With the seemingly endless challenges that South Africa and its people face, the driving force behind these challenges seems to be the notorious rolling blackouts that have plagued our country for more than a decade.
From manufacturing and production, to retail and education, not a single industry is being left unscathed and unaffected. Plastics SA Executive Director, Anton Hanekom, says that the local plastics industry is no exception when it comes to experiencing the negative impact of relentless interruptions in power supply. “Our industry is especially exposed when it comes to loadshedding due to the fact that the processing and production of plastics and plastic products are done primarily through thermal processing. This means that high temperatures must be maintained throughout the manufacturing process. However, without power, these high temperatures cannot be effectively reached and maintained, nor is there enough time between scheduled power outages for the machines used to reach the required temperature for the processes to be restarted,” Hanekom explains. Furthermore, when producing and manufacturing large quantities of polymer materials, the extrusion process is required, in which the materials are enriched with additives and melted in order for production to be completed successfully. This entire process comes to a halt when manufacturers experience power outages. While restarting the production process may appear simple, there are serious consequences when machines shut down unexpectedly for extended periods of time. “During the extrusion or melting process, once the machine shuts down for a three- to four-hour loadshedding stint, the materials that were being processed solidify in the machine. This means that the time required to remove the solidified materials, clear the machine, and prepare to restart the process from scratch is added to the overall production time. A significant amount of time and material is wasted, which has a knock-on effect on operating costs, staffing, and production. Revenues are being eroded and thousands of jobs are being threatened in an industry that is a priority sector and contributes approximately 17 percent of the country’s manufacturing GDP,” Hanekom explains.Ripple effects felt by other industries
Plastics are ubiquitous in our lives and can be found in almost every aspect. As a result, plastic manufacturing and use serve as the foundation for other products. When the plastics industry faces such severe challenges, it quickly snowballs and affects other closely related and critical industries, such as the packaging sector, which accounts for half of total plastic polymer consumption in South Africa, followed by the building and construction sector. “Our country has a number of major packaging producers. However, the challenges extend beyond the financial bottom line of these producers, as effective packaging is important to avoid food waste, extend the shelf life and prevent spoilage or breakage of certain products. We need to start talking about “packaging security” in the same breath as food security. When plastics packaging production suffers, it leads to increased transportation costs, food waste and inflation,” Hanekom explains. With the seemingly endless challenges that South Africa and its people face, the driving force behind these challenges seems to be the notorious rolling blackouts that have plagued our country for more than a decade. From manufacturing and production, to retail and education, not a single industry is being left unscathed and unaffected. Plastics SA Executive Director, Anton Hanekom, says that the local plastics industry is no exception when it comes to experiencing the negative impact of relentless interruptions in power supply.“Our industry is especially exposed when it comes to loadshedding due to the fact that the processing and production of plastics and plastic products are done primarily through thermal processing. This means that high temperatures must be maintained throughout the manufacturing process. However, without power, these high temperatures cannot be effectively reached and maintained, nor is there enough time between scheduled power outages for the machines used to reach the required temperature for the processes to be restarted,” Hanekom explains.