Sutton Stromart

Power-generating engines, like internal combustion or reciprocating engines, need robust cooling solutions to ensure efficiency and longevity. Air-cooled heat exchangers (ACHE) are vital components that provide this cooling function by transferring heat from the engine to the ambient air. ACHEs, however, are not one-sizefits- all devices; they require custom designs to suit different climates, applications, and standards. This is where Sutton Stromart excels as a leader in mission-critical engine cooling systems.

With over four decades of engineering dexterity and a customer-focused approach, the forward-thinking company specializes in devising and producing high-quality, custom ACHEs to ensure optimal performance and sustainability of gas and diesel powered engines.

“Our philosophy is to develop designs and solutions for our customers that meet their needs today and protect them from problems that they could face in the future,” says Jim Ikola, Director of Engineering at Sutton Stromart.

Its distinct and versatile products are engineered for large engines that serve as backup or primary power sources for diverse industries, including mining and healthcare, and key facilities like community centers, airports, and embassies globally. This also extends to military and other specialty applications. Sutton Stromart’s client base extends to leading engine manufacturers from Caterpillar and Cummins to Rolls Royce and Waukesha.

While Sutton Stromart’s end products are radiators and ACHEs, the company’s heart lies in its engineering team. Every project is viewed as a unique challenge that demands a one-off solution. Specific site conditions, the severity of the ambient temperature, and even environmental issues like sound levels and corrosion concerns are considered when designing stateof- the-art solutions. The result is a cooling system that fits the customer’s needs and functions seamlessly in any condition.

“Our cooling systems are engineered for exceptional durability and reliability, able to perform in the harshest environments. From the coldest expanse of the Arctic to the tropical humidity, from hurricane-prone regions demanding wind-resistant solutions to coastal installations necessitating anti-corrosion measures—our systems can adapt and endure,” adds Lee Wilson, Director of Operations at Sutton Stromart.

In Utah, Sutton Stromart played a significant role in decentralized power installations. As temperatures rise during the day and air conditioners start working, local peaking units provide power to the grid. These small power stations reduce the strain on larger plants, shutting down once temperatures cool and demand decreases. Its cooling solutions proved crucial in these settings, allowing powerhouse engines to operate at peak efficiency even at high temperatures.

Advanced cooling technology offers a superior solution, especially in the era of rising temperatures due to global warming. The company’s systems provide cold air return, leading to more efficient operations of engines. Moreover, emission standards are becoming increasingly strict, and its solutions are perfectly suited to keep up with these evolving demands.

One of Sutton Stromart’s key differentiators lies in its use of multiple smaller fans in its designs instead of a single large fan. This approach reduces sound levels, an essential consideration in urban and sensitive ecological environments.

It is also taking on the challenges of global energy transitions. As the world moves away from carbon-based fuels, the company develops cooling systems for hydrogen-based power units and fuel cells. These emerging technologies still require cooling, and Sutton Stromart is poised to meet the rising demand. It continues to explore opportunities in futureoriented technologies like small modular reactors (SMR).

Sutton Stromart’s flexibility can be seen in its capacity to work within stringent constraints. In one case, it worked with a facility designed to resist EMP (Electromagnetic Pulse), replacing standard electric motors with hydraulic ones to conform to the site’s strict requirements.

The power generation radiator industry faces challenges such as diverse climatic conditions, stringent emission standards, and the need for alternative fuels. Sutton Stromart stands as a pivotal player in this industry, ensuring optimal performance and sustainability of power engines across the globe, adapting to these demands with effective solutions.