Brochure

PX G1300™ for CO2 Refrigeration

The PX G1300 utilizes proven pressure exchanger technology to improve year-round system performance by reducing energy costs, increasing cooling capacity, and increasing energy efficiency at high ambient temperatures. By boosting energy efficiency, new system designs may also reduce or eliminate some components, offsetting capital expenses.

Based on laboratory and real-life results, the PX G1300 device can increase the energy efficiency of CO2-based commercial refrigeration systems by more than 25% at 35-40°C (95- 104°F) and more than 30% above 40°C (104°F), compared to a standard CO2 system with no energy recovery devices.

It’s simple design and precision manufacturing ensure that the PX G1300 is highly reliable and can be seamlessly integrated into existing and new high-pressure CO2 systems.

Energy Recovery Solutions for Low Pressure RO Systems

Energy Recovery has spent 30 years perfecting the reliable, field-proven, and trusted PX Pressure Exchanger technology. Consuming no electrical power and engineered with only one moving part made of highly durable and corrosion-resistant ceramic, the PX Pressure Exchanger offers substantial energy savings and ease of integration resulting in reduced operational expenditures.

The LPT Turbocharger is also a cost-efficient energy recovery solution offering long-term reliability and versatility in a compact footprint, designed for low-pressure applications such as multi-stage brackish reverse osmosis water treatment.

PX Q400

Our most efficient, highest-capacity PX for seawater reverse osmosis desalination facilities.

Building upon Energy Recovery’s track record of best-in-class performance, the PX Q400 is the next evolution of our industry leading PX® Pressure Exchanger® technology. Delivering energy and cost savings, the PX Q400 offers the lowest projected life cycle cost of any energy recovery device (ERD) for seawater reverse osmosis (SWRO) desalination, thanks to high performance and lower maintenance. The PX Q400 further innovates and improves upon what came before—enhancing efficiency, capacity, reliability, and value to ensure it remains the most trusted ERD in desalination.

Water Products Catalog

energy recovery devices (ERDs), reducing the energy needs, costs, and emissions associated with reverse osmosis desalination.

Energy Recovery has spent decades perfecting devices that capture and recycle otherwise wasted pressure energy. We have a suite of energy recovery devices (ERDs) that can operate at different pressures, dramatically reducing the energy needs, costs, and emissions associated with reverse osmosis desalination.

Our industry-leading energy recovery solutions include the PX® Pressure Exchanger®, Ultra PX™, and Turbocharger. Combined with our family of pumps, our solutions are trusted around the world by plants of all sizes to meet their specific energy recovery needs.

PX Powertrain

The PX PowerTrain™ line of pre-engineered energy recovery
solutions combine Energy Recovery’s award-winning PX® Pressure
Exchanger® (PX) devices with frame support and ancillary equipment
into a compact, ready to install high-performance energy recovery
device (ERD) array package for your seawater reverse osmosis
(SWRO) train. Designed by Energy Recovery’s technical experts,
the PX PowerTrain combines optimized flow paths with our core PX
technology to streamline ERD array installation while maintaining
industry-leading quality standards.

PX Q Series

For over 20 years we’ve enhanced our PX technology to meet rapidly evolving customer needs. We’re taking the next step with an expanded PX Q Series, which delivers minimal noise levels alongside the best-in-class performance and efficiency that customers can expect from our flagship PX product line. The Q220, Q180 and Q140 models join the Q300 and Q260 to serve a broader range of plant sizes. With operational sound levels below 79 decibels, the PX Q Series improves the auditory environment while also delivering industry leading uptime and energy savings. Download the one-sheet for more details.