It wasn’t too long ago that the negative outcry against all types of fossil-fuel energy (oil, coal and gasoline) was shunned by the world’s major nations.

By the time this column is published, we will be halfway through the first quarter of 2023, giving us an indication of how the year will unfold for the PVF industry.

Extracting thermal energy from wastewater has increased in popularity as an initial step to decarbonize commercial buildings. Read on to discover how this technology could provide extra energy to U.S. households.  

The Lawrence Livermore National Laboratory created a fusion reaction producing 1.5 times more energy than it required to start. Read on to learn about possible residential use in the future.

Contractors and engineers will be on the front lines of the decarbonization and electrification efforts. Start educating yourself today to help build the structures of tomorrow.

This column relates some of the caveats and facilitates the protection of groundwater resources while ensuring the optimal performance of an aquifer thermal energy transfer system.  

Our warming world definitely impacts weather and the environment, but what about the impact on humans? Read on to learn the relationship between wet-bulb temperatures, humidity and our ability to cool ourselves by sweating.

As energy-efficient technologies such as heat pumps, rooftop solar and home batteries, and electric vehicle sales are increasing, it seems that more U.S. consumers are supporting decarbonization initiatives.

With people moving full-speed ahead on decarbonization and electrification of our building stock, not enough consideration has been given to the electric grid’s capacity.

Integrated Piping System, installed at Philadelphia’s The Atlantic, is a hydronic system that uses the DHW hot and cold piping to provide four-pipe HVAC performance at a dramatically lower cost.