
High-quality refrigeration solutions to customers nationwide
From carbon dioxide plants to gold mines, we deliver top-tier refrigeration solutions to gas and industrial clients across the country, ensuring reliability and peak performance in every corner of the industry. Our tailored systems are designed to meet the unique demands of each sector, driving efficiency and sustainability while keeping operations running smoothly. No matter the challenge, we’re committed to providing innovative solutions that stand the test of time.

Solid State Rocket Fuel
Working with a major solid-state rocket fuel producer for space exploration and NASA, we upgraded their system including replacing original upright compressors, and also shell-and-tube heat exchangers with plate and frame chiller and modern screw compressors. Using an ammonia refrigeration system to chill a brine solution, which is used in another part of their processing.
Since 2008 LA Roser has worked upgrading this system, significantly reducing the space required for equipment, and greatly improving cooling capacity.

Chilling Ammonia
A unique facility in that it uses ammonia refrigeration systems to chill ammonia. Storing millions of pounds of ammonia at any given time. Louis A. Roser Company provided a new shell-and-tube heat exchanger to chill a small part of their process. This particular chiller presented a challenge, in that the heat exchanger had to replace an existing one, and still remain on the skid package originally installed.
Louis A. Roser Company designed a refrigeration system to lower the pressure of rail car tankers reduce the offloading time. An all-stainless steel ammonia refrigeration system was integrated into their existing processes and reduced rail car unloading time by 50%.

Gas Producers
A major transformation took place when an outdated, manual analog compressor controls were replaced with a cutting-edge digital system. This upgrade brought a wave of efficiency, empowering the compressors to seamlessly communicate with each other, ensuring optimal performance without the risk of overworking the system. The result? A significant leap forward in control, reliability, and overall system performance.