proof block 14 b bottling the irradiated toddy juice block 14 c packing the irradiate bottles in cases and or shipping crates block 16 and shipping crates and or shipping crates to warehouses for distribution or directly to stores block 18 as discussed above any irradiation process is acceptable including gamma irradiation this process eliminates the need for refrigeration pasteurization or chemical additives to deactivate the yeast necessary for fermentation microorganisms and fungi are also destroyed by irradiation thus producing a safe and sterile drink another embodiment of the present invention includes the step of filtering the toddy juice before the step of irradiating another embodiment of the present invention includes the step of collecting the toddy juice in a vessel for batch irradiation before the step of irradiating the toddy juice another embodiment of the present invention includes the step of filtering the toddy drink after the step of irradiation an alternative embodiment of the present invention uses filtration instead of irradiation to inhibit fermentation by the removal of yeast and other microbes as shown in fig2 the collection of the toddy juice is the same as described above for the irradiation process dejuicing a stalk of a coconut dejuicing a stalk of a palm tree or extracting coconut water from a coconut to collect coconut water block 20 the toddy juice is filtered through porcelain filters block 22 a or membrane filters block 22 b filters discussed in detail below bottling the filtered toddy drink block 24 packing bottles into crates cases for shipping block 26 and shipping crates cases to warehouses for distribution or directly to stores block 28 porcelain filters or membrane filters can be used for the filtration process in.