Fuel Flowmeter Test Facility
Confidential Client | Lynnwood, WA
Project Overview
Harris Group delivered industrial-savvy engineering design and architecture services for a state-of-the-art aircraft component testing facility. This functional facility won an ACEC excellence award for design-assist project delivery.
The owner intended to build a new facility capable of testing mass flow transmitters at extreme operating temperatures. This facility was to be built on the existing manufacturing site and needed to meet present and future product requirements.
How We Did It
Harris Group collaborated seamlessly with the client from conception through completion to deliver a cost-effective operating facility. Our team performed value engineering (VE) and implemented constructability reviews throughout the design process to ensure compliance with the client’s budget without compromising the intended functions of this facility.
Our comprehensive design activities included:
- Pre-project conceptual development and feasibility studies
- Code compliance, NFPA, and FM Global requirements for safe handling of fuel at high pressures and temperatures
- Master site planning studies
- Final site development
- Design development through construction support
Located on the site perimeter, the facility required an attractive exterior to enhance the client's brand with a strong public impression.
Study of overall site master plan addressed significant changes in topography and site access to locate this facility according to plant operations and to afford needed safety measures including blast resistance and deflagration venting.
Early engineering and work with the client to finalize design of the skids was important to maintain schedule. The fuel test skids represent a significant investment, requiring extensive testing and pre-qualification before final turnover to the owner. The fuel test skids were designed as modular units, pre-tested and qualified at the fabricator’s shops prior to installation.
Designing for Safety was paramount, especially due to the need for handling fuel at high pressures and temperatures. The facility incorporated significant hazardous occupancy considerations, including design for blast resistance and safe venting of blast events.
Harris Group used Revit to create a Building Information Model (BIM) to enhance design collaboration, minimize field interferences, and incorporate contractor input for sequencing and construction planning.
With extensive experience in programming and detailed design execution for new facilities, retrofit projects, feasibility studies, and master planning, Harris Group is your trusted partner for delivering innovative and reliable solutions.
Transform your vision into reality with Harris Group's expert design and engineering services. Contact us today to discuss how we can help you achieve your goals and exceed your expectations.
