The purpose of this study is the examination of the properties of wastewater obtained from a ready-mixed concrete plant and its utilization potential as mixing water for concrete production of the batching plant from the Great Wall industry, Sagaing Division, Myanmar. The fact that wastewater has a detrimental effect on the durability of concrete structures is not disputable. The efficient water is one of the most important acquirements of cleaner production and the use of wastewater in concrete production important means to this end. Samples of wastewater from several points of a water recycling process from this ready-mixed concrete plant were examined for their chemical properties (CI; SO42 -, alkalis, total solids, pH) and compared with the specifications applied for concrete mixing water. Also, samples of dry sludge powder form the water-recycling process tank were taken and tested for their chemical composition, particle size distribution, and mineralogical composition and thermo gravimetrical results. The water samples were examined for their behavior in concrete specimens with and without admixtures and also for their effect in water demand and setting times in cement pastes. This paper reviews the degradation mechanism of wastewater on ready-mixed concrete structures with a view to finding what needs to be done to salvage these structures. It is obvious that the results of this investigation contribute to the protection of the environment from hazardous wastewater disposal and the ready-mixed concrete industry from freshwater costs and any additional cost for buying and conserving an unnecessary complicated water-recycling system.