Spontaneous oscillations in chemical reactions are often deemed inexpedient because of their propensity to cause operational complexities Nevertheless, it has been demonstrated in our previous work that we can take advantage of such oscillations. For instance, it has been shown that the yield of the desired product from an autocatalytic reaction in a continuous stirred-tank reactor (CSTR) can be quadrupled with a proportional feedback mechanism. The results of additional case studies carried out in the current work indicate that for wide ranges of parameter values, the yield of the same reaction can be further increased and in some cases it can be around 50 times larger than the maximum value obtainable in the steady state operation.