• Ikea Italia S.p.A. Realisation of new air-conditioning plant for Grugliasco store Grugliasco (To) The project involved redefining the ground floor layout of the IKEA store. The air-conditioning plant was modified as part of a reorganisation of the self-service, client assistance and warehouse zones inside the store. A new housing ridge was built, composed of galvanised sheet-iron canalisations complete with registers; other work included adjustments to the air treatment unit, modifications to the electrical panel, plant calibration and installation of an inertial reservoir for cooled water. • Teatro Sociale di Alba Installation of new heating plant Alba (Cn) In 1996 Ceresa won a public competition to build the heating and ventilation plant for the Teatro Sociale di Alba, as part of a general renovation plan. The 2-year project involved engineering and installing the water cooling plant, distribution system, and fan coil cooling terminals. A remote operation system was installed to allow computer management of the technological plants, theatre lighting and fire prevention system. Maximum care was taken to ensure a high comfort standard and low noise level within the theatre. • Conbipel New automatised warehouse for garment storage Cocconato (At)The project required installation of heating, air-conditioning, remote operation and fire-extinguishing plants. Heating plant: hot water production plant using boilers with 1,200 kW potential for distribution to various departments and supply of four peripheral sub-units, regulation units and pressure units. A multi-level distribution system was built to supply floor and ceiling radiator panels, air handling units, radiant strips, fan convectors, radiators and central air-treatment unit. Fire-fighting system: coverage of entire warehouse area with water sprinkler system comprising 6,000 sprinkler heads. Remote operation system: for hot water plant and heating sub-units with distribution to various departments. • COMAU (ex Bertolamet) New air-conditioning and fire prevention plant Torino The project required installation of new climate-control and fire prevention plants for the offices in the Corso Unione Sovietica offices. Air-conditioning plant: installation of new supply lines with convection ventilators, heat exchanger with 330,000 kcal/h potential, 150,000 frig/h cooling unit, and new electrical plant. Fire-fighting system: modification of existing sprinkler system and fitting of new fire hose housings. • Officine ex Arsenale, Borgo Dora New heating, air-handling and fire-fighting plant Torino The project required installation of new heating, air-handling and fire-fighting systems as part of the plan to transform the 19th century workshops of the former arsenal into an elegant modern commercial gallery. Heating plant: engineering of a new plant with installation of a 1,200 kW condensing unit and distribution system supplying various shops. Fitting of plants in individual shops with floor-level radiator tubes with a total length of 32,000 linear metres. Air-handling plant: Realisation of stale air extraction plants for commercial units. Fire-fighting system: installation of above-ground hydrants and external Uni 45 boxes. • Sandretto Industrie New heating and regulation plant Collegno (To) The project involved engineering and building new heating, regulation and infrastructural systems inside the Collegno factory to renovate the distribution network and obsolete heating plant. Heating plant: Installation of a new 5,600 kW heating plant and a pumping station composed of ten electrical pumps for distribution to buildings and offices. Installation of a distribution network and ceiling-mounted heating units for work space heating. Regulation plant: circulation pumps and centralised unit for sequence and temperature regulation. • AEM Torino New air-conditioning plant for new Call Center in Via Bertola Torino The project required building the heating plant for the new call center, as part of a renovation project for AEM's head offices in Via Bertola 48. Climate-control plant: Realisation of a air-conditioning and air-handling new plants with fan convectors and “4 tube” distribution. The plant makes it possible to respond immediately to temperature changes due to changing sun exposure of the center throughout the day. The system is controlled and regulated by a microprocessor unit interfaced with the central AEM system.