Sustainable power generation

Resource extraction, production, upgrading, associated construction, and related services are among the types of activities that our power systems support. Diesel power systems have traditionally been the choice for temporary as well as remote site electrification. By switching from a diesel generator to a natural gas or propane power system, one can immediately reduce CO2 emissions as well as reduce particulate matter emissions. Fuel spill risks, which are of great concern, can be eliminated entirely

Large projects and operations have significant prime and standby power requirements. Our generators are designed to support off-grid worksites. Clean-burning fuels are a key component to reduce emissions. Extended service intervals, which are a feature of our gaseous power systems, are another way to reduce emissions. Our gaseous power systems require a third to a sixth of the service intervals and associated Technician visits that traditional diesel generator systems require. Improved operating costs and reduced emissions

In addition to the immediate emission profile benefits realized by transitioning away from a diesel generator, our proprietary telemetry platform is an excellent tool for the monitoring of equipment-level data that supports quantifying emissions. Our proactive routine maintenance practices further reduce operating inefficiencies that are in many cases not addressed with traditional systems

Our research and development activities are continuous. We are actively exploring the use of blended hydrogen at various sites as well as the use of battery banks that can be paired with our power system packages to reduce run-time and service intervals. We are focused on sustainable innovation