Heat stress affects millions of children at schools, impacts their health and learning development. The reality of climate change is that children will become increasingly vulnerable and at risk to anthropogenic heating. This can result in severe dehydration, heat exhaustion, cramps and heat stroke. As a result, the South African National Energy Development Institute (SANEDI) is taking the cool back to the school.
On Mandela Day, 18 July 2022 the South African National Energy Development Institute (SANEDI) will mark this year’s theme by honouring the call to, “reduce suffering of others by doing what one can, with what one has, regardless of one’s situation.”
SANEDI will do this by doing what it does best – promoting energy efficiency. On Madiba’s birthday thousands of people will dedicate their time to “Do what you can, with what you have, where you are,” a theme that this year’s campaign is closely aligned to climate change and food security.
Climate Change is expected to do tremendous harm but the often overlooked aspect of this challenge is the increase in health risks associated with heat exposure –particularly children who need an environment conducive for learning. An unfortunate consequence of this is a possible rise in demand for expensive cooling systems, resulting in an increase in demand for electricity. As an organisation leading research, development and capacity building in the energy space, SANEDI is delighted to spend this special day providing cooling roof paint for the Far North Secondary School in Randburg, Gauteng.
Staff and partners will spend the day at the school by painting the roofs using FSPS Cool Coating. The paint delivers higher solar reflectance and higher thermal emittance than standard designed roofing coats. “This year SANEDI celebrates its 10th Anniversary of successful research and sustainable development of energy technology. Over the last decade SANEDI has delivered on projects that improve the lives of ordinary South Africans,” said Project Officer Denise Lundall.
We have selected this cool coat paint initiative at the school for a lasting impact against heat exhaustion. A cool coating immediately reduces temperatures on the roof surface by up to 400 , keeping the frequent heat expansion and cooling contraction to a minimum– allowing the roof to last longer. In addition, the structural integrity of the roof is strengthened while temperatures can be reduced by up to 80 C although it usually achieves a steady reduction of 30 C, as the paint reflects