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When WellSpan Gettysburg Hospital in Gettysburg, Pennsylvania, needed to upgrade its cooling infrastructure to accommodate growing capacity demands and future expansion, limited installation space presented a significant challenge. Working alongside mechanical contractor James Craft & Son, EVAPCO provided a cooling tower solution that delivered the required performance within the hospital’s existing footprint. Featured in the Mechanical Contractors Association of America (MCAA) Smart Solutions publication, the project highlights how collaboration, innovative equipment design, and careful

EVAPCO Establishes Wholly Owned Manufacturing Facility in Pune, India to Strengthen Asia Pacific’s Supply Chain. The EVAPCO India facility will serve as a local manufacturing base, producing EVAPCO’s high‑quality heat transfer products to support growing demand across Asia‑Pacific markets. Local manufacturing in India will improve supply‑chain efficiency, shorten lead times, and enhance delivery of reliable products for customers throughout the region. Why EVAPCO India Matters Localized Manufacturing - As a wholly‑owned facility, the India facility extends EVAPCO’s regional production capacity

EVAPCO expands its eco-Air Series with a new high-capacity, spray-assisted cooling solution. EVAPCO is pleased to introduce the NEW eco-Air Series Double Stack Spray Cooler, combining the benefits of spray-assisted cooling with the high-capacity performance of EVAPCO’s innovative Double Stack platform. Designed to deliver efficient cooling performance while maximizing available space, this latest addition to the eco-Air Series provides greater flexibility for applications with demanding heat rejection requirements. The Double Stack Spray Cooler also features CTI-certified dry capacity

Across industrial and commercial facilities, evaporative cooling system design is entering a new phase. For decades, water has been treated as an assumed utility input – readily available, sufficiently consistent and relatively inexpensive. System design prioritized thermal performance, while water chemistry and treatment were addressed during operation. That assumption is no longer viable. Evaporative cooling remains one of the most efficient and widely deployed heat rejection technologies in use today. Commercial buildings, data centers, district energy systems, manufacturing facilities

The colossal computing power that data centers are capable of have one very specific downside (that is, aside from the energy required to process and store information): they produce heat. Lots of it. Yet, there are plenty of viable solutions for resolving the byproduct of computing. To accomplish efficient cooling — and to select or specify the right equipment for the job — typical considerations include geography, equipment footprint, the availability of plentiful water (or not), power requirements, the need for low sound solutions, and design/operating temperatures. Read the full article

EVAPCO, Inc., an industry‑leading, employee‑owned manufacturer of heat transfer solutions, is celebrating its 50th anniversary on June 14, 2026, marking five decades of innovation, customer partnerships, and global growth. Founded in 1976 by Wilson E. Bradley and William E. Kahlert, the company began as a small refrigeration‑focused business at 3120 Frederick Avenue in Baltimore, Maryland, with a team of about five employees and a single product line of evaporative condensers using ammonia as a refrigerant. “When we started the company, we really planned to stay just in the refrigeration

In the early 2000s, energy efficiency stood as the dominant force shaping equipment selection and facility design. During this era, open cooling towers were widely adopted as the primary method for heat rejection, valued for their effectiveness and relative simplicity. In the data center space, power usage effectiveness (PUE) quickly became the industry’s foundational metric, guiding decisions aimed at reducing the amount of energy consumed by supporting systems relative to computing workloads. This metric-driven approach led organizations to invest heavily in technologies minimizing

Please be advised that EVAPCO North America prices are hereby increased as shown below effective Friday, June 5th. All quotations offered on or after June 5th must be based on new pricing and all orders entered on or after J uly7th, 2026, must be entered with new/revised increased prices. Current pricing and new pricing will be available in Spectrum June 5th through July 6th, but on July 7th, only new pricing will be available. All Cooling Towers, Options and Accessories......................................................... Average of Three Percent (3%) All Evaporative Closed Circuit

EVAPCO proudly introduces PuRe-JET™, an innovative pumpless recirculation adiabatic system designed to simplify operation, reduce maintenance, and deliver highly efficient thermal performance. By completely eliminating the need for mechanical pumps, PuRe-JET minimizes system complexity while reducing water usage and long-term operational costs. Engineered to respond to changing conditions, PuRe-JET uses a demand-based control strategy. Under standard conditions, the system operates with energy-efficient fans that ramp up as load and ambient temperatures increase. When additional cooling

Wilson E. Bradley, Chairman Emeritus of EVAPCO, co-founded the company in 1976 alongside Bill Kahlert and helped grow it into a global leader in heat transfer technology. A pioneer in engineering innovation, Bradley holds 35 U.S. patents and more than 200 international patents. His leadership and dedication have also left a lasting impact on the International Institute of All-Natural Refrigeration, where he served as Standards Review Chair, Chairman, Honorary Life Member, and NRF Trustee. The NRF Legacy 100 Club honors individuals whose contributions have helped shape the future of the cooling