Our project is scalable in various dimensions: Firstly it has load scalability i.e. we can expand and contract our inputs depending on the required output. For example if our project has to be installed in the chimney of a factory or a thermal power plant, where the load of input gases is very high, we can increase the size of our reaction column or increase the flow rate of the medium i.e. scale up our model to perform in proportion to the input load without loss of efficiency. On the other hand, if we intend to use our model to reduce the concentration of NOx and SOx in the exhaust gases of an automobile we can very efficiently scale it down. We can again modify the size of the reaction column or the flow rate of the medium since all these factors are under our control.