by Haglid Engineering | Apr 17, 2017 | How to Reduce Energy, Ventilation Systems
When we bust ERV myths at BPE, Inc., we aren’t just talking theory. We have demonstrated what today’s super-efficient ERVs can do in the real world. After discussing cross-contamination, efficiency myths, and a case study that demonstrates the excellent...
by Haglid Engineering | Apr 10, 2017 | How to Reduce Energy, Sustainability, Ventilation Systems
When we bust ERV myths at BPE, Inc., we aren’t just talking theory. We have demonstrated what today’s super-efficient ERVs can do in the real world. After discussing cross-contamination and efficiency myths over the last two weeks, we present a case study...
by Haglid Engineering | Mar 27, 2017 | How to Reduce Energy, Ventilation Systems
It is the plight of professionals in most industries: You introduce your company to potential clients only to discover their perception of your product or concept has already been influenced by myths or outdated information. It’s no different for the sales force...
by Haglid Engineering | Feb 28, 2017 | News, Sustainability, Ventilation Systems
The following case study was undertaken by Klas Haglid in his 7,000-plus-sq.ft. New Jersey home to determine how much of a risk radon levels play in his family’s life. He wanted to see how far he could lower the levels and therefore cut the risk of radon-induced...
by Haglid Engineering | Feb 21, 2017 | News, Sustainability, Ventilation Systems
After radon was recognized as the culprit causing high rates of lung cancer in miners, most folks in the construction, realty, and engineering industries came to realize radon gas-a radioactive substance–is not our friend when it comes to indoor living. Still,...
by Haglid Engineering | Dec 5, 2016 | How to Reduce Energy, Sustainability, Ventilation Systems
Fresh Air Fundamentals: Fresh air being key to good health, it’s a shame we cannot rely on the supply and quality of our indoor air these days. Thanks to technology, our building envelopes—the physical separation between the interior and exterior of a...