Emisense's Revolutionary Sensor Agreement
Emisense Technologies, LLC has announced a groundbreaking agreement to commercialize its next-generation particulate matter sensors in partnership with a leading global Tier-1 automotive supplier. This collaboration merges the innovative electrostatic particulate matter (ePM) sensor technology developed by Emisense with the manufacturing expertise of a renowned name in the automotive sector.
A New Era for Particulate Matter Technology
The CEO of Emisense, Patrick Thompson, shared insights into this vital agreement, stating that it represents a significant step forward for ePM technology. After extensive evaluations over nearly two years by the USCAR consortium, ePM technology has emerged as the most promising solution for upcoming on-board diagnostic (OBD) requirements. Emisense appears optimistic about the potential to advance development and commercialization for the next wave of near-zero emissions vehicles.
Commitment to Cleaner Combustion
Thompson expressed enthusiasm for the innovations that ePM sensors can bring to the automotive industry. He emphasized the importance of ensuring that internal combustion engines adhere to the highest standards of emissions reduction, stating that as long as these engines remain relevant in mobility, innovations such as ePM sensors play a crucial role in achieving optimal performance.
Benefits of Employing ePM Sensors
ePM sensors are tailored for applications at the end of tailpipes, promoting compliance with increasingly stringent OBD regulations. The technology boasts numerous advantages, including rapid response times, enhanced sensitivity, and continuous signaling that eliminates reliance on the complex modeling necessary for existing resistive PM sensors.
Addressing Pollution Challenges
Thompson highlighted the progress made within the industry in reducing various pollutants as mandated by the Clean Air Act. Yet, he noted the concerning increase in ultrafine particulate matter (PM) emissions, stressing their detrimental effects on public health. The development of PM filters has shown promise; however, the advancement of next-generation sensors is critical for ensuring optimal filter performance throughout a vehicle's lifespan.
Exciting Advances Ahead
The Electrostatic ePM sensors, which are also identified under the trade name PMTrac, are anticipated to deliver lower compliance expenses through easier integration with OBD systems, built-in self-diagnostics, and tamper detection abilities. Initial samples are expected to be available in the near future, while mass production is set to commence later.
Expanding the Application Reach
As Emisense fosters its partnership with a major Tier-1 supplier and begins to see initial acceptance within the automotive sector, Thompson is eager to extend the reach of this technology across various segments and global markets. Potential applications for this technology span across industries, including continuous monitoring in gasoline direct-injected engines, oil and gas pipeline compressors, marine vessels, backup generators in critical facilities, transportation refrigeration units, and other non-road applications like agriculture, mining, and construction.
About Emisense Technologies
Headquartered in California, Emisense is dedicated to the advancement and application of PMTrac ePM technology. The company collaborates with esteemed institutions like the University of California, Riverside, and the Southwest Research Institute to ensure high-performance standards and durability for its sensors, reinforcing its commitment to innovation and air quality improvements.
Contact: Patrick Thompson
Phone: +1 (949) 436-0318
Email: Contact Us
Frequently Asked Questions
What is the purpose of Emisense's new sensor technology?
The new sensor technology aims to enhance particulate matter detection in vehicles, ensuring compliance with stricter OBD requirements and improving air quality.
Who is partnering with Emisense in this commercialization effort?
Emisense is collaborating with a global Tier-1 automotive supplier to combine their innovations in sensor technology with manufacturing capabilities.
What are the key benefits of the electrostatic PM sensors?
The key benefits include faster response times, superior sensitivity, and simplified integration with OBD systems.
When will the new sensors be available?
Initial samples are expected to be available soon, with mass production scheduled to begin in a few years.
How does Emisense contribute to improving air quality?
Emisense develops advanced sensor technologies that help monitor and reduce particulate matter emissions from vehicles, thereby promoting cleaner air.
