700 BLOCK OF K STREET
SACRAMENTO, CA

The new mixed-use development, once completed, will restore the historic storefronts on K Street, while adding 63,000 square feet of commercial space and 137 ground-floor and rooftop retail spaces and market-rate residential units. The 700 Block project involves rehabilitation of commercial spaces, and demolition of 60 feet of the existing building to provide space for a 5 to 6-story residential building. The tenant plan includes residential, restaurant, and entertainment venues as well as local, soft-good retail. This project, along with the relocation of Greyhound and success of existing business promises to create critical mass in the Downtown Core.

MatriScope provided geotechnical engineering services for the proposed 6-story residential building and a parking structure. Geotechnical services included field exploration, laboratory testing, geotechnical analysis, and report preparation.

800 J LOFT APARTMENTS
DOWNTOWN SACRAMENTO, CA

This apartment and retail project is an important component in the completion of the downtown core, adding much needed housing and enlivening the street with ground floor shops and restaurants. The development includes on-site parking, 45 affordable housing units and the ability to attract first class retail, restaurant and entertainment venues to the mixed-use facility. The building is comprised of 210,000 square feet of ground floor retail and restaurant space with 225 apartments above at this pivotal downtown location. This seven-story structure includes three levels of both above-grade and subterranean parking to serve residents and visitors. The hybrid structure is composed of structural precast concrete members and post-tensioned elements, supported by a precast pile foundation. The exterior of the building is almost entirely glass, offering residents exceptional views and ample light.

MatriScope performed special inspections related to building code compliance, reinforced concrete, pre-stressed and post-tensioned concrete, structural pre-cast concrete, masonry, and structural steel.

F65
SACRAMENTO, CA

F65 was named “Best Mixed-Use Project” by the Sacramento Business Journal’s 2005 Best Projects of the Year. This project is approximately 43,000 square feet in two buildings; Building A is one-story and Building B is two-stories which houses ground floor retail and restaurants with trendy and spacious loft living above.

MatriScope was proud to be selected for materials testing services for the entire scope of the project including concrete, masonry, structural steel, and fireproofing.

THE WARREN BUILDING
SACRAMENTO, CA

The Warren Building is a planned eight-story midrise condominium located on 16th and N St. The building is comprised of 117 units, with ground-floor retail and a two-story, partially submerged parking garage. The Warren Building is planned to include 77 one-bedroom units, ranging from 660 to 975 square feet, 40 two-bedroom units, ranging from 900 to 1,300 square feet, including 17 penthouse lofts and 5 townhomes.

MatriScope provided geotechnical engineering services including a soils report and related materials testing. A subsurface exploration at the site was performed to investigate and sample soils beneath the site. Four (4) exploratory borings were advanced to depths ranging from 8 to 71.5 feet below the existing ground surface. The borings were drilled with a truck-mounted drill rig equipped with flight augers and hollow stem augers.

TRIBUTE BUILDING
SACRAMENTO, CA

MatriScope Engineering Laboratories, Inc. has completed the initial geotechnical engineering report for Midtown Sacramento’s newest development, the Tribute Building. Located at the corner of Capitol and 20th street, the four-story, mixed use building sets adjacent to railroad tracks and will feature a 50-foot-high, three-sided mosaic-tile art piece by acclaimed artist, Wayne Thiebaud. Owners originally requested geotechnical recommendations for a pile driven foundation. However, upon soil inspection and testing, MatriScope engineers found that the proposed design did not require such an elaborate foundation system. The final geotechnical report was developed highlighting three possible design solutions: 1) shallow foundation, 2) Rammed Aggregate Pier (Geopiers) in conjunction with shallow foundation, and 3) deep foundations including drilled-in-place pier, concrete filled steel pipe pile, with an auger-cast displacement concrete pile. MatriScope’s comprehensive approach and value proposition solutions enabled project owners to choose a system that best suited their needs. Ultimately, a shallow foundation system was chosen resulting in significant cost savings, expedited project schedule, and more sustainable design.