CCME MCPS

Bracelet Anodes

We offer a large size range in both half shell and segmented bracelet anodes. Adequate steelwork forms part of any bracelet anode to ensure it is well supported in later life. The anodes have a utilisation factor of 0.80, but where bracelet anodes are used to reduce wave loads on steel jackets a utilisation factor of 0.90, like stand-off is used. In the case of pipelines the anode spacing should not exceed 200m. The amount of anodes will be increased by a factor of 2 for the first 500m from the platforms and subsea installations. The OD of the anodes are usually manufactured to coincide with the OD of the pipe, but if this is not possible they are manufactured with a taper to allow for their movement.

Cathodic Protection Systems shall be designed to deliver sufficient protective current to polarise the steel structure in the submerged zone and maintain that potential. For steel susceptible to hydrogen induced stress cracking (HISC), the potential value is targeted between -0.770V and -0.830 V verses the Ag/AgCl seawater reference electrode

Ship Hull Design

From fuel efficiency to stability, we optimize your vessel for unrivaled performance, tailoring every curve and contour to meet your specific operational needs.

Tubular Piling Structure Design

Our expertise in material selection, load analysis, and advanced fabrication techniques ensures each tubular piling stands tall, a silent sentinel guarding your critical infrastructure.

MGPS Design

We craft intelligent MGPS systems, wielding the power of copper ions and hydrosonic technology to gently, yet effectively, banish barnacles and their slimy brethren.

Subsea Structure Design

We engineer structures that stand tall in the crushing depths, their every curve and contour meticulously crafted to withstand the ocean's wrath.

Sheet Piling Structure Design

We are armed with advanced software and a deep understanding of soil mechanics, sculpt structures that hold their ground against the most demanding environments.

Ship Tank Design

Our expert designers, wielding advanced simulation software and a deep understanding of cargo behavior, sculpt tanks that maximize capacity, minimize slosh, and optimize flow.