NOVELTY - A novel microbe belonging to Bacillus sp., which is artificially separated from excretion of a panda, is new. The microbe has a propagation temperature of 20-50 degrees C, (45 degrees C optimum). The microbe is an aerobic spore forming Bacillus and can grow, even if oxygen is not present and egg yolk reaction shows a positivity.    USE - As novel microbe for decomposing organic material in waste, such as organic refuse.    ADVANTAGE - The novel microbe efficiently decomposes the organic material at low cost.    DETAILED DESCRIPTION - A novel microbe belonging to Bacillus sp. which is artificially separated from excretion of a panda. The microbe has a propagation temperature of 20-50 degrees C and optimal temperature is about 45 degrees C, and it can grow, even if oxygen is not present and egg yolk reaction shows a positivity. It forms carbon dioxide by decomposing organic material using excess oxygen, disassembles decomposes raw starch, gelatin, casein and lecithin, and shows positive for amylase, protease and lipase reactions.    INDEPENDENT CLAIMS are also included for:    (1) isolation of the novel microbe, by forming an agar medium by adding 0-3% of salt into agar medium after adding egg yolk, inoculating excretion of panda and isolating microbe which disassembles the egg yolk and forms a transparent medium;    (2) a waste treatment equipment:    (a) for decomposing waste material containing organic material, which comprises a reaction container; or    (b) having microorganisms which decompose organic material into water and carbon dioxide, comprising a water content ejection unit to remove the water produced inside the reaction container and a gas ejection unit to remove carbon dioxide produced in the container; and    (3) waste material processing method, which involves placing organic material into the reaction container, adding novel microorganism for decomposing organic material and decomposing organic material into water and carbon dioxide.    DESCRIPTION OF DRAWING(S) - The figure shows the schematic diagram of the above waste treatment equipment. (Drawing includes non-English language text).    Waste treatment equipment (1)    Reaction container (2)    Control unit (10)