The flow chart presented delineates the sequential process involved in the recycling of glass bottles.
In summary, the recycling procedure encompasses seven distinct stages, commencing with the collection of glass bottles and culminating in the production of new bottles.
The initial stage entails the collection of glass bottles from the public, specifically categorized by color into green, brown, and clear variants. Following this, the collected bottles are transported via truck to the subsequent phase, which involves classification. In this stage, the bottles are meticulously sorted into three categories: metal caps, plastic caps, and raw materials. This classification plays a pivotal role in ensuring the integrity of the recycling process.
Subsequently, the classified glass undergoes a breaking process at a dedicated processing plant, wherein the glass is shattered into smaller pieces before being consolidated into a vehicle for transportation. The next critical stage involves the heating of the broken glass alongside additional raw materials in a furnace maintained at a temperature of approximately 1200 degrees Celsius. This process results in the melting of the glass, creating a homogenized mixture. Finally, the molten mixture is utilized in a glass factory, where it is fashioned into new bottles, thus completing the recycling cycle and rendering the materials ready for reuse.