Iron and steel companies and energy efficiency
The iron and steel field is one of the most developed sectors in Italy and the companies specialized in this industry contribute to the generation of 2% of the national GDP.
The companies that work in the iron and steel sector, which brings many benefits to our country, are among the so-called “energy-intensive” industries; with this term, we refer to those businesses that use more than 2.4GWh/a for their production process.
Renovis Rational Energy Solutions, an ESCO certified UNI CEI 11352, offers to these type of firms the chance to reduce their costs and wastes, and help the environment at the same time. How is that possible? Thanks to the development of new technologies and projects tailored to the customer’s needs.
Renovis and the energy efficiency of iron and steel plants
The most common energy efficiency activities represent only a part of the potential changes that can be made on iron and steel plants.
Renovis Rational Energy Solutions offers customized solutions that can cut companies’ energy consumption by over 25%.
First off, our team of professional engineers and technicians makes an Energy Audit of the firm’s production system on clients’ request so to get a general idea of the energy consumption and wastes and identify the areas that need an immediate intervention. Then, the team evaluates which is the most effective action that can increase the energetic efficiency of that plant; each piece of equipment needs a different approach.
Among the energy efficiency strategy that Renovis recommend, there are the installation of top-notch regenerative burners, the recycling of steam for energy production, the optimization of thermal treatment at high temperatures, and the recycling of the heat dissipated from the generation of fluidics process at zero costs.
To learn more about our company or to ask for a consult about the best energy saving techniques for your iron and steel plant, you may contact us: we will gladly and promptly offer you our professional opinion.
