Politecnico Di Torino

Princeton University

Marco Simonetti

Vincenzo Maria Gentile

Forrest Meggers

Michael Bozlar

Orio De Paoli

Angelica Morra

Monica Novara

Giovanni-Vincenzo Fracastoro

Francesco Neirotti

A high performance ADSorption Heat eXchanger ADS-HX includes a hygroscopic composite biopolymer, a heat exchange medium in contact with the hygroscopic composite biopolymer and a hollow conduit in contact with the heat exchange medium, into which hollow conduit either a cooling fluid or a heating fluid are alternately made to pass, so that the adsorption heat exchanger can be operated under high ambient temperatures and low relative humidity conditions, which are typical of arid climates. A process is provided for producing the aforesaid high performance ADSorption Heat eXchanger ADS-HX. A preferred and advantageous application of the aforesaid high performance ADSorption Heat eXchanger ADS-HX is in combination with the atmospheric water harvesting device described in the international application published at no. WO 2019/082000 A1 of the same Applicant.

Heat and mass exchanger made with alginate-bentonite biocomposite hydrogel for water vapor capture, and production process thereof

A method for production of water from air includes cyclically and successively repeating the following two phases: a first phase a), which includes the following steps: a1) taking air from the outside, a2) conveying the air towards an enthalpic exchanger containing an adsorbent material that internally accumulates the moisture that is present in the air, a3) outputting dry air, and a second phase b), which includes the following steps: b1) supplying heat to the enthalpic exchanger by way of a low-temperature heat source, b2) conveying an air flow through the enthalpic exchanger, wherein the air in contact with the enthalpic exchanger is heated and at the same time collects the moisture contained in the adsorbent material, and b3) bringing the heated and humidified air flow to ambient temperature in order to cause the moisture contained therein to condense, thereby obtaining water.

Method for production of water from air based on low-temperature heat, and machine and system thereof

The invention relates to a module for ventilation equipped with a biological system for purification of indoor and/or outdoor air of an environment having a box body with a first () and a second () wall facing each other, and at least one of the first and the second wall comprising a sheet made of a material transparent to light; a pair of sidewalk () each one connected to the first () and second wall () and adapted to close the box body laterally; a base () and a lid () each one connected to the pair of sidewalk () and to the first () and second () wall to close the box body at the bottom and at the top respectively; a purification chamber () where a biofilter () is arranged for purifying an input air flow (A) entering the module ().

Module of ventilation and biological purification of internal and external air to an environment, and relevant method

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Turin, Italy

Marco Simonetti