The global Isokinetic Samplers market size is predicted to grow from US$ million in 2025 to US$ million in 2031; it is expected to grow at a CAGR of %from 2025 to 2031.
Isokinetic sampling techniques weredeveloped to prevent skewed particulate concentration measurements due to inertial effects of particles as they enter a sampling nozzle. Basically, the idea is to sample at the same velocity as the gas stream so that the streamlines in the vicinity of the nozzle are straight.
Isokinetic Samplers are a type of equipment that are used to collect representative samples of gas or particulate matter from a source, such as a stack, a duct, or an ambient air. Isokinetic Samplers work by adjusting the sampling flow rate to match the velocity of the gas stream at the sampling point, so that the sample is collected at the same proportion as the source. Isokinetic Samplers are composed of a probe, a filter, a metering system, a pump, and a control unit. Isokinetic Samplers can be used in various applications that require accurate and reliable measurements of gas or particulate emissions, such as environmental monitoring, industrial hygiene, process control, and research. The industry trend of Isokinetic Samplers is positive and growing, as the demand for emission testing and monitoring is increasing in various regions, especially in Europe and Asia-Pacific, due to the rising awareness of environmental protection, the stringent emission regulations, and the growing industrialization. The major drivers for the market growth are the increasing adoption of renewable energy sources, the development of smart emission monitoring systems, and the expansion of oil & gas and power generation sectors. The major challenges for the market growth are the high initial investment, the technical complexity, and the impact of COVID-19 pandemic. The market players are focusing on developing new technologies and products to overcome the challenges and meet the customer needs.