Armstrong In The Media

As Seen on digital.plumbingengineer.com - January 2019

Toronto's Delta Hotel uses Armstrong Pumps to increase efficiency.

As Seen on pmmag.com – June 20, 2018

Lex van der Weerd, CEO of Armstrong Fluid Technology, discusses the company’s long-term plans to reduce GHG (greenhouse gas) emissions through new technologies, programs and educational efforts around the globe during the company’s Global Energy Summit June 20 in Toronto.

As Seen on pmengineer.com – June 19, 2018

Armstrong Fluid Technology has announced an initiative to reduce Greenhouse Gas (GHG) emissions by 2 million tons by the year 2022 and issued a challenge to industry participants to set similarly aggressive targets for the same 4-year time frame.

“Organizations globally are being driven to achieve a zero footprint future. We believe this can best be achieved through key stakeholders focusing on solutions and timelines that will make zero footprint a near-term reality,” said Lex van der Weerd, Armstrong’s CEO. “We are both inviting and challenging all organizations to join us in pursuing the goal of zero footprint operations.”

As Seen on heatinghelp.com – November 11, 2017

More Than One Billion kWh Valued at $100+ Million

As part of its global sustainability initiative, Armstrong Fluid Technology announced at Greenbuild Expo 2017 that it has helped customers worldwide save more than one billion kWh of electricity with an estimated value of over $100 million since 2007. These energy savings avoided nearly 350 tons of CO2 emissions, which is equivalent to taking 75,000 cars off the road for one year.

Armstrong began projecting their customers’ energy savings 10 years ago, as part of a company-wide commitment to sustainability.

As Seen on yicaiglobal.com – October 11, 2017

(Yicai Global) Sept. 11 -- The award ceremony for the March Towards 2040: Corporate Innovation & Urban Sustainable Development best case selection and high-level forum were successfully held in Shanghai.

As Seen on heatingandventilating.net – October 05, 2017

Armstrong Fluid Technology’s sustainability initiative is celebrating a successful fourth year, with significant energy and carbon savings achieved for customers via its HVAC solutions, as well as impressive reductions in electricity, gas and water usage at Armstrong production facilities around the world. 

Armstrong Fluid Technology is hosting two conferences during November 2016 focusing on the latest energy saving HVAC approaches for the UK’s city buildings.

The events are scheduled for:

London: November 3rd, 2016
12pm - 5pm
Canada House
5 Trafalgar Square  SW1Y  5BJ
(in partnership with the High Commission of Canada)

Manchester: November 8, 2016
12pm - 5pm
Etihad Stadium
Ashton New Road, Manchester  M11 3FF

As seen on bsee.co.uk – October 13, 2016

Armstrong Fluid Technology is hosting two conferences this month (November) focusing on the latest energy saving HVAC approaches for the UK’s city buildings.

The events are scheduled for:

London: November 3rd, 2016, 12pm – 5pm, Canada House, 5 Trafalgar Square SW1Y 5BJ (in partnership with the High Commission of Canada).

Manchester: November 8, 2016, 12pm – 5pm, Etihad Stadium, Ashton New Road, Manchester M11 3FF.

As seen on HVR - 21 July 2015

Armstrong Fluid Technology’s sustainability initiative – Planet Proposition – is celebrating a successful second year, with significant energy savings achieved via its HVAC solutions, solid progress towards its key operational environmental goals and new community projects in the UK and overseas.

As seen on maintenancetechnology.com - February 16, 2015

Armstrong Fluid Technology has announced the introduction of the new IPC 9521 Integrated Plant Control system designed to help building owners achieve greater energy efficiency in chiller plant systems. Featuring the latest advances in control technology, the IPC 9521 uses an innovative base-level platform that can be easily upgraded as installation requirements evolve.

Key features that can help make a substantial difference to the performance and financial viability of HVAC designs and installations include: