Abstract: An integrated injection system of a subsea system may include a master valve module having at least one valve and an in-line-tee (ILT) module. The master valve module may directly fluidly couple to a wellhead of the subsea system, and the ILT module may directly fluidly couple the integrated injection system to a flowline of the subsea system via a t-connection. Additionally, the integrated injection system may include a bridge module that fluidly couples the master valve module and the ILT module and is removably mounted between the master valve module and the ILT module such that components of the bridge module are removeable as an assembly. Furthermore, a common foundation may support each of the master valve module, the ILT module, and the bridge module.

Abstract: An integrated injection system of a subsea system may include a master valve module having at least one valve and an in-line-tee (ILT) module. The master valve module may directly fluidly couple to a wellhead of the subsea system, and the ILT module may directly fluidly couple the integrated injection system to a flowline of the subsea system via a t-connection. Additionally, the integrated injection system may include a bridge module that fluidly couples the master valve module and the ILT module and is removably mounted between the master valve module and the ILT module such that components of the bridge module are removeable as an assembly. Furthermore, a common foundation may support each of the master valve module, the ILT module, and the bridge module.