Installation of compressed air and industrial gas networks
A poorly sized piping network costs you energy, pressure, and production time every day. In industrial gas and compressed air network installation, we design and install stable, durable, and efficient piping networks that ensure quality and continuity in the most demanding industrial environments.
Up to 30%
of reduction in energy consumption
<12months
typical payback on investment in networks and central plants
35years
of cumulative experience from our team
The plant produces the gas. It is the compressed air network that delivers it.
The central plant generates the gas, but it is the distribution network that delivers it where, when, and with the pressure and purity that each workstation requires. A well-designed compressed air network is invisible: it has no leaks, does not lose pressure, does not contaminate the air, and lasts for over a decade. That is exactly what we design and install, together with the installation of compressed air, nitrogen, and oxygen central plants.
- Total autonomy – Produce your gas on site, 24/7, without relying on deliveries or stockouts.
- Real savings – Optimized systems that reduce the cost per m³ and energy consumption, without cylinder rental or shipping fees.
- Sustainability – Less recurring road transport and more efficient electrical consumption by the central plant.
- Certified reliability – Tailored engineering, guaranteed commissioning, and continuous technical support.
Compressed air networks tailored to your production,
Technical advantages of our compressed air networks
- Contamination-free distribution. Aluminum or stainless steel piping for compressed air networks, eliminating the risk of rust or inline particulates
- Installation flexibility. Modular compressed air networks for low, medium, and high pressure, adapted to any layout—overhead, vertical, or skid-mounted.
- Real savings. Optimized systems that reduce the cost per cubic meter and energy consumption, eliminating cylinder rentals and transport fees.
- High durability. Corrosion-resistant materials with a lifespan exceeding 10 years and minimal maintenance.
- Guaranteed purity. Strictly controlled purity levels for critical sectors, including food and beverage, pharmaceuticals, and healthcare.
- Tailored projects. Every network is designed specifically for your facility’s technical and logistical requirements. Never an off-the-shelf solution.
Trusted by industry leaders
How we install compressed air networks in 3 phases
Each installation follows three clear phases, from diagnosis to commissioning. Air quality delivered to each workstation is governed by ISO 8573 standards, the international benchmark for compressed air purity classes.
Phase 1. Diagnosis and Sizing of the Compressed Air Network
We measure the flow rate, working pressure, and actual points of use across your facility. Using this data, we size the network to deliver stable pressure simultaneously across all consumption points and quantify potential savings during the technical diagnosis, prior to any investment.
Phase 2. Technical Engineering and Material Selection
We select materials based on gas type, pressure, and sector-specific requirements, utilizing powder-coated aluminum, stainless steel, or copper piping. The technical design defines the layout, pipe diameters, measurement points, and accessories—always with the goal of minimizing pressure drops and driving the overall energy efficiency of the installation.
Phase 3. Installation, Testing, and Network Commissioning
Installation is fast and clean, using modular overhead, vertical, or skid-mounted solutions. We conclude with pressure testing and commissioning for compressed air and gas systems, certified commissioning, and comprehensive network mapping, ensuring your operations launch with all technical documentation fully in hand.
Efficiency and safety in every compressed air network installation.
01 · Safe and modular installation. Powder-coated aluminum, stainless steel, and copper piping tailored to your facility and required pressure, featuring fast and clean installation.
02 · Guaranteed efficiency and quality. Networks engineered for stability, durability, and purity—even in food and pharmaceutical environments.
03 · On-site gas generation. Greater autonomy, lower operating costs, and zero reliance on external suppliers.
Simpler industrial management. Smarter.
A well-documented and monitored network is a network that manages itself. We deliver every installation complete with full network mapping, measurement points, and the groundwork needed for early leak detection and continuous consumption optimization—so managing your gas and compressed air networks is no longer a concern. This same foundation subsequently supports any strategy for industrial energy efficiency., with early leak detectionready right from the installation stage.
Frequently Asked Questions About Compressed Air Networks
It depends on the type of gas, operating pressure, and industry requirements. The aluminum is ideal due to its fast installation, lightweight structure, and smooth inner surface that reduces pressure drops. The stainless steel is the preferred choice for demanding environments and high-purity gases, such as those used in the food and pharmaceutical industries. The copper is commonly used for medical gases. Briskfil selects the right material during the technical design stage, based on your specific requirements.
Yes. We install medical gas distribution systems, adapting materials and sizing to the applicable hospital and safety standards. These systems require high-purity materials, rigorous installation practices, and complete documentation—standards we ensure in every project.
Yes. Our modular solutions allow for overhead, vertical, or skid-mounted configurations, making them ideal for space-constrained environments or complex layouts. The network is designed around the available space—not the other way around—minimising construction work and disruption to operations.
The savings are significant and come from two sources: theelimination of leaks and pressure drops, which continuously waste energy, and the On-site production integration, that eliminates dependence on suppliers. An improperly sized network can waste up to 30% of total consumption, and up to 50% in extreme cases; a well-designed network pays for itself through the energy it saves.
We design and install networks for low, medium, and high pressure, sized for the precise flow rate and pressure required by each workstation. The goal is to deliver stable pressure across all points in the network, eliminating drops even when multiple loads operate simultaneously.
We work with corrosion-resistant materials that deliver a service life exceeding 10 years with minimal maintenance. A well-designed network suffers no leaks, avoids pressure drops, and prevents air contamination—meaning long-term durability depends primarily on the material selected and the precision of the installation.
Yes. Every installation is backed by ongoing technical support and can be monitored through a maintenance plan, with designated measurement points already set up for early leak detection and long-term consumption monitoring.
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