WRK provides a wide variety of structural engineering services for new and existing structures to our water and wastewater clients. Our broad range of experience includes design and evaluation of process buildings, pump buildings, intake structures, storage reservoirs, filter basins, distribution infrastructure and non-process facilities. Working either as the prime design consultant or as a subconsultant to other prime engineers, WRK offers comprehensive structural engineering services for total project delivery from design inception through detailed design and construction administration.
Metropolitan Wastewater Management Commission Campus
Springfield, Oregon
WRK Engineers is currently serving as Structural Engineer of Record on new work for the Metropolitan Wastewater Management Commission Campus. The project includes work on three different structures including a new Laboratory building, an addition to the Maintenance building, and a remodel and addition to the Administration buildings.
Metropolitan Wastewater Management Commission Administration and Operations Building
Springfield, Oregon
WRK Engineers is currently serving as Structural Engineer of Record for this complete remodel and addition to an existing Administration and Operations building on the MWMC campus. Work includes a seismic evaluation of the existing building and seismic strengthening to Risk Category III.
A new lobby and meeting room will be constructed as additions to the building. As a result, the entire building will be reprogrammed to maximize its use for MWMC.
The building additions will be a single- story structure constructed with structural steel framing with metal stud exterior walls.. The ground level floor will be constructed as a conventional concrete slab on grade. The new lobby will feature a sawtooth roof, which will create a high-volume inner space with plenty of natural lighting. The lobby roof system will be constructed with CLT roof panels. The infill section roof will have glulam girders and I- shaped wood joists.
Metropolitan Wastewater Management Commission New Laboratory Building
Springfield, Oregon
WRK Engineers is currently serving as Structural Engineer of Record on new work for the Metropolitan Wastewater Management Commission Campus. The project includes work on three different structures including a new Laboratory building, an addition to the Maintenance building, and a remodel and addition to the Administration buildings.
A new 8,000 sq. ft. laboratory building will contain water quality testing laboratory space along with support offices and administration functions. The building will be a single-story structure constructed with structural steel framing and metal stud exterior walls. The building will feature a sawtooth roof which will create a high-volume inner space with copious natural lighting.
The maintenance building addition will be a single-story structure constructed with structural steel framing with metal stud exterior walls. The ground level floor will be constructed as a conventional concrete slab on grade. The building will feature a sawtooth roof, which will create a high-volume inner space with copious natural lighting. Skylights will also be added to maximize natural light in the facility. The roof system will be constructed with open-web steel roof joist and structural steel beams/girders.
The existing Administration and Operations building on the MWMC campus will undergo a complete remodel and the addition of a new lobby and meeting room. Work includes a seismic evaluation of the existing building and seismic strengthening to Risk Category III.
Metropolitan Wastewater Management Commission Maintenance Building
Springfield, Oregon
WRK Engineers is currently serving as Structural Engineer of Record for a partial demo/remodel and addition to an existing maintenance building on the MWMC campus. Work includes a seismic evaluation of the existing building and seismic strengthening to Risk Category III. The new building will include locker rooms, a lunch room, a conference room, laundry, storage, and a library.
The building will be a single- story structure constructed with structural steel framing with metal stud exterior walls.. The ground level floor will be constructed as a conventional concrete slab on grade. The building will feature a sawtooth roof, which will create a high-volume inner space with plenty of natural lighting. Skylights will also be added to maximize natural light in the facility. The roof system will be constructed with open-web steel roof joist and structural steel beams/girders
The lateral force resisting system will consist of steel braced frames and a metal deck roof diaphragm. WRK Engineers designed the lateral force resisting system to comply with the 2014 Oregon Structural Specialty Code (OSSC) for a Risk Category II Building. A seismic joint has been designed between the existing building and the new addition.
Lake Oswego Water Treatment Plant Administration/Operations Building
West Linn, Oregon
Provided structural engineering design services for the new two-story 7,200 sq. ft. Administration/Operations Building. The building includes the plant operations control room, offices, laboratories, storage and receiving spaces. Designed as a Category III facility, the building will be constructed with reinforced concrete bearing and shear walls along with structural steel framing at the upper floor and roof level. With nearly 30 feet of liquefiable soil beneath the building site drilled concrete piles and grade beams are used to support the building superstructure. The project also includes connector bridges to adjacent water treatment process structures.
Oak Harbor Water Treatment Plant Administration Building
Oak Harbor, Washington
Currently providing structural engineering design for this new two-story 17,000 sq. ft. building that contains administration, maintenance, laboratory and community outreach spaces. The building will serve to connect the community to the water treatment facility and house all non-process functions of the plant. The structural system includes the use of pre-cast concrete panels for both roof and wall framing. The structural materials were selected to provide a rugged, durable building system and maximize speed of construction.
Lebanon Water Treatment Plant Process/ Administration Building
Lebanon, Oregon
The Lebanon WTP project includes a new water treatment plant (WTP) process and administration building. The building consists of a new 17,200 sq. ft. above-grade structure housing raw and potable water pumps, pipe gallery, membrane filters, chemical storage, chemical feed systems, and administration offices. The building is a single-story structure constructed of concrete masonry unit (CMU) walls. The roof system includes long span steel trusses and metal roof decking while the lateral-force-resisting system consists of concrete and CMU shear walls based on the Oregon Structural Specialty Code.
Lebanon Raw Water Pump Station
Lebanon, Oregon
The new pump station building will be a single-story above-grade structure with a total estimated area of approximately 3,200 SF. The building will be constructed of concrete masonry unit (CMU) walls while the roof system will be constructed with wide flange steel beams and metal roof decking. The pumps in the structure will utilize an eight foot wide, seventy foot long, and 35 foot deep wet well rock anchored to the sandstone below to counteract buoyancy forces.
The ground level floor will be constructed using conventional concrete foundations and slab-on-grade with a large mat slab to support an exterior standby generator.
The lateral force resisting system will consist of CMU shear walls designed to comply with the 2014 Oregon Structural Specialty Code (OSSC) under Risk Category III.
"It is good to have a resource with experience to help establish a proper and accurate analysis of the equipment so as to limit cost by getting the design right the first time… WRK is not simply asking us what we want them to do, but they are trying to understand what we want to do, and then use their experience to determine the best way to get there."
Wesley Wills, Southern States LLC.
"The benefit of working with WRK is that they are creative. I work with many engineers that are very conservative–they prefer to stick to standard details. WRK brings innovative solutions and enjoys the challenge of using new technologies that might be less costly and easier to construct. Brian was trained to be innovative, and his firm operates the same way."
Jeff McGraw, MWA Architects
"What separates WRK from other firms is a working, hands-on, experience based knowledge. They’re not just theory based. Everyone, including construction crews, is impressed with WRK’s response time. When we had a question or minor changes, they responded within hours. My experience with WRK has been nothing but good."
Casey Scoggins, Tennessee Valley Authority
"I trust WRK. It isn’t about being the biggest firm, it is about getting the work done correctly."
Matt Weisensee, PacifiCorp
"WRK consistently provides creative solutions for highly sensitive projects. Approaching each project as if it is unique is highly valuable."
Casey Wyckoff, LSW Architects
"The WRK team is easy to work with, knowledgeable, and they have the credentials. They are approachable, they listen, respond and do what they can to meet our needs without argument. Over many years their work has been consistent, always learning and adapting."
Leon Kempner, Bonneville Power Administration
"I value WRK’s nuts-and-bolts approach with their ability to communicate in the field and provide constructable solutions. Historic projects can be convoluted, which can cause structural engineers to jump through hoops. This can be difficult for many engineers, but not WRK. They are great at considering and explaining all of the options with the understanding that structural isn’t driving the design."
Eric Philps, SERA Architects