Clarke Valve
Series D in 2022
Founded in 2011, Clarke Valve specializes in developing energy-saving shutter valves designed for diverse industrial and aerospace applications. Its valves offer a unique combination of features such as zero pressure drop, precise flow control, low noise, thin footprint, and long-term reliability, enabling efficient use in challenging applications across power plants, oil and gas facilities, and chemical plants.
Clarke Valve
Series B in 2018
Founded in 2011, Clarke Valve specializes in developing energy-saving shutter valves designed for diverse industrial and aerospace applications. Its valves offer a unique combination of features such as zero pressure drop, precise flow control, low noise, thin footprint, and long-term reliability, enabling efficient use in challenging applications across power plants, oil and gas facilities, and chemical plants.
Clarke Valve
Venture Round in 2017
Founded in 2011, Clarke Valve specializes in developing energy-saving shutter valves designed for diverse industrial and aerospace applications. Its valves offer a unique combination of features such as zero pressure drop, precise flow control, low noise, thin footprint, and long-term reliability, enabling efficient use in challenging applications across power plants, oil and gas facilities, and chemical plants.
Clarke Valve
Venture Round in 2016
Founded in 2011, Clarke Valve specializes in developing energy-saving shutter valves designed for diverse industrial and aerospace applications. Its valves offer a unique combination of features such as zero pressure drop, precise flow control, low noise, thin footprint, and long-term reliability, enabling efficient use in challenging applications across power plants, oil and gas facilities, and chemical plants.
Clarke Valve
Series A in 2014
Founded in 2011, Clarke Valve specializes in developing energy-saving shutter valves designed for diverse industrial and aerospace applications. Its valves offer a unique combination of features such as zero pressure drop, precise flow control, low noise, thin footprint, and long-term reliability, enabling efficient use in challenging applications across power plants, oil and gas facilities, and chemical plants.