The process involves heating crushed glass to a high temperature until it becomes molten, then blow molding and cooling to produce glass bottles. In the production process, crushed waste glass and other raw materials are first mixed, then mechanically agitated. After mixing evenly, the materials are delivered into the melting furnace through a conveyor belt to be melted. The melted material is then sent to the feeder, which directs the material into the bottle molds of the bottle forming machine. Compressed air is used to blow the material into shape. Finally, the formed glass bottles undergo annealing treatment, followed by inspection and packaging. Defective products are collected and returned to the furnace with the ingredients to be re-melted. The melting furnace uses gas from a gasifier as fuel, while the annealing furnace uses electricity. The main atmospheric pollutants are dust generated during the production process, fume and SO2 generated during the melting process. Waste gas is treated by electrostatic precipitator, SCR denitrification device, and wet desulfurization device before being discharged into the atmosphere. Cleaning water is recycled without external discharge, mixing water evaporates naturally, and condensate from the gasifier wastewater is not discharged externally. This dataset applies to the process of producing glass bottles from waste glass.