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INSTALLATIONS

Other installations

The objective of becoming a reliable single point of contact for our customers' plant engineering has led us to extend our business beyond plumbing, towards the interconnected and integrated construction of fire-fighting, hydrogen, a biomassa legnosa , cogeneration and trigeneration plants.

SPECIFICATIONS

Interconnected plants for coordinated efficiency

Our vision pushes us towards an integration of the systems and technologies we design and build: our plants, even large or very large, are designed with the same idea of offering efficient performance, but also economically and environmentally sustainable.

Serving as a unique benchmark for creating efficiency is a clear choice, aiming to contribute to the future by combining the power of natural elements (sun, water, earth, air) and continuous innovation from our R&D departments.

The result is the possibility of combining the management of plumbing systems, with geothermal, photovoltaic or solar thermal systems, synchronising them with air conditioning or air treatment systems.

But that’s not all: there are also interesting synergies with electrical systems designed in a green way, audio or fire-fighting systems for security management and environmentally friendly energy production systems (such as hydrogen, cogeneration and trigeneration ).

Green attitude

A common mission, for a total ecological revolution.

Efficiency

Of consumption, of energy waste, costs, energy production.

Integration

Perfect connection between different systems, all dedicated to the creation of ecological value.

Reliability

A single contact person, with the expertise to think sustainably about every part of the building.

Available solutions

A 100% RENEWABLE SOURCE

Hydrogen systems

Also known as ‘hydrogen production and storage systems’, these systems are designed to generate, store and utilise hydrogen as a versatile and clean energy source. Hydrogen is, in fact, an energy carrier that can be used in numerous sectors, such as power generation, transport, industry and more.

There are several systems for producing this element, and the choice depends on the available energy sources and end-use applications. Among the most widely used methods are, for example, water electrolysis (which uses electricity to separate hydrogen from oxygen and obtain green hydrogen), Steam Reforming (also known as steam reforming and used to obtain grey hydrogen), but also other chemical processes.

The combustion or use of hydrogen produces no direct carbon emissions or pollutants, and the innovative green hydrogen, produced with renewable energy, is particularly sustainable. An important ally for the goal of decarbonisation and the transition to a low-emission economy that truly combats climate change.

Clean energy

Zero direct carbon emissions, greenhouse gases or other pollutants.

Versatility

In many different sectors and applications, in the private and industrial sector.

Storage

Energy can be stored to cope with the variability of renewables.

Perfomance

The performance of hydrogen is now comparable to those of combustion.

Change starts today. Energize it, with ITE!

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