Abstract: The present disclosure provides backup systems for air compressors. The systems can detect an air compressor failure and/or low instrument air pressure and activate a backup inert gas power source to maintain functionality of compressed air-powered pneumatic devices at a wellsite. The backup systems can provide a working fluid in the form of an inert gas to the compressed air-powered pneumatic devices.

Abstract: The present disclosure provides backup systems for air compressors. The systems can detect an air compressor failure and/or low instrument air pressure and activate a backup inert gas power source to maintain functionality of compressed air-powered pneumatic devices at a wellsite. The backup systems can provide a working fluid in the form of an inert gas to the compressed air-powered pneumatic devices.

Abstract: The present disclosure provides backup systems for air compressors. The systems can detect an air compressor failure and/or low instrument air pressure and activate a backup inert gas power source to maintain functionality of compressed air-powered pneumatic devices at a wellsite. The backup systems can provide a working fluid in the form of an inert gas to the compressed air-powered pneumatic devices.

Abstract: The present disclosure provides systems and methods for determining, in real-time, emissions savings. The systems and methods are configured to determine emissions savings achieved by converting natural gas-powered pneumatic control systems to compressed instrument air systems. An amount of methane and/or carbon emissions savings is determined by calculating, in real-time, the amount of compressed air used by a pneumatic system and converting the amount of compressed air into an equivalent amount of methane and/or carbon emissions that would have been emitted into the atmosphere had the pneumatic system been operated by natural gas and/or electric power.