M&M Carnot products

Field-Erected Systems

M&M Carnot - Reciprocating Compressor Packages for Industrial Refrigeration and Heat Pump Applications

M&M Carnot offers rugged reciprocating compressor packages that are integral to various industrial refrigeration and heat pump systems. These systems are optimized for compatibility with natural refrigerants such as ammonia (NH3) and carbon dioxide (CO2), providing versatile solutions for diverse industrial applications. The single-stage and booster compressors are designed for durability and efficiency, catering to the demanding needs of modern industrial environments. These compressor packages stand out with their robust build, ensuring reliable performance over extended periods. They are tailored to the specific requirements of customers, offering enhanced adaptability through a range of available options. Whether it's for cooling processes or heat utilization, these compressors are engineered to optimize operational efficiency in a sustainable manner.

M&M Carnot - Industrial Pressure Vessels for Refrigeration Systems

M&M Carnot has specialized in the manufacturing of refrigeration pressure vessels since 1986, catering primarily to the industrial sector. These vessels are designed to handle refrigerants like ammonia or CO2 and are built to meet the high standards set by the American Society of Mechanical Engineers (ASME). Each vessel undergoes rigorous inspection by the National Board of Boiler Inspectors to ensure compliance and safety. To further guarantee durability, radiography is employed when necessary. The materials used in these pressure vessels are thoroughly inspected, and each comes with a certificate of compliance. Their skilled welders are ASME certified, ensuring top-notch workmanship. M&M Carnot also offers a range of pressure vessel package options to meet various project specifications, making them a reliable choice for high-performance and safety-critical refrigeration systems.

M&M Carnot - Chiller Packages

M&M Carnot specializes in providing industrial-grade chiller packages designed for diverse applications that demand efficient thermal management. These systems are particularly adept at managing thermal ice storage, comfort cooling, and maintaining stable conditions for product environment testing. The chiller packages also support ground freezing and cold storage, making them suitable for a variety of industrial applications. Innovatively utilizing CO2 or low charge ammonia refrigerants, M&M Carnot ensures environmentally conscious solutions. For recreational use, an ice rink chiller package line is available to address all cooling needs in such environments. These systems are engineered with customer benefits in mind, integrating advanced design features that streamline performance and reliability. M&M Carnot stands out as a leader in the chiller packages sector, recognized for their impactful contributions to industrial thermal applications.

Packaged Systems

M&M Carnot - Transcritical CO2 Chiller Package for Industrial Use

The Aquilon Chill Transcritical CO2 chiller package is meticulously crafted for demanding industrial chiller applications. Engineered to deliver cooling capacities ranging from 50 to 500 tons, it is equipped with either microprocessor or PLC-based control systems, featuring a human-machine interface (HMI) and remote monitoring capabilities. This ensures optimal performance and ease of operation. The system's high-pressure design obviates the need for backup generators and synthetic condensing units during off-cycles, promoting energy efficiency and reliability. Additionally, the package offers heat reclaim benefits, contributing to cost-saving measures and environmental consideration. The use of CO2 as a refrigerant aligns with sustainable practices, catering specifically to both industrial and recreational sectors.

M&M Carnot - Transcritical CO2 Condensing Unit for Industrial Applications

The Aquilon DS Transcritical CO2 condensing unit is engineered for smaller industrial applications, emphasizing eco-friendly standards by using CO2 as a refrigerant. This unit addresses regulatory cost concerns by lowering both regulatory burden and energy costs. It notably reduces cooling water usage by up to 90%, as well as associated water treatment and sewer costs. Designed with single-point electricity distribution for evaporators, it ensures seamless operations. The unit features cooling capacities ranging from 15 to 80 tons, suitable for room temperatures between -45F and 50F. The integrated adiabatic gas cooler is equipped with efficient EC fans, and the system is managed via a PLC-based control system with a supervisory HMI interface. Its high-pressure design negates the need for a backup generator or synthetic condensing unit during power failures, enhancing operational resilience.