Temperature Measurement


Supporting sustainable steelmaking

March 2024 Temperature Measurement

AMETEK Land is helping the steel industry meet global decarbonisation challenges with a range of solutions. With the steel industry responsible for approximately 7% of global manmade CO2 emissions, finding a way to meet the ongoing demand for steel, while reducing and eventually eliminating carbon emissions, is a major challenge.

AMETEK Land offers steelmakers several temperature monitoring solutions to meet their challenges when transitioning to more sustainable methods of steelmaking. A specially designed solution, the Slag Detection System (SDS) leverages the capabilities of mid-wavelength thermal imaging to help deliver improved yields, higher quality steel, and reduced downstream processing for steelmaking operations. It is specially designed to withstand the harsh conditions of continuous operation in a steel plant, with minimal maintenance requirements.

Other solutions from LAND that play a part to help improve product quality, efficiency and reduce emissions include:

• The MWIR-640 390, a mid-wavelength thermal imager that provides reliable, robust and real-time thermal imaging measurements and imagery.

• The NIR-2K, a high-precision thermal imager capable of producing high-temperature measurements. It combines high accuracy with high-resolution measurement temperature distributions to identify hot and cold spots for process optimisation.

• The LWIR-640 longwavelength thermal imager provides high-precision temperature measurements and thermal profiles to control, document and visualise industrial processes continuously. It offers a full temperature measurement range of -20 to 1000°C.

Manfred Hayk, head of product management at AMETEK Land, said: “Process parameters are changing throughout the industry in a bid to bring down carbon emissions. We know that there is no single solution to carbon reduction in steelmaking. However, several changes to existing practices can each make a significant contribution to decarbonisation in the industry. We offer accurate, reliable, proven solutions for temperature measurements that support these changes. For example, switching to thermal imagers rather than dip thermocouples helps support decarbonisation efforts by reducing the use of consumables, and delivers more information to support process efficiency.”

For more information contact AMETEK Land, +27 12 464 1791, [email protected], www.ametek-land.com




Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Temperature measurement solution for foundry
Temperature Measurement
AMETEK Land, a world-leading manufacturer of infrared pyrometers, scanners and thermal imagers, is helping an Indian foundry to support metal quality and reduce ongoing costs.

Read more...
High-precision data loggers for wire and thermocouple probes
Senseca Temperature Measurement
Senseca, formerly the GHM Group, has launched new handheld meter/data loggers for Pt100 four-wire probes and thermocouple probes. These are redesigned with enhanced features.

Read more...
How wet steam undermines boiler efficiency
Endress+Hauser South Africa Temperature Measurement
Endress+Hauser understands the daily challenges and demands placed on energy and utility managers across the spectrum of steam generation, distribution and consumption activities. Its global team is committed to working with its partners to overcome these complexities, and particularly those that aim for a safe, economic and sustainable sitsce of steam energy production and delivery.

Read more...
Dramatically reducing greenhouse emissions
Temperature Measurement
Online teaser: There is considerable potential for reducing CO2 emissions in the mill process by optimising the heat source for drying. The most promising approach to achieving a carbon neutral process in a hot gas generator is the combustion of green hydrogen.

Read more...
Infrared camera for condition monitoring and early fire detection
Instrotech Temperature Measurement
The Optris PI 640i thermal imager is the smallest measuring VGA infrared camera, with a body-sized volume of 45 x 56 x 90 mm, and weighing only 269 to 340 g, depending on the lens. It counts among the most compact thermal imaging cameras on the market.

Read more...
Paint curing applications in the automotive industry
R&C Instrumentation Temperature Measurement
For successful paint cure, irrespective of the paint chemistry being used, there is a critical need to measure and control the temperature of the car body as it travels through the oven. Today, paint ovens are controlled in a sophisticated fashion via thermocouples located in each zone to give constant feedback on the ambient temperature.

Read more...
Universal temperature transmitter with drift detection
WIKA Instruments Temperature Measurement
The new model T38 digital temperature transmitter from WIKA enables extremely flexible and stable temperature measurement. The instrument offers a maximum of sensor connection combinations, and a new type of drift detection.

Read more...
Temperature monitoring in the metal casting process
Instrotech Temperature Measurement
During metal casting, the liquid material is poured into a mould, and after solidification becomes a solid body. Both too-high and too-low casting temperatures can lead to quality defects. The compact Optris PI 05M infrared thermal imaging camera from Instrotech can monitor the casting process.

Read more...
Pyrometer range with enhanced features
Temperature Measurement
AMETEK Land has relaunched its market-leading SPOT pyrometer range with enhanced features and benefits for a wide range of industrial applications. The new SPOT+ family offers a wide range of temperature measurement from 50 to 3500°C, and a choice of different wavelengths for applications including metals, glass, cement and lime kilns, and foundries.

Read more...
Versatile thermal imaging camera
Vepac Electronics Temperature Measurement
The PeakTech 5610 B is a versatile thermal imaging camera with a range of -20 to 400°C, and a thermal resolution of 220x160 thermal pixels, which makes temperature differences easily recognisable for every user.

Read more...