What Makes fprimec unique?
Our innovative solutions help diagnose performance deficiencies in the early stage, eliminate time-consuming and labor-intensive repairs, and reduce the life cycle cost of the structure.
Effective asset management plan is all about knowing the priorities. Our innovative risk-informed strategies help you identify these priorities, improve the overall performance, and reduce cost.
Our solutions have successfully been implemented and tested in different infrastructure facilities, including: dams, bridges, nuclear plants, and water treatment facilities.
We strongly believe in sustainable development, green technologies, and environment friendly programs in maintenance and development of infrastructure facilities.
FPrimeC Solutions is a knowledge-based company specialized in developing smart structural heath monitoring technologies for infrastructure facilities. Our smart technologies are meant to accurately identify and asses the damages and defects from corrosion. Our technology helps diagnose earlier, avoid premature failure of structures, and ensure improved performance of structures.
Advanced NDT methods for durability and structural evaluation.
Professional in corrosion investigation of bridge structures.
A unique toolbox for risk analysis of ageing structures
what our clients think
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Acoustic Emission is referred to the radiation of acoustic waves in solids as a result of damage or any irreversible change in its internal structure. Acoustic emission monitoring is well-known for its application in structural health monitoring of civil infrastructure. Structural Health Monitoring Health monitoring is a process of implementing inspection, evaluation, reaction, re-inspection and re-evaluation in[…]
Structure inspection manuals such as the Ontario Structure Inspection Manual (OSIM) mostly emphasizes on the visual inspection and physical condition of bridge structures. The visual inspection methodology in this guideline consists of close up visual assessment of defects in the superstructure and substructure. This methodology is limited to inspection of elements that are at the arms[…]
Corrosion inspection of structural anchor bolts can be quite challenging. The reason is that access to these buried elements is often very difficult. The visible part of the bolt is usually in poor quality, and mechanical tests such as pull-out is not an option. Non-destructive ultrasonic testing of anchor bolts provide a very good method[…]
Taking core samples from concrete structures is required for comprehensive assessment of durability and structural performance of the structure. The compression test on core samples is known as the most reliable method for assessing the compressive strength and a means of quality control. The procedure for taking core samples and testing them has been standardized[…]
The use of electrical resistivity method for quality control and evaluation of concrete durability is becoming very popular among scholars and engineers. The measurement of electrical resistivity of concrete provides useful information about the microstructure of concrete material. The test procedure has since been standardized by AASHTO TP 95. This method is adapted by several Department of Transportation[…]
This articles reviews some of the most accepted and widely used nondestructive tests of thickness measurement for concrete elements. Thickness measurement can be of interest for engineers and technicians involved in the assessment of existing concrete elements, such as slabs, foundations, or pavements, or as a means of quality control (QA) in the construction of[…]
Protecting concrete in cold weather is a continuous challenge for concrete contractors and site supervisors. Placing concrete in the cold weather condition requires special preparation and protection. All necessary precautions should be taken in order to to alleviate the negative impacts of cold weather. Special curing and protection is required in most cases. In my[…]
This article briefly describes the setting time of concrete, why it is important, and how different weather condition could affect it. We will later review some of existing methods that are used to estimate the setting time of concrete on-site. Setting Time of Concrete As ASTM C125-15b, setting is defined as “the process, due to[…]
In this article, we will review the potential options and practical solutions for on-site evaluation of concrete strength. Concrete (compressive) strength is by far the most important property of concrete. It represents the mechanical properties of concrete; for example, the 28 days compressive strength of concrete cylinders is the key parameter in most design codes (ACI[…]
Extreme weather conditions (extreme heat or cold; windy condition, and humidity variations) can significantly alter the quality of concrete. In cold weather concreting, one should make sure that all the negative impacts of low ambient temperature are appropriately alleviated by taking the necessary precautions. In this article, we will review important steps that can ensure[…]