CSIR LAUNCHES INITIAL FINDINGS ON THE OPPORTUNITIES OF A CIRCULAR ECONOMY IN SOUTH AFRICA

The Council for Scientific and Industrial Research (CSIR) has launched early findings: its ‘science, technology & innovation for a circular economy’ (STI4CE) project

The report highlights findings on what a more circular economy could mean for South Africa in terms of much-needed social, economic and environmental opportunities.

Releasing an introductory note and seven short think pieces, the CSIR aims to inform public and private sector responses on where immediate circular economy opportunities are achievable within the mining, agriculture and manufacturing sectors for human settlements and mobility, and crosscutting issues – energy and water.

South Africa has a very linear, resourceextractive-based economy, with large throughputs of resources, predominantly inland extraction and manufacturing of goods; export of resources for further international beneficiation; little resource ‘investment’ in local stocks; and even smaller resource returns into the economy.

This places the country at risk in terms of resource depletion or overexploitation, with the potential to directly disrupt the South African economy. At the same time, there is growing demand by industrialised countries to have access to finite resources.

The South African government recognises the benefits that a transition to a more circular economy As outlined in the White Paper on Science, Technology and Innovation, “The circular economy is recognised as a new source of growth for South Africa, together with other gamechanging developments such as the fourth industrial revolution could provide the country. Speaking after the launch of the STI4CE Circular Economy Project on 23 November 2021, Dr Henry Roman, Director for Environmental Services and Technologies at the Department of Science and Innovation said a circular economy would create economic opportunities as new services and business models emerge, transforming the relationship between producer and consumer, and products and their users.

As outlined in the White Paper on Science, Technology and Innovation, “The circular economy is recognised as a new source of growth for South Africa, together with other gamechanging developments such as the fourth industrial revolution,” said Roman. The circular economy has largely been misinterpreted as a waste issue, often used interchangeably with waste recycling. “The circular economy is about so much more than waste management,” noted Prof. Linda

Godfrey, principal scientist at the CSIR, and manager of the STI4CE Project. “The circular economy is about sustainable resource management. It is about managing South Africa’s future development risks by understanding the availability of resources and keeping these resources circulating productively within the economy,” says Godfrey.

The circular economy has gathered international support, with countries recognising the importance of understanding national resource availability, scarcity and consumption. “Access to resources is the foundation of every economy,” she says. But what does the circular economy mean for a relatively resource-rich country The circular economy is about sustainable resource management. It is about managing South Africa’s future development risks by understanding the availability of resources and keeping these resources circulating productively within the economy such as South Africa, and do the circular economy ideals of the global north have relevance in a developing country? With its multisectoral expertise, the CSIR is well positioned to answer these questions through science, technology and innovation. “It is important for us to understand what the circular economy means for South Africa, and where our unique opportunities lie,” says Godfrey.

“It is also clear from our initial studies that the circular economy is not new to South Africa. There are a lot of activities already underway aligned with the principles of the circular economy. However, we have not yet achieved the scale required for meaningful impact,” continues Godfrey. “We must find ways to encourage and incentivise circular interventions to create a space for the demonstration and piloting of ideas, in order to fast-track their uptake in South Africa,” concludes Roman.

CSIR LAUNCHES ROADMAP TO ADDRESS CHALLENGES THAT HINDER SMART SETTLEMENTS IN SOUTH AFRICA

A ROADMAP TO UPSCALE TRANSFORMATIVE INNOVATION IN SOUTH AFRICAN HOMES AND COMMUNITIES HAS BEEN LAUNCHED

The Council for Scientific and Industrial Research (CSIR) partnered with the Department of Science and Innovation (DSI), Department of Human Settlements, Water and Sanitation (DHSWS) to come up with a Science Transformative and Innovation for Sustainable Settlements Roadmap. The roadmap was created to clarify obstacles that stand in the way of the development of smart settlements.

The roadmap identified several major challenges, namely a general lack of innovation updating and mainstreaming in the housing sector; a lack of investment in innovation; sector conservatism; and a less modernised approach to human settlements.

The Science, Technology, and Innovation for Sustainable Human Settlements Roadmap is a strategic transformation framework that lays the groundwork for planning, coordination, and decision-making in the Department of Human Settlements, Water, and Sanitation. These efforts are aimed at transforming human settlements into smart and sustainable ones, while also reducing greenhouse gas emissions, and harnessing the opportunities of the fourth industrial revolution.

This places the country at risk in terms of resource depletion or overexploitation, with the potential to directly disrupt the South African economy. At the same time, there is growing demand by industrialised countries to have access to finite resources.

The CSIR study shows that transitioning to a more circular economy has the potential to create value across all sectors of the economy – opportunities to decouple development from resource consumption and, in so doing, improve the local and global competitiveness of the South African manufacturing sector; improve food security through regenerative agriculture; create more sustainable, liveable cities; improve economic development through efficient mobility systems; and decouple economic development from the demands placed on our energy and water systems, which are already under considerable strain in South Africa.