The wealth of the nation is depending on environmental factors such as clean air, water, and land, but now a few days, all environmental factors are highly polluted due to the dumping of wastes on the environment from various places such as industries, factories, mills, hospitals, hotels, temples, domestic places, recreational center, etc. The essential objective of the present examination was to assess the plausibility of insignificant exertion the adsorbent got from the temple waste for the removal of MB from the Aqueous solution in a group framework. The initial dye concentration (2,4,6,8 and 10 ml), marigold flower dose (0.1 to 0.5 g), and contact period (10 to 60 min) under room temperature were varied in the adsorption tests. To observe the impacts of different factors on the dye adsorption process, batch adsorption studies were conducted and contact time, adsorbent dosage, and initial dye concentration were all examined. The results are unconcealed that the surface assimilation furthest reach of motivated carbon of temple waste was high over chemical group blue. The adsorbent assessment was applied in group analysis as a district of contact time, adsorbent bit, arrangement, pH, and starting obsession, wherever the adsorption of MB is considerably full of the adsorbent segment, time, introductory MB fixation, and pH. The Langmuir and Freundlich models determined the maximum adsorption capacities to be 50 mg/g and 0.48 mg/g, respectively. The results exhibited a lot of vital level of MB ejection at lower starting shading fixation and therefore the balance between MB within the arrangement and the 0.5 adsorbent surface was in each sensible sense covered twenty min.