Bach Ho is developed through a distributed network of fixed steel-jacket drilling and wellhead platforms, central processing platforms, dedicated water-injection facilities, gas-compression platforms and floating storage and offloading vessels. Platform wells produce from the fractured basement and shallower clastic intervals. Satellite wellhead platforms include compact normally unattended BK units that route multiphase fluids through permanent pipelines to host installations. BK-20 is remotely controlled from CPP-3, while BK-21 receives electrical power from MSP-6 and gas lift and injection water from MSP-7. At the central platforms, incoming wellstreams are separated into crude, associated gas and produced water. Crude is transferred through infield pipelines to moored FSOs, which provide storage and offload to export tankers. Associated gas is gathered and treated in the offshore gas system. The central compression platform, commissioned in 1997, supplies high-pressure gas for the field’s extensive gas-lift network and supports onward gas transportation to shore. Dedicated water-injection platforms pump injection water into dedicated wells to maintain pressure in the fractured basement reservoir. CPP-3 is part of a production complex incorporating central processing and water-injection functions and also receives a subsea tie-back from the Ca Ngu Vang field. Across the broader White Tiger–Dragon system, permanent oil, gas and water pipelines link wellhead platforms, CPPs, injection platforms, compression facilities and FSOs. The overall design is a hub-and-satellite fixed-platform network rather than a single integrated production vessel.