Soot accumulation in engines can reduce efficiency, increase emissions, and cause mechanical failures. Traditional measurement methods are often slow, inaccurate, or require invasive procedures. This invention offers a non-invasive, real-time monitoring solution that helps optimize engine performance. It enables early detection of excessive soot buildup, preventing costly repairs and environmental harm. By improving soot measurement, it contributes to cleaner and more efficient combustion systems.
This invention introduces a photoacoustic measurement system that detects soot deposition in engines. It works by irradiating soot deposits with pulsed electromagnetic radiation, causing rapid expansion that generates an acoustic pressure wave. The system then senses the pressure wave using an acoustic measurement device. By analyzing the signal and calibration data, it determines the amount of soot deposited. This method provides a precise and efficient way to monitor soot buildup in real time.
This technology can be used in automotive, aerospace, and industrial engine systems. It is valuable for vehicle manufacturers aiming to meet stricter emissions regulations. Power plants and factories can integrate it into combustion monitoring systems to enhance efficiency. It may also be useful in scientific research and environmental monitoring. Additionally, it could be adapted for predictive maintenance in fleet management.