Whatever your site looks like, here is exactly how Apis fits into your daily operations to help you stop chasing issues and start getting more out of your gas system.

At LRI Landfill, installing smartWell devices across 75 gas wells transformed the site's landfill gas management. By utilizing automated wellheads, tuning frequency increased by 93x, from 450 manual adjustments to over 42,000 automated tunes in just three months. This allowed for more opportunities to fine-tune wells and improve methane quality and stability on-site.

Apis partnered with Waste Management and Weaver Consultants Group to conduct an EPA Tier 3 NMOC test at Buffalo Ridge Landfill in Colorado. Using our automated monitoring technologies, the team demonstrated how real-time data and remote tuning can transform regulatory testing, and help sites avoid unnecessary equipment installation. The result: precise site-specific data that saved the customer from installing a gas collection and control system.

The pressureMonitor captures pressure and vacuum readings at key landfill infrastructure locations where it is deployed, providing critical visibility into site conditions and system influence. By continuously tracking pressure trends, it helps operators detect migration risk early and validate the effectiveness of gas collection systems.

A year-long comparison at a landfill in Oklahoma confirmed that headerMonitors deliver highly accurate and consistent gas measurements. When compared to site gas chromatograph data, methane readings differed by just 0.36%, with minimal variation in CO₂ and O₂. With automated calibrations about every three days and very little sensor drift, the headerMonitor maintained stable, reliable performance over time. The results show that operators can confidently rely on headerMonitor

From January to June 2025, readings from 20 Apis smartWells deployed at a landfill in Arkansas were compared to standard handheld instrument readings to confirm device accuracy. The results showed that smartWells provide highly precise and consistent measurements of methane, carbon dioxide, oxygen, flow, pressure, and temperature. With automated calibrations averaging every 1.12 days and advanced outlier detection, the devices demonstrated minimal sensor drift and stable long