Global adoption of sustainable CO2 refrigeration is increasing rapidly. As a leader in industrial refrigeration, Vilter™ is developing the one of the first purpose-built CO2 refrigeration solutions.
Environmental regulations, sustainability initiatives, and safety concerns are driving the industrial refrigeration sector toward CO2.
The technologies used in industrial refrigeration are changing. For safety and sustainability reasons, operators are transitioning from ammonia and hydrofluorocarbon (HFC) refrigerants to refrigeration equipment rated for eco-friendly CO2 technologies. But current industrial CO2 solutions simply aren’t well-matched for the rigors of industrial applications. Until now. As a technology innovator in industrial refrigeration, Vilter is introducing one of the first generations of industrial CO2 compression solutions, purpose-built to deliver reliability, simplicity and longer system life — while leveraging a proven sustainable refrigerant.
Part of Vilter’s industrial refrigeration CO2 solutions, purpose-built for subcritical applications to deliver reliability, simplicity, and longer system life. This model meets new sustainability goals with Vilter’s proven single-screw technology.
Building on our legacy of innovations, Vilter has engineered one of the industry’s first transcritical CO2 screw compressor — purpose-built for heavy-duty industrial requirements and rated for CO2 transcritical pressures. Contact us to learn more.
Rigorous industrial applications need heavy-duty compression technologies. Unfortunately, current industrial CO2 compression solutions leverage commercial strategies, relying on multiple lower-capacity compressor racks to meet load requirements. Vilter is one of the first to introduce compression units that support an all-CO2 transcritical booster architecture for demanding, high-capacity industrial applications. Based on Vilter’s proven single-screw compression technology, our CO2 transcritical and subcritical compressor units deliver significant reliability, capacity and performance improvements compared to reciprocating compressor technology.
