Case Study Library

Carbon fiber and corrosion-protection system used to repair and strengthen coastal concrete columns exposed to saltwater and harsh marine conditions along Oceanside Drive in Scituate, MA.

Structural repair of deteriorated concrete support columns using carbon fiber reinforcement and corrosion protection at the Smithfield Plant in Crete, Nebraska.

Carbon fiber reinforcement installed on a deteriorated residential retaining wall in Woodland Hills, CA to restore structural integrity and prevent further displacement.

CFRP strengthening solution used to reinforce a post-tensioned slab after missing tendons were discovered during a high-rise construction project.

CFRP confinement and crack repair applied to deteriorated concrete holding tank lids and perimeter walls at an industrial processing facility.

CFRP U-wrap and flexural reinforcement applied to a cracked CMU block wall and deteriorated door opening at an industrial facility.

CFRP strengthening of an existing high-rise roof slab to support new cell tower loads without demolition or disruption.

CFRP reinforcement applied to a cracked CMU train tunnel wall to restore structural integrity and enhance passenger safety for Canada Line SkyTrain.

Carbon fiber reinforced polymer straps installed to stabilize a bowed CMU basement wall and prevent further inward movement.

Structural strengthening of deteriorated inverted T-beams at the National Guard Joint Force Headquarters parking garage using CFRP U-wrap reinforcement.

A multi-story coastal condominium severely damaged by Category 4 hurricane forces is structurally reinforced and restored using carbon fiber strengthening systems.

A failing California retaining wall with severe cracking and corner separation was permanently repaired and strengthened using SRS carbon fiber systems for long-term structural stability.

A tilt-up concrete panel required carbon fiber reinforcement after an elevator shaft conflict forced removal of embedded reinforcement during construction.

A historic Owens-Illinois glass plant in Zanesville, Ohio required reinforcement of a critical brick support column carrying more than 300 tons of molten glass. SRS provided a rapid, engineered carbon fiber strengthening solution that fully encapsulated the column, restored load-carrying capacity, and allowed the plant to maintain production schedules with minimal downtime.

A deteriorating 60-foot retaining wall at Occidental College in Los Angeles required a long-term structural repair solution after decades of cracking, section loss, and outdated reinforcement from its WWII-era construction. SRS provided a modern CFRP strengthening design using SRS-600UNI and SRS-660BI to stabilize the wall, restore flexural and shear capacity, and prepare it for future tieback loads where needed.

A rural Indiana bridge spanning the Patoka River showed significant deterioration at its pier caps, where aging horizontal reinforcement was no longer capable of supporting cantilevered loads. Structural Reinforcement Solutions partnered with LAN Construction and county engineers to develop a long-term carbon fiber strengthening system that restored structural integrity without major demolition.

A deteriorated coastal sea wall on Camano Island was restored and structurally reinforced using carbon fiber systems designed to withstand tides, storms, and marine exposure.

A retaining wall at an elementary school in Happy Valley, OR was exhibiting horizontal bowing and extensive cracking due to inadequate restraint and unexpected earth pressures. Structural Reinforcement Solutions (SRS) provided a carbon fiber strengthening system combined with tiebacks to permanently stabilize the wall and restore long-term safety.

When foundation lifting raised concerns about the flexural capacity of 22-foot-tall CMU block walls, Structural Reinforcement Solutions provided a carbon fiber strengthening plan to reinforce each pier location using high-strength unidirectional CFRP. The reinforcement ensured safe foundation adjustments without damaging the existing wall structure.

A post-tensioned concrete slab in Vero Beach required reinforcement after misaligned tendons caused flexural stress and shear concerns. SRS designed a carbon fiber strengthening solution that restored structural capacity while minimizing downtime.

A high-rise condo project in Denver, Colorado discovered cracking around embedded plates on a 27" post-tensioned slab. Engineers determined that inadequate confinement threatened pullout failure of the embedded anchors. SRS provided a rapid carbon fiber strengthening solution to restore structural integrity and allow drilling of new threaded rods without further cracking.

Storm surges and winter king tides caused severe cracking and structural distress to a concrete dock at the Royal Vancouver Yacht Club in Coal Harbour, BC. SRS provided a non-corrosive carbon fiber strengthening system to stabilize the dock, confine cracking, and protect it from future storm damage in a minimally disruptive, marine-grade application.

A two-story commercial building in Pueblo, CO required structural reinforcement after added HVAC loading exceeded the capacity of the existing precast double-tee beams. SRS provided an engineered CFRP strengthening solution using SRS-600UNI, reducing material requirements while delivering rapid, cost-effective beam rehabilitation.

A 650-foot retaining wall supporting six luxury homes in Palm Springs was exhibiting severe cracking, tilting, and soil-pressure instability. SRS engineered a hybrid reinforcement system using CFRP and steel tiebacks to restore structural integrity, increase load distribution, and prevent further wall movement in this high-risk seismic region.

A newly constructed elevated bike path in St. Louis experienced spalling and insufficient confinement at the tops of its 30" concrete columns. SRS provided a CFRP-based solution that restored structural performance while minimizing disruption to the project.

Severe deterioration of hillside timber piles threatened a multi-building residential complex in Portland, OR. SRS engineered a carbon fiber rehabilitation plan to restore structural capacity while overcoming tight access and environmental challenges.

A deteriorating parking structure with cracked concrete and exposed rebar required a cost-effective reinforcement strategy. SRS provided a carbon fiber strengthening solution that restored load capacity, halted corrosion, and extended the service life of the garage.

A historic downtown hotel needed a structural upgrade to accommodate new mechanical systems without compromising slab performance. SRS designed a carbon fiber reinforcement system that strengthened the slabs while maintaining the building’s historic integrity.

Bridge columns exposed to water and environmental wear required protective strengthening. SRS installed CFRP wraps to increase durability, extend service life, and meet DOT performance requirements with minimal disruption to traffic.

Deteriorated concrete columns supporting critical telecom infrastructure required immediate reinforcement. SRS restored structural capacity using CFRP systems, improving performance while minimizing downtime for essential communication services.