– Test ZM technology in a live building environment. – Collect data on energy consumption, OPEX, and environmental impact before and after retrofit to demonstrate effectiveness and commercial value. – Reduce OPEX driven by inefficient system designs. – Demonstrate cost-effectiveness and scalability by validating reduced CAPEX installation, showcasing how ZM prevents design oversizing. – Promote sustainability and environmental leadership by demonstrating GHG reduction through minimizing energy consumption and optimizing system operation.
elan Global Renewables, SPG Canada
Calgary
DBBS Consulting
Oscar Condominium Corp.

The project incorporates patented ZERO-MIXING technology into its HVAC system retrofit, a departure from conventional systems that often struggle with inefficiencies associated with traditional water-mixing configurations. This innovative approach enhances operational efficiency, leading to substantial reductions in greenhouse gas emissions, aligning with SSRIA environmentally sustainable goals. Furthermore, the project prioritizes minimizing embodied carbon by strategically optimizing system design, minimizing material usage, and selecting low-carbon building materials whenever feasible. This holistic approach addresses both operational and embodied carbon emissions, contributing to a more sustainable and environmentally responsible building.

“The ZERO-MIXING Retrofit represents a paradigm shift in HVAC efficiency by directly addressing the persistent issue of system hydronic WATER-MIXING at its core. This isn’t a minor adjustment; it’s a fundamental optimization that unlocks continuous PEAK performance. By eradicating the energy waste inherent with traditional designs, the ZERO-MIXING Retrofit unleashes the full potential of building climate control, establishing an exceptionally forward-thinking standard for high-performance.”

– Denering Berrio (DBBS Technology)