Electrical Power & Protection


Energy optimisation in the textile sector

April 2024 Electrical Power & Protection

A change of fortunes for South Africa’s beleaguered textile sector depends on many factors – and leading operations and maintenance service provider to the steam and boiler sector, Associated Energy Services (AES), can make a material difference to its future success.

“AES has been active in the sector since the 1990s, and has first-hand experience of its implosion after trade liberalisation and an influx of cheap imports toppled less competitive local companies, leading to the loss of over 100 000 jobs. Now, we are well positioned to share our knowledge around energy optimisation, to make a real difference in the much-needed revitalisation of the textile sector,” says managing director, Chris Paterson.

Weaving a new textile tomorrow

According to Paterson, the company is already working with a large textile dyehouse in KwaZulu-Natal, looking at options for optimising its steam supply.

“Most of the current hope and positivity within the textile sector hinges on key market changes. Overall, according to the Industrial Development Corporation (IDC), the textile industry accounts for 14% of manufacturing employment (60 000 to 80 000 jobs) and contributes around 8% to gross domestic product.

According to the Cape Clothing and Textile Cluster (CCTC), a not-for-profit initiative established by government and industry to boost competitiveness, the sector stabilised after 2014 by implementing best practices, lean manufacturing principles, and a government-supported machinery modernisation programme.

Paterson adds that a global shift by retailers towards a Quick Response (QR) supply chain model − which hinges on stocking the most desirable products in the shortest possible time, and rapidly replenishing big sellers − also favours local suppliers over offshore producers. However, the environmental sustainability trend could prove a hurdle. Already, retailers are punting ‘greener’ fabrics that are natural, require less water, and are sourced locally to reduce the carbon footprint associated with long-distance transport.

Fabric of the industry

AES believes that, given ongoing economic uncertainties, it is still early days for South Africa’s textile industry. Companies quite literally need to cut their coats according to their cloth. As Paterson explains, a single factory has multiple energy requirements, from using thermal oil for heat setting of materials, to using steam for washing textiles before dyeing and printing. During dyeing, steam opens open up the cellulose structure to allow for comprehensive dyeing. This can even raise the rate at which the dye is absorbed, increasing throughput. Steam is also used in laundry processes to finish fabrics.

He notes that to remain competitive, particularly in comparison with Asian producers where the cost of labour and energy is less, local manufacturers must focus on their cost inputs, and energy is one of the highest. In addition to reducing fuel usage and cost per metre of fabric produced, AES also looks at how efficiently steam and thermal oil are used in the textile producing facility.

AES commercial director, Dennis Williams explains: “If there is any waste in the system, the investment in terms of people, turnaround time and changes to equipment is relatively small, but the benefits are considerable. Therefore, we advise companies to go for the low-hanging fruit of waste reduction first, to establish a proper baseline from which to make further choices. They might even find that waste improvements mean that changing to a different fuel no longer makes economic sense.”

He says a cautious approach is needed: “Regarding efficiency and sustainability, it makes sense to manufacture locally. However, to re-establish a whole supply chain requires massive capex investment, especially where textile plant assets were stripped, and machinery is very outdated.”

Opportunities for AES include advising and assisting with the starting up of mothballed textile plants – particularly around boilers − including sizing, which is critical. The company also advises new investors on the most appropriate choices for the longer term, including sourcing skilled operational staff.

Sewing up sustainability

While the main consideration for the South African textile industry remains survival, local manufacturers need to go beyond improving technology to deal with challenges like sustainability, carbon tax implications, condensate and heat recovery. These are all areas where AES is already providing input. “AES’s standard approach is to optimise what is there, generally by making an efficiency improvement. Reducing fuel consumption and emissions substantially improves sustainability,” says Williams.

He cautions that sustainability investments for the textile industry must be economically viable: “We work with textile companies to minimise waste and recover heat or water. Hopefully, those improvements will also improve competitiveness, as this is what will drive their commitment to sustainability.”

Paterson is keen to see the local textile sector flourishing, but also to become more focused on addressing its safety issues. Fires associated with the operation of thermal oil heaters have been a key challenge for textile companies in the past. AES is again,well positioned to monitor and care for these sorts of assets.

“A significant value chain can be created via the textile sector, from cotton farmers to transporters, mills to dye houses, and then cut, make and trim operations and retailers. This can create much-needed employment, with all the attendant socioeconomic benefits. AES looks forward to contributing to that,” he concludes.




Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

South African businesses can alleviate energy price crisis
Electrical Power & Protection
While grid instability remains a concern, the immediate and most critical driver of South African commercial and industrial investment in renewable energy is the escalating cost of electricity.

Read more...
Real-time modelling is the key to a resilient, bi-directional energy grid
Schneider Electric South Africa Electrical Power & Protection
Utilities and municipalities are facing a challenge as the country’s legacy power grid, engineered for one-way energy delivery from centralised suppliers to end-users, must rapidly evolve to meet a new paradigm.

Read more...
Shielding data centre growth from the looming power crunch
Schneider Electric South Africa Electrical Power & Protection
Today’s digital economy is placing unprecedented strain on the power grid. The good news is that these challenges are not insurmountable. By adopting proactive strategies such as alternative power sources, infrastructure planning and software, operators can secure capacity, build resilient facilities and scale sustainably.

Read more...
Circuit breaker innovations
Schneider Electric South Africa Electrical Power & Protection
Recent advancements in circuit breaker technology have seen a major step forward in setting new standards for efficiency and sustainability in data centres, industrial and commercial infrastructure.

Read more...
Common battery tester errors and what they mean
Comtest Electrical Power & Protection
Battery testers help quickly assess battery health, diagnose issues, and determine whether a battery needs a charge or replacement. This guide covers some of the most common battery tester errors, what they mean, and what can cause them.

Read more...
Cathodic protection design considerations that influence ESG outcomes
Omniflex Remote Monitoring Specialists Electrical Power & Protection
Major infrastructure like wharves, bridges, pipelines and tanks are at constant risk of corrosion. David Celine, managing director of cathodic protection specialist Omniflex, explains how CP system design can support ESG commitments, while simultaneously lowering costs and improving maintenance capabilities.

Read more...
Africa’s digital future – building critical power infrastructure for data centre leadership
Electrical Power & Protection
Africa’s digital economy is growing rapidly, and countries like South Africa, Nigeria and Kenya are leading the way. However, a major challenge remains. Sustainable and reliable power systems must form the backbone of Africa’s digital growth to ensure lasting success.

Read more...
Recovering condensate and waste heat
Electrical Power & Protection
According to Associated Energy Services, strong partnerships with thermal energy users optimise opportunities to benefit from condensate return. waste heat recovery and the prevention of system contamination.

Read more...
Quantum engine powered by particle entanglement
Electrical Power & Protection
In a landmark achievement that signals a new era in energy research, a team of physicists in China has carried out the first successful test of a quantum engine powered by particle entanglement. This technological breakthrough represents a fundamental shift in our approach to energy production.

Read more...
Advancing sustainability in South Africa’s fruit industry
Schneider Electric South Africa Electrical Power & Protection
Schneider Electric, together with Technoserve Medium Voltage, has implemented its advanced SF6-free MV switchgear at Two-a-Day situated in Grabouw in the Overberg district.

Read more...









While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.




© Technews Publishing (Pty) Ltd | All Rights Reserved