LoCI Controls Optimizes Methane Capture in Landfills
LoCI Controls is leading the charge in real-time monitoring and control technology that enhances methane capture at landfills. The company has reported promising results from its methane capture initiative at Loess Hills Regional Sanitary Landfill. This facility, operated by Iowa Waste Services, LLC, has achieved significant success in capturing and destroying methane emissions.
A Significant Environmental Impact
Between 2021 and 2023, the LoCI Controls project captured approximately 229,000 metric tons of carbon dioxide equivalent (CO2e). This achievement is equivalent to taking over 53,300 gasoline-powered cars off the road for one year. Such reductions highlight the landfill’s commitment to lowering greenhouse gas emissions and promoting environmental sustainability.
Encouraging Sustainable Practices
The captured CO2e not only alleviates climate change concerns but also allows for the sale of carbon credits. The credits, quantified using the ACR methodology for landfill gas destruction projects, serve as an additional revenue stream, motivating landfills to capture more methane than regulatory requirements mandate.
Real-Time Monitoring for Efficient Operations
Peter Quigley, CEO and Chairman of LoCI Controls, emphasized the importance of real-time data in enhancing landfill operations. "LoCI's real-time data and actionable insights empower landfill operators to make informed decisions, whether it's resolving daily operational challenges or planning long-term infrastructure investments," he stated. This innovation aids in driving greater efficiencies in gas capture and promotes the beneficial use of the methane collected.
Implementing Advanced Control Technologies
In 2021, the Loess Hills Regional Sanitary Landfill adopted a voluntary methane collection and destruction system. The partnership with LoCI Controls allowed for advancements in technology in 2023. Enhanced gas automation means faster, more reliable gas collection, significantly increasing the quantity and quality of methane captured.
Maximizing Safety and Efficiency with Automation
The LoCI system facilitates continuous well monitoring and control in both active and inactive landfill areas. This minimizes the risk of air intrusion and maximizes methane gas capture. The automation of gas composition stabilization further enhances operational efficiency while improving personnel safety, making it a win-win for landfill management.
About LoCI Controls
Founded in 2012 by MIT graduate students, LoCI Controls has established itself as the top provider of real-time data and control systems aimed at increasing landfill gas capture and reducing methane emissions. With over 65 U.S. landfills under its wing, LoCI combines on-site measurement with cloud-based analytics to optimize gas collection processes. Their technology is robust, holding more than 50 issued U.S. and international patents, with ongoing patents in the pipeline. The company is steadfast in delivering innovative solutions that enhance environmental sustainability.
Frequently Asked Questions
What is the main purpose of LoCI Controls' technology?
The primary goal of LoCI Controls' technology is to enhance the monitoring and control of methane capture at landfills, ultimately reducing greenhouse gas emissions.
How much methane was captured at the Loess Hills Regional Sanitary Landfill?
About 229,000 metric tons of carbon dioxide equivalent (CO2e) was captured, which is comparable to the emissions produced by over 53,300 gasoline-powered cars in a year.
What benefits do carbon credits provide to landfills?
Carbon credits offer landfills a new revenue source and financially incentivize them to capture more methane than what is required by regulations.
When was the methane collection system implemented?
The methane collection system was implemented in 2021, with significant enhancements made in 2023 through advanced technology from LoCI Controls.
How does the LoCI system improve landfill operations?
The LoCI system allows for real-time monitoring, maximizes gas capture, and enhances safety by reducing personnel exposure to hazardous conditions while managing gas composition autonomously.
