The Twining approach to technical commissioning is simple: “make it work.” Our clients are busy, and they hire us, so they can have peace of mind, knowing that when the building is turned over and the occupants move in, the building is going to operate at its highest efficiency possible.

We do not believe in punch-list commissioning, where engineers create lists, point fingers, and go to meetings. Our approach is to test systems using proven test methods, make corrections as needed using the lowest tier subcontractor possible — which is typically the contractor who performed the installation—and get systems working as designed at the highest efficiency obtainable.

We have proven time and time again that the cost of commissioning truly pays for itself through reduced callbacks, happier building occupants, and increased energy efficiency.

We break technical commissioning down to its simplest form, which is to “make it work.” By using this simple approach, we can perform a variety of tests for our clients with that end goal in mind. For example, if we are commissioning a chiller, the technical commissioning requirements typically call for both validating chiller capacity and energy consumption. Again, with the end goal to “make it work,” we tailor our test methods to validate both performance and capacity simultaneously, which saves time and money.

We have learned from our years of experience in providing technical commissioning services for mission critical facilities — as well as validating biotechnical and pharmaceutical production facilities — that test methods must be repeatable. This experience, combined with our troubleshooting skills, truly sets us apart from our competitors. Our proven test methods are tried and true, based on years of experience. These test methods are clearly documented on every project we touch, which gives the facility a solid baseline for future troubleshooting and retesting.

Through the technical commissioning process, we deliver a building that works as needed and as intended. This process includes the following elements:

  • Confirmation and documentation of the functional performance requirements of the building
  • Testing and validation of system operation and performance
  • Integrated system testing (performance & system level testing)
  • Transfer of knowledge gained through the technical commissioning process to building operators
  • Means and methods for troubleshooting system failures
  • A building that works as needed and as intended at the highest efficiency possible