis of off-site plants at full scale - Experimental application of herbaceous species aimed at the phyto-remediation of soils contaminated by metals - Application of risk analysis for the assessment of remediation interventions of contaminated sites - Definition of the sustainability of remediation and recovery of contaminated sites - Treatment of matrices contaminated by hydrocarbons through biological and bioelectrochemical processes.
No Results Found

Affiliations

Responsibles

BERTANZA Giorgio

Members (4)

ABBA' ALESSANDRO
BERTANZA Giorgio
SORLINI Sabrina
VACCARI Mentore

Outputs

Publications (38)

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Contact

Email address

ingsan@unibs.it

Web site

https://ingsan.unibs.it/
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