Professionalism, experience, sustainability and innovation represent the philosophy of E.C. Engineering srl, engaged in engineering consulting of technological systems with cutting-edge eco-sustainable solutions. The company operates for the following sectors: electrical systems, lighting systems, home-building automation, special systems, structured cabling systems, renewable sources, heating, ventilation and air conditioning (HVAC) systems, water, sanitary sound, anti-fire systems.

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M.E.P. ENGINEERING
CONSULTING

MECHANICAL SYSTEMS

PROJECT DESIGN OF:

Thermal refrigeration centres fed with liquid, gaseous, solid (processing waste) fuels and electricity, created with:
  • heat generators/chillers/heat pumps in battery functioning in sequence on the basis of the thermal load requirements of the system;
  • optimisation of the building/system for climatic regulation according to maximum ambient comfort, maximum energy saving and lower maintenance costs
  • remote management of thermal station, heating, conditioning and air treatment system, created with B.M.S. systems with execution of single-wire automation circuitry for centralisation of states, functioning and alarms.

heating systems

  • radiant systems: floor, wall, ceiling, heat strips, radiating pipes, radiating micro-perforated false ceiling;
  • natural convection: radiators.
  • forced convection: fan coils, air treatment units, unit heaters, ducting, thermo-ventilating systems, independent hot water generators, roof top systems, air blades;

air conditioning systems

  • radiant with Relative Humidity control: floor, wall, ceiling;
  • forced convection: fan coils, air treatment units, roof top systems;
  • ambient climatisation: with direct expansion system, with heat pump system, with refrigerators;
  • air treatment systems with control of ambient humidity.
  • centralised heating systems with thermal energy metering (thermo-autonomous)
  • gas distribution systems
  • ducts for discharging fumes produced by heat generators
  • hydro-sanitary systems of the multi-layer and/or removable type
  • discharge distribution system, water pumping stations
  • compressed air distribution systems
  • steam production and distribution systems
  • medical gases distribution systems
  • feasibility study on energy recovery
  • systems that exploit renewable energy sources:
  • solar systems for heating integration of rooms, for the production of hot sanitary water, for heating swimming pools
  • geo-thermal systems for ambient climatisation, both on land and sea
  • geo-thermal exchange plants and systems for controlled ambient ventilation
  • rain water recovery systems for irrigation and/or washing processes