Energy & Environmental Tech

CECO Environmental, based in Louisville, is a leading provider of clean, safe, and efficient solutions for industrial companies looking to grow while protecting the environment. Their innovative technologies help businesses meet environmental regulations and reduce their carbon footprint, ensuring a sustainable future for all. Generated from their website's infomation

Protect Environmental offers professional radon testing, radon mitigation, and radon system maintenance services for residential clients in the Louisville, Kentucky and Lexington, Kentucky areas. Nationally, we provide radon testing, radon mitigation, and radon system maintenance and monitoring services for multi-family, commercial, and large buildings. For commercial clients we also provide chemical vapor intrusion assessment and mitigation or remediation services. Our Vapor Sentinel environmental remote monitoring product line provides a better solution to managing client risk and liability on radon or chemical vapor intrusion contaminated sites. Our trusted professionals deliver expert service for our clients peace of mind protection.

The Kentucky Pollution Prevention Center (KPPC) is a state-mandated technical assistance resource center based at the University of Louisville's J.B. Speed School of Engineering. With a team of experienced engineering and technical staff, KPPC provides customized services to help businesses, industries, and organizations in Kentucky improve their environmental sustainability and competitiveness. KPPC offers free core services funded through the Kentucky Hazardous Waste Management Fund, assisting clients in reducing waste, improving efficiency, and lowering operating costs. Recognized as a Center of Excellence at both state and national levels, KPPC has conducted numerous workshops, seminars, and training sessions, benefiting over 40,000 attendees. Their confidential and non-regulatory approach ensures that client information remains protected and their recommendations are non-binding.Generated from the website