Infrastructure
Durability Engineering
Ports & Maritime
SIMCO has extensive experience and an important engineering know-how when it comes to port infrastructure. From container terminals, to cargo and multi-use berths, dry docks, quays/wharves, harbors and piers, bridges, roads, tunnels and buildings, SIMCO can assist owners, managers and operators in analyzing, designing, and in optimizing the service life of their infrastructure.
U.S. Navy Kilo Wharf Extension
U.S. Navy Kilo Wharf Extension
Durability modeling of concrete elements (e.g. caissons, piles, deck) using SIMCO's STADIUM® methodology
U.S. Naval Base, Kings Bay, Georgia
U.S. Naval Base, Kings Bay, Georgia
Concrete characterization, service-life evaluation & recommendations for the cost-effective repair of 6 concrete wharves located at the U.S. Naval Base in Kings Bay, Georgia
Panama Canal – Third Set of Locks
Panama Canal – Third Set of Locks
Assist in the design of a series of durable concrete mixtures to meet the 100-year service-life specification set forth by the Panama Canal Authority (ACP)
Pearl Harbor Dry Docks
Pearl Harbor Dry Docks
SIMCO was hired by the U.S. Navy to conduct a condition assessment and service-life evaluation of dry docks built over 60 years ago at Pearl Harbor Naval Base in Hawaii
Port of Montreal
Port of Montreal
Assess the current condition of the concrete docks for the effective planning of corrective and preventive interventions
Port of Rotterdam – KMS System
Port of Rotterdam – KMS System
A Proactive and Predictive Approach in Asset Management - Development of a world-class asset management system for the effective maintenance and repair of marine structures - Port of Rotterdam Experience
Port of Rotterdam Quay Wall Inspection
Port of Rotterdam Quay Wall Inspection
Yearly Inspections, condition assessments, Service-Life Evaluations, as well as Maintenance and repair strategies of Port of Rotterdam's quay walls
Port of Rotterdam – PortMaps System
Port of Rotterdam – PortMaps System
PortMaps allows owners/managers to view all port spatial objects & related object information provided from expert systems to perform geographical analyses
St. Lawrence Seaway Locks
St. Lawrence Seaway Locks
Risk Analysis & Repair Scenarios for the Rehabilitation of St. Lambert, Beauharnois & St. Catherine Locks Affected by Alcali Aggregate Reaction (AAR)