Offshore Engineering visualization applications are, on most cases, very complex and should display a lot of data coming from very computational intensive numerical simulations. To help analyze and better visualize the results, 3D visualization can be used in conjunction with a Virtual Reality (VR) environment. The main idea for this work began as we realized two different demands that engineering applications had when running on VR setups: firstly, a demand for visualization support in the form of better navigation and better data analysis capabilities. Secondly, a demand for collaboration, due to the difficulties of coordinating a team with one member using VR. To meet this demands, we developed a Service Oriented Architecture (SOA) capable of adding collaboration capabilities to any application. The idea behind our solution is to enable real-time data visualization and manipulation on tablets and smartphones. Such devices can be used to help navigate the virtual world or be used as a second screen, helping visualize and manipulate large sets of data in the form of tables or graphs. Furthermore, we want to allow collaboration-unaware application to collaborate with as little reworking of the original application as possible. Another big advantage that mobile devices bring to the engineering applications is the capability of accessing the data on remote locations, like on oil platforms or refineries, and so allowing the field engineer to check the data or even change it on the fly. As our test application, we used ENVIRON, which is a VR application for visualization of 3D models and simulations developed in collaboration with a team from the Institute Tecgraf of PUC-Rio. We added this solution to ENVIRON and it was tested with an experiment and during a review process of Offshore Engineering using VR Setups (Power wall and CAVE).