Electrical Power & Protection


Heat exchange technology for the oil and gas industry

I&C July 2024 Electrical Power & Protection

For over 60 years, Steinmüller Africa has been a leading steam and high-pressure piping expert. The company leverages its extensive experience and inhouse design and engineering expertise to provide customised industrial shell and tube heat exchangers for sub-Saharan Africa’s oil and gas industry. The industry uses industrial heat exchangers for preheating, heating, steam generation, crude oil cooling, oil refining, and heat transfer.

Steinmüller Africa offers a comprehensive range of thermal, heat, sizing and mass transfer services tailored to the oil and gas industry. Its expertise includes pressure drop analysis and vibration design, ensuring that its heat exchanger solutions meet the stringent demands of oil and gas operations. Its commitment to specialised services, optimum performance, technological advancement and sustainability make it the ideal partner for oil and gas plants.

Industrial heat exchangers play an important role in improving the operational efficiency and safety of oil and gas processing plants. Their primary function is to transfer heat from one medium to another without the fluids coming into contact with each other. This process is necessary to maintain optimal thermal conditions, improve energy efficiency, minimise operational costs, and decrease environmental impact by facilitating efficient heat transfer.

Steinmüller Africa designs and fabricates turnkey industrial shell and tube heaters at its state-of-the-art facilities in Pretoria West and Sasolburg. To deliver world-class services, the company designs, manufactures and installs industrial heat exchangers that meet the stringent design codes of the Heat Exchange Institute (HEI) and the Tubular Exchanger Manufacturers Association (TEMA). The company also meets various health and safety standards such as SANS, BS, ASE, EN and API.

Steinmüller Africa’s industrial heat exchangers are optimised to provide the smallest environmental footprint and the lowest mass for the given heat transfer duty. This is achieved through the company’s in-house developed solutions for material selection, and heat and mass transfer coefficients. These are parameters used to quantify rates of heat and mass transfer between a surface and a fluid in contact with it. Phased Array ultrasonic testing (PAUT) and radiographic testing (RT) are used to detect flaws and examine the internal structure of the equipment accurately, ensuring its integrity before it is installed.

A unique aspect of Steinmüller Africa’s production capability is its licence to conduct explosive welding for industrial heat exchangers. The company uses explosive welding and expansion for the tube to tube sheet joint. This allows for an extremely neat, clean and safe weld, eliminating the risk of a tube bursting during operations, and thereby harming personnel and equipment. The same method is applied to the headers on the header-type heaters, speeding up the joining of these components and reducing the manufacturing period.

Steinmüller Africa uses a 3D parametric model, a computer-aided design (CAD) technique that allows engineers and designers to create and edit 3D equipment models before they are built. It also allows them to explore multiple design variations, enabling the engineers to streamline the iteration process up to ten times faster. This allows them to optimise the manufacturing sequence, highlighting areas of concern for welders and boilermakers.

One of Steinmüller Africa’s advancements is procuring new tube and pipe bending machines that allow both sides of a tube to be bent at once. These machines can increase the overall length of a tube that can be bent, reducing the number of welds in the tube, and improving production efficiency. The company also uses Nelson Mandela University’s eNtsa laboratory to use friction welding for heat exchanger nipples to the headers. This method, like explosive welding, offers a clean, fast and safe weld with no defects, and has the potential to replace the current arc welding method found in the industry.

Steinmüller Africa is the only Pressure Equipment Directive (PED) certified manufacturer of heavy, large, and high-pressure equipment in South Africa. This enables the company to export its high-quality products to the European Union.

For more information contact Khalid Peer, Steinmüller Africa, +27 11 806 3000, [email protected], www.steinmuller.bilfinger.com




Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Power supply with scalability optimised
Schneider Electric South Africa Electrical Power & Protection
Schneider Electric has introduced the Easy UPS 3-Phase Modular to the South African marketplace. This robust uninterruptible power supply (UPS) is designed to protect critical loads while offering third-party verified Live Swap functionality.

Read more...
Prioritising arc flash safety
Comtest Electrical Power & Protection
Comtest has developed a range of thermal imaging and wireless testing tools from Fluke, designed to ensure safety is the top priority for engineers working in potentially dangerous arc flash zones.

Read more...
Hot Dip Galvanizers Association shines new light on renewable energy
Electrical Power & Protection
The Hot Dip Galvanizers Association of Southern Africa plays an important role in supporting the energy value chain – which spans clean, renewable and green energy – as it powers towards key sustainability targets.

Read more...
ACTOM supplies high-voltage equipment to wind farm project
ACTOM Electrical Machines Electrical Power & Protection
ACTOM High Voltage Equipment is currently in the process of manufacturing 400 kV and 132 kV high-voltage primary equipment for the Ummbila Emoyeni wind farm project in Mpumalanga.

Read more...
Energy measurement module for BL20 I/O System
Turck Banner Southern Africa Electrical Power & Protection
Turck’s BL20 energy measurement module enables precise monitoring of the energy consumption of single- or three-phase systems.

Read more...
Distributed energy resource management systems: a grid symphony
Schneider Electric South Africa Electrical Power & Protection
To listen to a symphony is one of the world’s great gifts. A conductor must ensure that instruments play beautifully as a whole and are kind to the ear and uplifting to the spirit yet shine in their individuality. The same can be said of a DERMS, which must effectively manage diverse energy sources to avoid compromising the grid’s integrity.

Read more...
Focus on energy sector infrastructure development can drive economic growth
Electrical Power & Protection
Post-election periods in South Africa often see a renewed focus on infrastructure development, with a specific emphasis on directing investments towards the energy sector. This strategic approach aims to accelerate economic growth, address energy challenges, and ultimately uplift the overall standard of living for the populace.

Read more...
Turning the continent into a global leader for green fuel
Electrical Power & Protection
Africa is at a turning point, with the potential to shift from being a supplier of raw materials to becoming a leader in advanced manufacturing, particularly in the growing green hydrogen market. For this transformation to happen, African countries must work together, combining their resources and talents to build a strong local economy.

Read more...
Epiroc showcases battery-electric drill rig at MINExpo 2024
Electrical Power & Protection
Epiroc recently showcased a demonstrator of the first ever Down-The-Hole SmartROC D65 battery-electric drill rig at the MINExpo exhibition in Las Vegas.

Read more...
Smart metering for utility management and sustainability
Electrical Power & Protection
Theodore Paraskevakos, a Greek-American inventor and businessman, developed the first smart meters in 1972 while collaborating with Boeing. Since then, smart meters have evolved significantly.

Read more...