High-performance mechanical systems for the civil, tertiary, and industrial sectors
We design and build advanced mechanical systems, designed to ensure comfort, operational continuity, and reduced consumption. Each solution is the result of a thorough technical analysis and translates into a reliable, safe system optimized to the customer’s real needs.
We manage the entire life cycle of the system: consulting, design, construction, and maintenance, with a single point of contact and a structured working method. The experience of our team and the skills we have gained in the field allow us to work effectively on complex systems, offering measurable results in the civil, tertiary, and industrial sectors. IRCI ensures the complete management of complex mechanical systems: from consulting to implementation, right through to system maintenance.
The reliability of our team and the skills we have acquired over time allow us to offer innovative, safe, and efficient solutions for civil, tertiary, and industrial applications.
We manage the entire life cycle of the system: consulting, design, construction, and maintenance, with a single point of contact and a structured working method. The experience of our team and the skills we have gained in the field allow us to work effectively on complex systems, offering measurable results in the civil, tertiary, and industrial sectors. IRCI ensures the complete management of complex mechanical systems: from consulting to implementation, right through to system maintenance.
The reliability of our team and the skills we have acquired over time allow us to offer innovative, safe, and efficient solutions for civil, tertiary, and industrial applications.
We support customers in their energy transition and decarbonization journeys with targeted interventions based on data and the actual functioning of existing infrastructure. We analyze systems and usage profiles to define the most effective actions: reducing consumption, optimizing performance, and increasing operational control.
We intervene on heating, cooling, and air conditioning systems through technological revamping, regulation optimization, and continuous monitoring. We integrate high-efficiency solutions—such as heat pumps, condensing boilers, and high-performance refrigeration units—with advanced management systems and sensors for dynamic parameter control.
Our thermal power plants are at the heart of industrial efficiency: advanced systems that integrate cutting-edge technologies for heat production, distribution, and optimization. Thanks to high-efficiency generators, cogeneration and trigeneration systems, and digital control solutions, we offer intelligent energy use with savings of up to 60% on operating costs.
Each plant is custom-designed, tailored to the customer’s thermal and production needs, with an approach that combines innovation and energy independence. Our technical team oversees every phase, from design to maintenance and compliance with environmental regulations.
We design and build complex technological systems, integrating mechanical and electrical systems into a single coordinated solution. This approach guarantees operational reliability, safety, and service continuity for civil, tertiary, and industrial systems.
We design and build refrigeration plants sized according to actual loads, with redundant architectures and advanced control systems to ensure service continuity. We integrate control, remote reading, and supervision to optimize COP/EER, reduce consumption, and maintain consistent performance over time.
We design and build complete HVAC systems for heating, cooling, and ventilation, integrating power plants, distribution networks, and terminals. We size them based on actual loads and adopt regulation and supervision to ensure reliability, service continuity, and consistent energy performance over time.
We specialize in the design and construction of solvent distribution plants and networks for our customers’ production cycles, identifying over time the most effective application methods in terms of safety, reliability, and operational continuity.
We design and build compressed air systems to support production cycles, sized according to actual load profiles and air quality requirements. We integrate compressors, treatment systems (filtration/drying), tanks, distribution and regulation networks to ensure flow rate, stable pressure, continuity of service, and reduction of losses/consumption.
We develop air treatment systems for industrial and civil applications, integrating filtration, dehumidification, and purification solutions. The systems are sized according to actual operational requirements to ensure air quality, process safety, and continuity of operation.
We design and manufacture air duct networks and air distribution channels sized according to the loads and requirements of the environments served. The solutions are designed to ensure correct flow rate, uniform distribution, energy efficiency, and compliance with regulatory requirements.
We design and build clean rooms and contamination-controlled clean rooms, with particular specialization in the pharmaceutical sector. Our solutions are developed in compliance with industry regulations and integrated with HVAC systems, filtration, and environmental parameter control to ensure safety, reliability, and operational compliance.
We design and manufacture fire protection systems for industrial and service sector facilities, including sprinkler systems, hydrant networks, and detection and alarm solutions. Our solutions are developed in compliance with current regulations and the main applicable UNI standards, integrating with existing systems to ensure high levels of safety and operational reliability.
IRCI SpA designs and builds industrial wastewater treatment plants, both from scratch and by upgrading existing plants. Each project involves process data analysis, precise sizing, and turnkey specifications, including discharge type, treated water characteristics, sludge sedimentation, and wastewater accumulation. The plants guarantee results that comply with the design parameters for COD, BOD5, nitrogen, phosphorus, suspended solids, and oils/fats. The typical functional diagram integrates lifting, flotation, activated sludge oxidation, biological sludge treatment, and discharge of treated water.
Thermal management is essential for efficiency and sustainability in industrial plants. We offer advanced technological solutions that integrate intelligent temperature control, high-efficiency heat exchangers, and heat recovery systems, reducing consumption by up to 40%. Each intervention is customized according to the plant and production processes, with complete support from design to maintenance. This is how we transform heat into a strategic tool for savings, productivity, and competitiveness.
Climate control is now essential for efficiency and production continuity. Our industrial systems combine environmental comfort, advanced technologies, and digital monitoring, reducing consumption by up to 35%. We design customized solutions, tailored to the characteristics of each environment and production process, to ensure well-being, equipment protection, and sustainability. In this way, we transform climate into a strategic factor for productivity and competitiveness.
Other skills
IRCI combines experience, innovation, and sustainability in a broad portfolio of expertise to offer comprehensive solutions in the energy and plant engineering sector.
Other skills
IRCI combines experience, innovation, and sustainability in a broad portfolio of expertise to offer comprehensive solutions in the energy and plant engineering sector.