Educational institutions, from elementary schools and high schools to, are energy-intensive ecosystems. Heating, cooling, and hot water demands drive up operational costs and carbon emissions, often straining. With dollars stretched as far as possible, schools must find smart, cost-effective ways to reduce expenses while still meeting their energy needs.

One promising solution that offers long-term savings is to adopt waste heat recovery systems that capture and reuse otherwise wasted thermal energy.

Hospitals are among the most energy-intensive facilities, operating non-stop to meet critical health and safety standards. With constant demands for hot water, sterilization, and climate control, their energy costs can be substantial. This continuous operation uniquely positions hospitals to benefit from waste heat recovery systems, which can significantly reduce energy expenses and environmental impact.

The luxury hospitality industry, valued at $93.59 billion in 2022, is highly competitive, with 4 and 5-star hotels prioritizing guest comfort, top-tier amenities, and reliable service. However, maintaining such opulence comes with high environmental costs, including significant energy use for heating, laundry, and HVAC systems. Meanwhile, guest preferences are shifting toward sustainability, with eco-friendly accommodations gaining popularity.

This year, we take a moment to honor the amazing people who drive our success every single day. It’s been an incredible year marked by tremendous growth, innovative achievements, and the warm welcome of many new colleagues into the ENERVEX family.

Energy management has become a core challenge for manufacturers. With rising costs, stricter regulations, and growing pressure to reduce emissions, industries are being pushed to rethink how they use energy. For manufacturers, meeting production targets must be balanced with efficiency and sustainability.

The paper and pulp industry, with its high energy demands for heating and drying, faces these pressures acutely. Air-to-water (ATW) waste heat recovery presents a highly effective solution that not only curtails energy expenditure but also enhances environmental sustainability by capturing and reusing energy that would otherwise dissipate unused.