Tag: Zero Emissions
Meet Kimray’s Electric Actuator
Designed for producers who want to automate their control valves without overcomplicating their processes, Kimray's new Electric Actuator is easy to install, provides precise control, and emits zero emissions.
Transitioning to a Zero Emissions Actuation Solution for Shutdown
Since the early days of gas transmission pipeline valve automation, shutdown valve actuators have been powered using energy from the pipeline fuel gas pressure.
Advancements in Valve Technology: Toward Zero-Emission Solutions
Technology has been a catalyst for the rapid growth of civilization over the past century.
Transitioning to a Zero Emissions Actuation Solution for Shutdown
Since the early days of gas transmission pipeline valve automation, shutdown valve actuators have been powered using energy from the pipeline fuel gas pressure.
ATI Launches Zero Emissions Actuator Solution
Automation Technology, Inc. (ATI), a provider of customized and comprehensive valve automation solutions, has launched its Zero Emission Electro-Hydraulic actuator solution to eliminate the carbon footprint of pipeline operations.
Automation Technology Delivers Sustainable Actuation Solutions with Zero Emission Electro-Hydraulic Package
Automation Technology, Inc. (ATI), a leading provider of customized and comprehensive valve automation solutions, has launched its Zero Emission Electro-Hydraulic actuator solution to eliminate the carbon footprint of pipeline operations.
Converting Methane Powered Actuators to Zero-Emitting Technology
What do successful organizations, large and small, have in common? When they are confronted with required changes to their operating systems, based on new governmental regulations, they have little recourse other than to find a solution.
Zero Fugitive Emission from Methane Powered Pneumatic Actuators
Biden Executive Order 13990 directs the EPA to significantly reduce oil/gas producer’s methane emissions. The technology converts existing methane powered actuators to a zero emissions format.