Innovation is the driving force behind the energy industry and one of Cladtek’s core values. The constant pursuit of technological advancements and cost-effective alternatives pushes this sector to develop groundbreaking solutions that revolutionize the market. Until the early 2000s, the industry struggled with costly or technically limited solutions for pipelines subjected to High Pressure/High
Corrosion is a challenge that has long plagued the oil and gas industry, particularly in the harsh environments of offshore platforms and subsea pipelines. The industry has traditionally relied on a range of techniques to mitigate corrosion, including protective coatings, corrosion inhibitors, and cathodic protection. However, these methods come with their own operational costs, environmental
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Corrosion-resistant alloy (CRA) materials play a pivotal role in submarine pipelines, addressing internal corrosion caused by transported fluids. In environments where carbon steel is insufficient due to technical, operational, or economic challenges, CRAs provide a reliable alternative. Corrosion risks are particularly significant in the presence of carbonic acid (formed from dissolved CO₂) and hydrogen
Oil and Gas exploration in Brazil's Pre-Salt region boasts one of the lowest carbon footprints in the industry, despite the challenging environment and the corrosive, CO₂ and H₂S-rich reservoirs. Brazilian ingenuity has led to a program responsible for capturing and injecting nearly 20% of the world's CO₂ tonnage. Mechanically Lined Pipe (MLP) and Cladtek
The specification of Corrosion-Resistant Alloy (CRA) materials for subsea pipelines is indeed crucial, particularly when dealing with environments where carbon steel may not be a viable option due to technical, operational, or economic constraints. Corrosion, exacerbated by high temperatures and elevated partial pressures of carbon dioxide, remains a significant challenge across industries worldwide. The
