Distributed Temperature Sensing Market - Growth, Trends, COVID-19 Impact, and Forecasts (2021 - 2026)

Market Overview

The Distributed Temperature Sensing Market is expected to register a CAGR of 7% over the forecast period 2021 to 2026. The deployment of power-efficient and miniaturized sensors along with the rising R&D expenditures by firms are some of the determinants expected to add significantly to the growth of the distributed temperature sensing market. Additionally, the growth of expensive multi-lateral hydraulic fracturing, larger focus on improving oil recovery, and the sustained strength of capital expenditure on thermally enhanced oil recovery systems provide the principal markets for the uptake of distributed temperature sensing.

• The investments in the industry to upgrade current infrastructure to support IoT and automation has been the principal trends impacting the industry, globally. In 2019, multimode fibers held the most significant size of the distributed temperature sensing market. Multimode fibers have a comparatively large light carrying core. These are extensively used in DTS applications and are available in core sizes of 50µm and 62.5µm.
• DTS technology has become an essential part of the oil & gas and power cable monitoring industry. DTS systems help in constant, real-time downhole monitoring to optimize the operational and economic performance of assets. This allows reservoir engineers to understand the injection and production dynamics better and, accordingly, maximize production and improve recovery, subsequently leading to enhanced profits. For instance, in Jan 2019, Yokogawa introduced TDLS8100 probe-type tunable diode laser spectrometer for use in oil, petrochemical, iron & steel, power, and other industries.
• Supportive government policies about safety and increase in industrialization & construction activities, mainly in technologically advancing countries such as China, India, and Brazil, drive the implementation of DTS systems rapidly. For instance, in Nov 2019, AP Sensing collaborated with Energinet, a Danish Transmission Operator, for offering a monitoring solution for the Kriegers Flak transmission system. AP Sensing is monitoring a total of 300 km, utilizing nine Distributed Acoustic Sensing (DAS) units and six Distributed Temperature Sensing (DTS) units. These DTS units with a range of 30-50 km and 1-4 channels are in the application for thermal profiling and to detect thermal anomalies.
• Various countries are extensively participating in formulating strict and obligatory OSH standards and legislations to ensure operational safety. Therefore, increasing safety norms and supportive government policies globally have accelerated the growth of the distributed temperature sensing market. However, higher infrastructure updating costs to maintain security needs stands as a significant challenge for the market.
• The COVID-19 outbreak and recent nationwide lockdown across the globe have effected the manufacturing activities, especially in Asia-Pacific, where a substantial portion of the globally distributed temperature sensors and other semiconductor components are manufactured. Although, in May 2020, many of these manufacturing sites are recovering and started their operations. However, the fluctuation caused in starting four months in 2020 could result in order delays and lead time across the sensors supply chain during 2020. However, the overall market is expected to recover in the long term and expand the scope of distributed temperature sensing across many new applications.

Scope of the Report

Distributed temperature sensing is a real-time temperature measurement system that continually monitors the complete cable covering all the critical measurement points. DTS includes optical fibers and is optoelectronic equipment. The continuous sensing ability for temperature changes makes it the principal feature of DTS. DTS is explicit in determining temperature over long distances, which will encourage the adoption of DTS systems during the forecast period.

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Key Market Trends

Distributed Temperature Sensing Technology to have Major Application in Oil & Gas Production

• The oil and gas segment is anticipated to hold to the largest market share in the forthcoming years. DTS technology has become an indispensable part of the oil & gas industry. The need to know the vertical thermal profile and the real-time temperature is growing, leading to the widespread use of DTS across petrochemical plants, drilling, pipelines, floating-roof tanks/fixed-roof tanks, and others.
• DTS systems assist in continuous, real-time downhole monitoring to optimize the operational and economic performance of assets. This enables reservoir engineers to understand the injection and production dynamics better and, accordingly, maximize production and improve recovery, subsequently leading to improved profits.
• The DTS market has developed rapidly over the years, and DTS measurements are an integral part of the Oil & Gas industry. Because of its secure and reliable use even in hostile environments (HT, HP, H2S, explosion protection area), an increase in the use of DTS measurements can be expected. DTS measurements can be used in a wide range of applications, such as oil wells installation, monitoring pressure vessels, and monitoring for leaks in gas pipelines.
• The progress of unconventional resources, such as heavy oil, shale gas, and oil sands, has been growing in line with the rise in global energy demand. For instance, Yokogawa has developed the DTSX200 distributed temperature sensor (DTS) to facilitate the efficient recovery of unconventional resources by monitoring temperature distribution underground, thus improving the efficiency of natural resource production.
• An example is the application of DTS for gas lift performance monitoring in oil producers by measuring the thermal effects from the flow of lift gas through the valves into the production tubing to determine the active, inactive, and possibly leaking valves, and, also, the unloading depth.

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