The study showed that CP strategies could be used to reduce CO2 emission. It is estimated that the studied plant in the present study should be able to reduce CO2emission from 0.06 kg to 0.048 kg CO2/litre juice produced with simple and logical CP options implementation. Such reduction is equivalent to almost 46 tons of CO2 a year. However, implementation of some of the suggested options such as repairing leakages at all sources and purchasing inverters for cold room compressors require an investment of 9455 USD. The cost involved in the implementation would be recovered within 6 years based on the calculation. Compared to the previously reported CO2 emission values, it was found that the value obtained in this study was slightly lower. This was because this study considered only the gate-to-gate production processes. The respective values can be used as the basis for benchmarking purposes by other similar production plants. However, although the comprehensive energy consumption was expected to reduce through the implementation of CP strategies, there are still rooms for other CP opportunities to further reduce CO2 emission. As such, a detailed study on electrical power consumption of each unit operation per unit of juice produced is recommended. Based on the results of this study, cleaner production strategy is found to be a feasible CO2 emission reduction strategy for the beverage industry.