As the market for on-site oxygen generators grows, so does the demand for optimum performance at a competitive price. Atlas Copco’s next-generation OGP 2-225 offers best-in-class capacity and energy efficiency to customers looking to generate their own oxygen.
For industrial operations that require oxygen, self-producing the gas is as reliable and cost-efficient solution. An on-site oxygen generator gives users complete control over their oxygen supply while removing the logistical challenges of purchasing gas themselves, reducing the cost of oxygen, and eliminating gas delivery emissions. The new OGP 2-225 delivers these benefits with outstanding oxygen capacity and energy efficiency.
The OGP is available in 17 sizes, from 1.7 Nm³/h (1.0 Scfm) to 225 Nm³/h (132 Scfm) and produces oxygen of up to 93% purity on reference conditions. Thanks to its proven design for pressure swing adsorption and its high-productivity adsorbent, it delivers a stable supply of oxygen – continuous if needed – at a guaranteed purity. Its durable build ensures many years of reliable service, even in tough conditions.
Thanks to the Advanced Elektronikon® Touch controller, the OGP is easy to install, control, and monitor remotely and the HD touchscreen shows purity alerts and connectivity options. Customers can select the oxygen purity their application requires, ensuring maximum operational savings without needing to replace any components.
The precise oxygen analyser continuously measures the purity of every unit of oxygen produced. Other standard features include overflow protection and automatic standby in case of low or no oxygen demand. Additional optional quality and purity features include feed air quality control, oxygen output purity control, and an oxygen outlet flow sensor.
This next-generation OGP completes the Atlas Copco oxygen generator offer. With its solid performance and competitive price, it is the perfect complement to our premium OGP+ range. The OGP 2-225’s capacity range and performance will be a great match for customers looking to stop relying exclusively on purchased oxygen.
