Did you know… Subsea 2.0® isn’t a one-size-fits-all production system solution. Cleverly combining fixed and flexible elements, it uses pre-engineered modules to accelerate our clients’ time to first production of oil and gas. That’s because we thought about what our clients need and how quickly they need it – and developed a product and a process that would meet their targets. 👉 Find out how Subsea 2.0 was developed to redefine subsea production systems. Read more on our website: https://bit.l

The Khankendi – a state-of-the-art subsea construction vessel which has been specifically designed and built to install the biggest subsea production system in the #CaspianSea as part of the #ShahDeniz Stage 2 project – has been launched at a special event in Baku, Azerbaijan today. | bp

Why do we use a subsea test tree assembly (SSTTA) during well test clean-up operations? To create a dual barrier in-riser subsea safety system required to control the hazards associated with bringing live hydrocarbons to the surface and providing the capability to disconnect/reconnect the well. The subsea test tree is positioned inside the rig’s blowout preventer (BOP) and spaced out so that, if needed, the BOP shear rams can be activated across the SSTTA shear sub. | Expro

There’s evolution, then there’s revolution. Through innovative thinking, Subsea 2.0® has revolutionized the subsea oil and gas industry. It took the effort of our global team of experts to build a configurable, modular subsea production system that’s now in use in every major basin worldwide. Using Lean principles, they went back to the drawing board to reevaluate every component and every process so they could deliver maximum value to our clients. And 100 Subsea 2.0 deliveries later, the reward