OPTIMIZATION OF wasteWOIMA’s MODULAR POWER PLANT INSTALLATION USING 3D SIMULATION AND VIRTUAL REALITY

Abstract

The primary objective of this research is to optimize module installation procedure for Woima’s modular WTE power plant by making a Three-Dimensional (3D) simulation of the power plant and inspecting the model using Virtual Reality (VR). This thesis ad-dresses the research question on how to use 3D simulation to reduce time and cost dur-ing the construction. Therefore, this thesis suggests an installation procedure where each module fits into the other as it were a lego puzzle. This proposed building procedure is previewed as 3D simulation that could then be used to optimize the construction of wasteWOIMA’s modular power plant.

This research work employs the use of primary data, CAD blueprints, sourced from the case company, while secondary data was sourced from books, online repository, aca-demic and scientific journals. To uphold the credibility of this research, it utilized both experimental and case study research strategies to conceptualize the simulation of the power plant which can be previewed on Virtual Reality (VR) glasses. VR model inspec-tion provides an immersive and real-life scale experience. The entire 3D simulation was done using SketchUp software, a 3D modelling and simulation tool. A VR session was also carried out during the research to help identify areas of possible improvement with safety, cost and quality, using HTC Vive VR glasses and Symmetry Alpha software.

The outcome of this research shows that 3D simulation, especially when combined with VR models inspection, can help to optimize models to prevent errors during actual con-struction work, hence, saving cost and reducing lead time.