Process heating systems are a critical component of many industrial operations. Industries such as chemical manufacturing, oil refining, food processing, and power generation rely on heating equipment to maintain precise temperatures throughout their production processes. Whether it involves heating liquids stored in tanks, maintaining the flow properties of petroleum products, or supporting temperature-sensitive chemical reactions, these systems must deliver consistent and reliable thermal performance to ensure stable operations and product quality.
In today’s projects, entry systems are expected to carry a lot of weight, both literally and figuratively. Beyond aesthetics, specifiers have to consider performance requirements like thermal efficiency, wind load, acoustics, accessibility, and fire ratings, all while ensuring the system integrates cleanly with the surrounding façade.
As we head in 2026, the North American construction landscape continues to shift under pressure from labor shortages, material cost volatility, sector growth, and sustainability requirements. For architects, engineers, and other design professionals, these shifts are already influencing how projects are planned and products are specified.
According to the Environmental Protection Agency (EPA), the average American family uses more than 300 gallons of water every day. As populations grow and demand on freshwater resources increases, this level of consumption is becoming unsustainable. So, how can architects design homes and neighborhoods that dramatically reduce water use?
When designing a residential neighborhood or housing development, integrating shared recreational spaces provides lasting value. Whether you're developing a new community or revitalizing an existing one, adding a playground is a smart investment.
Climate-resilient design is no longer a trend—it’s a necessity. Today’s design professionals are seeking innovative, sustainable products that help mitigate climate change and support long-term environmental health. These solutions not only lower carbon footprints but also enhance durability and efficiency across a wide range of project types.
