The Power Project is a clean natural gas-fueled, 758-megawatt combined-cycle facility. We supplied Type K Thermocouples with head-mounted transmitters and thermowells from a range of different materials. Thermowell materials were all in accordance with ASME II regulations and consist of SA-105, SA-182 F12 Cl.2, SA-182 F22 Cl.3 and SA-182 F91.

In total over 150 thermowells were manufactured at Thermo Electric Instrumentation facility, all hydrostatic tested and delivered in 3 months, in accordance with all necessary project requirements .

The temperature elements were also manufactured at Thermo Electric Instrumentation and were delivered before the contactual agreed delivery time and again, fully according to all project specifications.

The completed project had a turn around time of approx. half a year.

Thermo Electric Instrumentation were selected to engineer and manufacture temperature sensors for the Yanbu Export Refinery Project project in cooperation with our local agent in South Korea Haedong Development.

Thermo Electric performed all vibration calculations according to ASME PT19.3 TW-2010 and advised the EPC company Daelim accordingly.

During this engineering process a member of the project team travelled to South Korea to speed up the process and clarify all out standing matters. For this project we had to manufacture more than 1200 temperature assemblies. Including thermocouples, Pt100’s, multipoint thermocouples and tube skin thermocouples. In that same period Thermo Electric had the challenge to manufacture the EPC4 project which contained more than 800 temperature assemblies.

The customer required all materials for both projects in time on site, in which we proudly succeed.

Thermo Electric  successfully delivered this project together with our local agent and former sister company Doedijns Middle East. We were selected from a number of suppliers who bided on this project to manufacture and supply Thermocouples including Thermowells for off-shore purposes.

Once again we proved our engineering capabilities by performing vibration calculations according to ASME PTC19.3 TW-2010. We also advised and collaborated with the EPC company McDermott accordingly throughout the design stages in order to ensure we met and exceeded the high standards set by Saudi Aramco.

One of the challenges on this project was the change in specifications midway through. These specifications were changed during the manufacture process, such as flange sizes, immersion lengths and painting requirements. We dealt with all change requests accordingly and the Thermocouples and Thermowells arrived on-site, on time, ready for installation.

The Power Project is a clean natural gas-fuelled, 758-megawatt combined-cycle facility. This project covered 2 types of sensors in the total project scope of supply, one of the requirements was for tubeskin thermocouples, Type K with a total length of 20 meters. Included in the tubeskin construction were two type of weldpads, made of SA105 and SA182 F91 material. The tube skin thermocouple weld pads were manufactured in accordance with ASME II regulations.

We also supplied Type K Thermocouples with head-mounted transmitters and thermowells from a range of different materials. Thermowell materials were all in accordance with ASME II regulations and consist of SA-105, SA-182 F12 Cl.2, SA-182 F22 Cl.3 and SA-182 F91.

All temperature elements were manufactured at Thermo Electric Instrumentation and were delivered before the contactual agreed delivery time in accordance with all project specifications.

The combination of our high quality industrial temperature sensors (from our own product line: Thermo Electric) supplied with the Emerson temperature transmitter.

The project was handled by the Thermo Electric Instrumentation project team. We have considerable expertise with projects of this scale.

The Acid gas treatment project was delivered exactly to our clients specifications.

All projects expectations were met, as a joint cooperation with Haedong, Daelim, Jubail and Emerson – leading to a successful final solution.