........START...................¿WHO ARE WE? ...................OUR PHILOSOPHY........................SERVICES ........................CONTACT.........................COLLABORATORS

 

...INDUSTRIAL PROCESSES

 

...ENERGY SAVING

 

...ENVIRONMENT

 

...HEALTH HAZARD'S

 

...NEW INDUSTRIES

 

...TOWN PLANNING

 
If your industry has a great consuming of energy and needs to be more competitive------------------------------------------ ENERGY CONSUMPTION HAS TO DECREASE.

..........ANALYSIS OF THE PRESENT SITUATION

OBJECTIVE: Find out the consuming and the way the energy is spent in order to know were it is wasted..

IDENTIFICATION OF SAVING OPPORTUNITIES

NEW TECHNOLOGIES PROVIDE MORE EFFICIENT SOLUTIONS. IT'S A QUESTION OF IDENTIFYING WHERE THEY ARE APPLICABLE.

....................· Electrical consuming . Rate modality , pass to medium voltage, hourly-rate, power factor correction, power---------------------- contracted adjustment, unification of the connections...

....................· Efficient lighting. Type of used lamps, lighting system, ballast, sectioning and automation...

....................· Water consumption: Savings in water uses, process of water recycling.

....................· Thermal generation and distribution: Steam and thermal oil generators, distribution pipes, ancillaries and----------------------receptors. Burner's performance, exhaust circuit, generator modulation, performance of the steam network,-------------------------- condensate recovery, optimal isolation...

....................· Application of high efficiency burners: long flame, flat flame, high-speed, regenerative, radiant heating...

....................· Heating and air conditioning. Choosing the most efficient system for industrial bays and warehouses: hot air--------------------generators with destratificators, radiant pipes... Choosing the most suitable system for commercial buildings:------------------------heat pump, geothermal pump, vent thermal recovery, free cooling...

....................· Industrial cooling: Reduction of heat/cold losses, dry evaporative condensers, thermal storage, surplus heat----------------------recovery by absorption systems, performance improvement of evaporators...

....................· Combustibles and energetic sources: change of combustible, Taking the most of renewable energies.

....................· Process automation and control.

....................· Isolation of: generators, distribution networks of steam, thermal oil and hot water. Reduction of losses in cold----------------------stores, thermal baths, cooking devices, drying chambers.

FEASIBILITY STUDIES AND PROFITABILITY

IN THIS STAGE WE GO FURTHER INTO THE PROJECT, DEVELOPING COMPLETELY THE TECHNICAL SOLUTION AND THE BUDGET. DETERMINING THE PROFITABILITY AND THE PAYBACK