Real-Time Landfill Monitoring Services
“We created IETLink with the intent of putting real-time and actionable data in the hands of the people responsible for maintaining landfills. Every day is a new adventure and no matter how well a landfill operator or engineer thinks they know their site; things are always happening. IETLink is an easy to understand, customizable, and comprehensive dashboard which helps landfill operators and engineers alike streamline operations, improve decision making, reduce costs, and stay ahead of compliance.”
–David Burns, MSEE
Director of IETLink Operations and Development
IETLink Engineer – R&D Lead Developer
IET Warehouse Manager

Equipment | Issues | Remote Real-time Data | Custom Alerts | Real-Time Data Available to: | Monitoring Benefits | Outcomes |
---|---|---|---|---|---|---|
Tanks
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Overflows Leaks Loss of LFG Safety hazards |
Engineer Operator Technician |
Safely manage leachate, LFG, and stormwater Forecasting and proactive tank management Optimize leachate and energy recovery |
Site safety, operational efficiency, improved energy recovery, regulatory compliance | ||
Leachate Load-Out
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Potential environmental contamination Equipment corrosion Safety hazards |
Engineer Operator Technician |
Streamline leachate removal Minimize downtime and labor costs |
Site safety, operational efficiency extended equipment life, lower costs, regulatory compliance | ||
Side Slope Risers
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Leachate levels Pump performance Flow rates Force-main pressure Safety hazards |
Engineer Operator Technician |
Ensure controlled leachate and gas collection Securely manage slope stability Anticipate maintenance issues, prevent site downtime, or significant excavation |
Site safety, operational efficiency, extended equipment life, lower costs, improved energy recovery, regulatory compliance | ||
Flares
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Gas buildup Unsafe venting Loss of LFG Safety hazards |
Engineer Operator Technician |
Continuous temperature monitoring safely manages LFG emissions and controls gas release Custom alerts avoid gas buildup and ensure safe venting Historical data and predictive analysis maximize energy recovery |
Site safety, operational efficiency, improved energy recovery, regulatory and reporting compliance | ||
Condensate Sumps
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Pump malfunctions Air pressure issues Obstruction Equipment damage Leaks Groundwater contamination Safety hazards |
Engineer Operator Technician |
Proactively manage condensate collection and maintain proper gas flow Electronic stroke count data tracks pneumatic pump activity and continuously monitors air pressure, reducing the need for field visits Remote troubleshooting gives alerts for fast issue resolution |
Site safety, operational efficiency, improved energy recovery, extended equipment life, lower costs, regulatory compliance | ||
LFG Wells
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Heat and air pressure issues Pump malfunctions Safety hazards |
Engineer Operator Technician |
Safely manage gas emissions and gas capture
Get vacuum and liquid level data for maximum efficiency and stroke count data for LFG output Ensure gas extraction systems function properly Monitor temperature and air pressure for early heat detection or pump malfunctions |
Site safety, operational efficiency, improved energy recovery, extended equipment life, regulatory compliance | ||
Ground Water Monitoring Wells
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Leaks or breaches Ground water contamination Safety hazards |
Engineer Operator Technician |
Quickly contain leachate leaks or breaches Track groundwater changes over time, perform accurate modeling of contamination pathways and develop risk mitigation strategies |
Site safety, operational efficiency, regulatory compliance, risk mitigation | ||
Slope Stability
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Unstable slope Side slope failures Waste migration Operational disruptions Safety hazards |
Engineer Operator Technician |
Safeguard slope stability and avert side slope failures Maintain structural integrity and safety of pipe, liner and collection system architecture Historical data maps slope movement over time to mitigate landslide risk and avoid environmental contamination or site downtime |
Site safety, operational efficiency, regulatory compliance, extended equipment life, lower costs,, risk mitigation | ||
Storm Water Management
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Runoff Water quality issues Site erosion Slope stability Waste migration Environmental contamination Operational disruptions Safety hazards |
Engineer Operator Technician |
Optimize storm water management, minimize runoff and protect water quality Control site erosion, protect slope stability and maintain landfill integrity Reduce waste migration, avert environmental contamination |
Site safety, operational efficiency, regulatory compliance, lower costs | ||
LFG Management
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Gas Loss Safety hazards |
Engineer Operator Technician |
Maintain LFG infrastructure and ensure operational efficiency, extend the life of critical components and optimize energy recovery
Prompt detection of critical issues, avoiding delayed detection and response Historical data optimizes operations, meets regulatory reporting and compliance |
Site safety, operational efficiency, regulatory compliance, extended equipment life, lower costs, improved energy recovery | ||
RNG Project Monitoring Components
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Gas loss Safety hazards |
Engineer Operator Technician |
Maintain LFG infrastructure and ensure operational efficiency Track RNG production over time, assess overall efficiency, identify areas for improvement Quick detection of system issues ensuring quick detection and resolution Historical data optimizes operations, meets regulatory reporting and compliance |
Site safety, operational efficiency, regulatory compliance, improved energy recovery |