Cookies disclaimer

Our site saves small pieces of text information (cookies) on your device in order to deliver better content and for statistical purposes. You can disable the usage of cookies by changing the settings of your browser. By browsing our website without changing the browser settings you grant us permission to store that information on your device.

Leggi l'informativa I agree

Results: 1

Lucia Cattani

STEM area: Engineering

Competences: air treatment, alternative energies, civil engineering, energy efficiency, environmental acoustics, heat transmission, technical physics, thermodynamic cycles

Keywords: awa modula, energy saving, environment, heat transmission, renewable sources, seas-sa, sustainable building, thermodynamic cycles, water extraction from the air, water shortage

Region: ABROAD


R&D consultant in SEAS-SA. External researcher and lecturer at the University of Pavia.

Professional career

In the academic year 2001 she obtained a master degree in Civil Engineering, Hydraulic, in the University of Pavia (Italy). In the same university in 2002 she obtained a first level master regarding surface waters defence. Four years later, 2006, she obtained the title of environmental acoustic expert, after a post lauream course organised by F.A.S.T. (Milan- Italy). In 2008 she obtained the energy certificatory qualification. In academic year 2008 she became Philosophy Doctor in technologies for energy and environment (Applied Physics) with a thesis about energetic sustainable buildings (University of Bergamo - Italy). From 2001 to 2014 she worked as external researcher and lecturer in Pavia University, Engineering Faculty, in Applied Physics. She also taught in several professional courses. In 2012 Lucia Cattani worked in the research team of the University of Pavia devoted to design a new machine which can extract water from air. The research ended with the prototype construction. In 2014 she became R&D manager for SEAS-SA, a Swiss start up, which bought rights about the said research and started to build and sell integrated machines which extract water from air and permit to increase energy efficiency in building heating and cooling. In 2017 she shifted to a part time occupation in SEAS, as R&D scientific consultant, in order to return to research and teaching activities in Pavia University. Nowadays she continues her work in SEAS and at the same time carries out research in the field of water from air extraction as external researcher in Pavia University.

Scientific results

Thanks to her studies and previous research work, Lucia Cattani obtained an interdisciplinary attitude, which permits her to work in the branch of Applied Physics which regards advanced integrated plants devoted to increase energy saving and drinking water generation. Having knowledge about: thermodynamics, heat transmission, renewable energies, hydraulics, water sanification and purification treatments, waste treatment and recycling, she was able to become R&D manager of an innovative start up, SEAS SA in the field of AWG (atmospheric water generator). Integrated systems AWA modula, produced by SEAS SA, are not simple water from air extractors, but are particular machines, which can provide not only high quality drinking water, but also two thermal contributes, a fresh and dry airflow and an heating flux. All the said functionalities are obtained at the same time with the same energy consumption. AWA is an evolution of the research prototype and is designed to employ all the useful effects of a reverse cycle applied to environmental air. Her research field regarded also applied acoustics, heat transmission, energy saving, building sustainability.

Editorial work and publications

Lucia Cattani participates in national and international conferences and is the author of numerous scientific articles, including:

(2018) Cattani L. Magrini A., Cattani P. Water Extraction from Air by Refrigeration¡ªExperimental Results from an Integrated System Application, Applied Sciences. 2018; 8(11):2262.

(2017) Magrini A, Cattani L, Cartesegna M, Magnani L.Water Production from Air Conditioning Systems: Some Evaluations about a Sustainable Use of Resources,  Sustainability 2017, 9(8), 1309; doi:10.3390/su9081309. 

(2015) Magrini A, Cattani L, Cartesegna M, Magnani L. Production of water from the air: the environmental sustainability of air-conditioning systems through a more intelligent use of resources. The advantages of an integrated system. Energy Procedia, 78:1153-1158.

(2015) Magrini A, Cattani L, Cartasegna M, Magnani L. Integrated systems for air conditioning and production of drinking water - Preliminary considerations. Energy Procedia, 75:1659-1665.

(2010) Magrini A, Cattani L, Magnani L. A global index to evaluate the acoustical and thermal behavior of buildings: first evaluations and applications to common building walls. ISRA Melbourne, Victoria, Australian Acoustical Society.