constructed building under renovation

Construction & Renovation

Operating a building with laboratory exhaust systems can be a large initial and ongoing investment. Ensuring that the systems are functioning efficiently without compromising occupant health or operational effectiveness is crucial.

Use of variable air volume (VAV) air handling systems can efficiently control the outside air that is conditioned and brought into a space. However, most exhaust systems paired with VAV supply systems use constant volume exhaust fans with bypass dampers. This means savings opportunity is left on the table while energy and money are wasted.

We aim to maximize energy savings by analyzing the exhaust system effectiveness and define the minimum airflow requirements so each exhaust fan can run at less than 100% of design load while still maintaining required performance. This provides a more efficient system and significant energy savings, including the ability to save money by spreading the exhaust load for existing N+1 systems across all available fans.

CPP wind has extensive experience designing and implementing VAV exhaust control strategies. With more than 300 installed systems throughout the Unites States, Canada, and the United Kingdom, we can help you design a more efficient system and save money in the process.

Structural dynamics can be the main contributor to wind induced forces and base moments. Structural monitoring provides hard evidence of a structure’s performance in the real world. Real-world structural dynamic properties can differ considerably from
analytical estimates of both frequency and inherent damping. Full scale monitoring of buildings near the end or after the completion of construction provides inexpensive and invaluable insight into the “as constructed” dynamic properties of individual structures.

Structural dampers are fine-tuned systems that require accurate insight into the periods of vibration of a building. The success of such devices is improved when they are tuned to the “as constructed” periods of vibration and inherent structural damping.

Control of wind-induced building motion starts with a deep understanding of structural performance. Short-term monitoring can help you make changes before design flaws are finalized and long-term monitoring can help discover potential issues as they arise, before they become problematic.

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