In more recent years, more and more emphasis has been put on environmental management of industrial activities and environmental care by our scientific community. The current approach being taken towards industrial symbiosis is defined as “pollution prevention” This approach describes the use of materials, processes, or practices that decrease the creation of waste at the source. This approach kind of reminds me of the circular economy in a way. They’re doing all they can to almost diminish waste.
Industrial symbiosis is actually when two or more companies exchange their waste product with the other companies, and they use it as materials for new products. This process eliminates waste and even boosts creativity. Like I’ve said, “One man’s trash is another man’s treasure.” One downside to this is that there is a concern about supply. Waste is such an odd factor that people don’t usually consider. There’s not always the same amount or the same kind. For example, my friend and I go to a restaurant, and both order a ceasar salad and french fries. I finish my salad but not my fries, and she finishes her fries but not her salad. We both have waste, but it’s different kinds and separate amounts.
The article given analyzed several case studies regarding industrial symbiosis in Greek industry. The total number of case studies is recorded at several thousand. Each of these case studies presented simple, practical difficulties. It is believed that all businesses practicing industrial symbiosis have been documented. Forty- five different types of waste were identified and documented during this experiment. Waste was dispersed into seven separate categories during the experiment. This was based on their physical characteristics and the industry sector they originated from. The categories were: thermal energy, fuels, metals, plastics, chemicals, minerals and organics. There was some overlap when deciding which category fits best for the waste, but ultimately it did not affect the overall result of this study. The spatial scale of the waste exchange can also be more separated into a few different levels. These levels include Industrial Park (IP), Local (LOC), Regional (REG), National (NAT), and Global (GLO).
The results of this study are very extensive and go into much detail, but to sum it up, waste was typically exchanged at the same levels. For example, an Intellectual Property would exchange with a local because they’re both smaller scale levels. It also described how beneficial industrial symbiosis can be when trying to eliminate waste.