Armstrong Fluid Technology has introduced Energy Analyzer (EA), a new cloud service tool that generates clear Audit Reports for HVAC plant rooms by calculating potential energy and water savings.
Armstrong Fluid Technology, a global leader in the design, engineering, and manufacturing of intelligent fluid flow equipment and optimization technologies, has successfully implemented its cutting-edge Design Envelope 4300 pumps at Hotel Tenera—resulting in a 59% reduction in the hotel’s energy costs.
Huw Dodds, Director of Sales and Service at Armstrong Fluid Technology & RMI Pressure Systems, discusses the latest HVAC trends, focusing on smart technology, energy efficiency, and sustainability in an evolving market.
Armstrong has introduced a new capability that will lead the industry to a “higher plane” of excellence in equipment selection for mechanical systems. For many years, our selection and project management tool, ADEPT, has provided simple, intuitive and accurate selection capabilities for a range of components. But the work of calculating and comparing options for the number and size of pumps that will provide optimal performance and efficiency has always been the responsibility of the user.
The Armstrong Design Envelope Circulator has received a Diamond-level product Sustainability Award for its impact on reducing energy consumption and associated carbon emissions in buildings. This award acknowledges the product’s contribution to more sustainable building operations.
Armstrong Fluid Technology has appointed Sophie Pinnington as sustainability manager UK and EMEA.
Sophie has a Masters degree in Environmental Management and Sustainable Development from Manchester Metropolitan University, and has worked in environmental management, gas distribution, and the utilities sector since 2016.
The family of Constant Speed Vertical-In-Line Fire Pumps has been expanded with a maximum 500 USGPM flow for both 60hz and 50hz markets and featuring new high-pressure ratings of up to 160PSI. They eliminate the need for offset piping and motor realignment. They also use less floor space than comparable Horizontal Split Case designs.