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Guszcza brings more than 25 years of experience in the built environment spanning the public, private and nonprofit sectors in the U.S., UK, Europe, Middle East and Africa.
Hydronic systems can deliver superior comfort and energy performance, but first-cost concerns limit adoption. Single-pipe and integrated piping approaches show how proven technology can reduce materials, simplify design and make hydronics more competitive.
You can enjoy the best comfort, the lowest energy costs and a competitive first cost. That may sound too good to be true, but with creative hydronic system design it is more than possible — and it has been demonstrated for more than 50 years with proven results.
With nearly 20 years of experience in plumbing design, I’ve seen an evolution in philosophies around many topics. Some truths that many engineers for years held to be self-evident have been discovered to be questionable at best, and outright false in other cases.
Industrial facilities can improve efficiency, sustainability, productivity and compliance by replacing steam-based hot water generation with direct, right-sized hot water systems while retaining steam where it remains necessary.
Steam built the industrial age, but it doesn’t have to run it any longer. In fact, in many cases, it shouldn’t.
Approved for use in medical gas systems, the corrugated copper tubing performs just like rigid copper but installs in a fraction of the time while increasing site safety.
Although corrugated medical tubing (CMT) is often perceived as a relatively recent solution for medical gas systems, it has been proven in the field across industries for more than 20 years.
This mission-critical infrastructure requires coordinated control of heat load, airflow, humidity, cleanliness, redundancy and energy efficiency to keep increasingly dense digital systems reliable and scalable.
As digital infrastructure becomes more powerful, more compact and more essential to everyday business operations, data center cooling has become one of the most important disciplines in facility engineering.
Cooling towers are highly efficient heat rejection systems; however, they can consume a lot of water. Pairing cooling towers with heat recovery, geothermal systems and integrated building planning can reduce energy, save water, and turn waste heat into a valuable resource.
Cooling towers play a critical role in heat rejection for power generation, industrial and lab process cooling, data centers and, more commonly, in HVAC cooling systems.