The whole shipping industry is now speeding up to reduce ship exhaust gas pollutions, according to more and more stringent regulations from International Maritime Organization (IMO). And these regulations can’t be met without retrofitting ships with exhaust gas cleaning system as in today’s industry. Therefore, there is urgent demand on studies of efficiency and effectiveness of the exhaust gas cleaning systems. This is what the present project aims to contribute.
1. How to build a numerical model for ship exhaust gas cleaning system that can represent the physical system.
2. How to define various scenarios and do simulations under these scenarios.
3. How to analyze results from the simulation and guide the real application
The overall goal of this project is to study how to reduce ship emissions more effectively by investigating ship exhaust gas cleaning systems, given the shipping industry must meet the more and more stringent regulations for ship emission from IMO.
This project's primary approach is to build numerical models of ship exhaust gas cleaning system and do simulations of the system under various scenarios. Several experiments for validating the model and collecting essential data will possibly be conducted. The combination of different research methods gives a factual basis to achieve the expected outcome that this project could contribute to the industry by offering an insightful evaluation of the ship exhaust gas cleaning system's performance.