Eco-positive, thermal process management solutions for the global building and construction market. A truly noteworthy cooling solution must be cost-effective, efficient, and robust enough to handle the rigorous demands of the building and construction industry.
Today’s building and construction firms demand the highest standards when it comes to evaluation and the production of structures. To exceed customer expectations, maintain cost competitiveness, and meet regulatory requirements, building and construction firms turn to Berg for total chilling solutions. For over 50 years, Berg custom designs industrial process temperature control solutions with chilling, pumping, and freezing equipment to achieve precise production conditions, and enable realistic environmental testing of designs and products. Read more
Berg works with companies in the building and construction industry to develop custom engineered chilling solutions suitable for their needs. We have expertise in providing shell ice machines that cool concrete for mass pours such as a runway, dams, building foundations and nuclear power plants. For more information on the Berg shell ice machine please watch our video on YouTube.
Berg also provides process chilling equipment designed for customer specific applications such as aggregate cooling before batch towers, as well as data center control cooling for the building and construction sector and much more.
Our experienced team custom designs and fabricates complete solutions, including chilling, pumping and heat recovery equipment and all other auxiliary equipment in close partnership with our customers, ensuring engineered innovation that meets the economic and functional goals of their projects. This collaborative approach to doing business positions us as both a worldwide leader in solving complex application issues, and has consistently resulted in improved operational competitiveness for our customers.
The of University of Ontario Institute of Technology (UOIT) Climatic Wind Tunnel (CWT) is a key component of a major new initiative to aid indigenous Canadian Automobile research and development. It is the centrepiece in the Automotive Centre of Excellence (ACE), funded largely by the province of Ontario, with significant help from the Canadian federal government. The investment is also supported by major contributions from the university itself and General Motors of Canada, the anchor tenant. It is part of a much larger re-investment initiative struck between General Motors and the Canadian governments under the beacon project, first announced in 2005.