Rethink the Sustainability of Packaging

Africa has the richest solar resources of any region, yet today is home to only 5 gigawatts of solar photovoltaic (PV) capacity, less than 1% of the global total. With the right policies and financing, solar PV could become the continent’s top electricity source by capacity. While solar PV is set to expand most rapidly, all renewable technologies are needed to support energy access and development, especially an expansion of hydroelectric capacity. Over 40% of global gas discoveries in recent years were in Africa and, if used locally, this gas has the potential to complement electricity generation from renewables and support industrialisation. All such resources could help bring about a much less carbon-intensive development trajectory compared to other developing regions. Tapping Africa’s potential for energy efficiency, renewables and domestic use of natural gas is crucial to put all African countries on track for universal access to reliable electricity by 2030. To achieve this goal, over the next 12 years, the average number of people gaining access to electricity each year would need to triple from around 20 million today to over 60 million people. More decentralised and modular technologies, mainly based on renewables, are now available and they are reducing the length of time it takes to provide access to electricity and cutting the costs of doing so. According to the IEA’s latest geospatial analysis (developed in collaboration with the KTH Royal Institute of Technology), while grid expansion and densification will remain essential, mini-grids and stand-alone systems could provide power to more than half of the population who need to gain access by 2030, or almost 450 million people. A reliable electricity supply for all would require an almost fourfold increase in power sector investment, averaging around $120bn a year to 2040, half of which is needed for networks. Mobilising…

In an effort to identify plastic accumulation and leakage hotspots along the Ganges river, a recent project in three north Indian cities found that roughly 10%-25% of all the plastic waste generated was littered and was not routed into recycling or appropriate waste disposal channels. This litter, which is either generated in or accumulates in the different cities’ hotspots is a major source of plastic leaking into the riverine system in the area, especially during the rainy season. Much of the litter was multilayer plastic packaging, disposable bottles and cutlery, nylon sacks, and polythene bags.