SOLUTION 1

 

Air Pro Filter

The Air Pro Filter is a high-performance electromagnetic HVAC filter designed to capture ultrafine particles, improve air circulation, and reduce operational costs. Unlike traditional pleated filters, it delivers measurable improvements in both indoor air quality and system efficiency — all whilst reducing environmental impact.

 

Built with over 70% recycled materials and supported by a zero-waste recycling program, the Air Pro Filter offers a sustainable, future-ready solution that helps organizations advance ESG priorities while enhancing day-to-day building performance. It also supports compliance with ASHRAE 241 clean air requirements, making it an ideal choice for facilities focused on occupant health and regulatory alignment.

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Key Benefits

• Improved Indoor Air Quality

• Energy Efficiency

• Sustainable Performance

• Reduced Maintenance

• Seamless Integration

The Result

• Cleaner air. Lower costs. A smarter, more sustainable HVAC system.

• The Air Pro Filter delivers performance and sustainability — without compromise.

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SOLUTION 2

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Ventilation Optimization

The Ventilation Optimization program helps facilities dramatically reduce energy consumption and emissions while maintaining healthy indoor air quality. By using data-driven control strategies aligned with ASHRAE 241 standards, businesses can ensure optimal ventilation levels — not more, not less — for every occupied space.

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This intelligent balance leads to lower HVAC energy use, reduced CO₂ output, and rapid ROI — often in just a few weeks.

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Energy Savings
Cuts electricity consumption by optimizing ventilation rates, resulting in significant reductions in utility costs.

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Rapid Payback
Delivers a return on investment in as little as 3–7 weeks, making it a cost-effective sustainability upgrade.

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Carbon Reduction
Supports sustainability and ESG objectives by lowering emissions and improving building performance.

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Scalable Across Industries
Proven effective in offices, hotels, schools, and healthcare facilities of all sizes.

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Proven Results
Case studies show over 1.5 million kWh/year saved and carbon reductions equal to thousands of acres of forest sequestration.

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The Result
Optimized air quality. Lower energy use. Stronger sustainability outcomes.

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SOLUTION 3

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Thermal Energy Storage
Load Shifting for HVAC Optimization

Thermal Energy Storage (TES) is a powerful strategy for organizations looking to reduce cooling costs, improve HVAC efficiency, and strengthen overall energy resiliency. By producing and storing chilled energy during off-peak hours—when electricity is cheaper and the grid is under less strain—TES allows facilities to shift a significant portion of their cooling demand away from high-cost periods.

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This smart load-shifting approach not only lowers operational expenses but also eases pressure on HVAC equipment, extending system life and enhancing long-term performance.

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Reduced Peak Demand Charges
Stores chilled energy overnight or during low-demand periods, lowering cooling loads during peak utility pricing windows.

 

Significant Cost Savings
Cuts cooling-related electricity costs by reducing reliance on mechanical chillers during the most expensive hours of the day.

 

Extended Equipment Lifespan
Minimizes wear and tear on chillers, compressors, and major HVAC components by reducing continuous high-load operation.

 

Stronger Grid Resiliency
Eases demand on local utilities and supports facility-wide resiliency, helping organizations advance their sustainability and operational continuity goals.

 

Ideal for Large, High-Demand Facilities
Optimal for hotels, arenas, campuses, industrial facilities, and any building with large cooling loads and variable occupancy patterns.

The Result
A more efficient, resilient, and cost-effective cooling strategy that supports both operational performance and sustainability initiatives.

Discover how Thermal Energy Storage can transform your HVAC system and reduce long-term energy costs.