PX® Pressure Exchanger® (PX) energy recovery devices (ERDs) manufactured by Energy Recovery, Inc. are designed and built for long-term reliability and safe performance.

Reliability & Design Life of PX Pressure Exchanger

Energy Recovery is the market leader for energy-saving technology in the seawater reverse osmosis (SWRO) desalination industry. The company’s flagship technology is the PX® Pressure Exchanger®, an isobaric energy recovery device (ERD) that reduces energy consumption by up to 60% in desalination applications.

PX Q400: Highly Efficient Energy Recovery Device

Agrícola Don Ricardo selected ReliX Water, a leading water treatment system provider for the agricultural sector, to design a modern, high-recovery BWRO treatment plant that met sustainability standards while producing high-quality water. Focused on energy-saving technology, ReliX Water chose Energy Recovery’s low-pressure PX® Pressure Exchanger® (LP PX) to reduce the energy consumption and associated emissions of the BWRO system, integrating one PX L140 in the double-stage design.

Low-Pressure PX for Sustainable Agriculture

Plant designers chose to integrate Energy Recovery’s turbocharger to lower the system’s energy consumption and optimize flux across the first and second stages. The brewery collaborated with a leading membrane supplier and Energy Recovery, Inc. to design its reuse system. This innovative wastewater treatment plant was optimized using computational fluid dynamics, utilizing highly selective membranes and Energy Recovery’s efficient turbocharger – a cost-effective solution.

Mexico Brewery Case Study

Resorts and hotels by the Red Sea in Egypt depend on seawater desalination to provide a reliable and energy-efficient source of clean, potable water. The EPC contractor decided to utilize a proven solution they already had on hand, Energy Recovery’s PX Q300, to ensure seamless integration and plant uptime.

Hilton Plaza Case Study

In 2021, the joint venture comprised of the companies GS Inima Environment SAU and Constructora Claro Vicuña Valenzuela led the construction of one of the largest desalination plants in the region. Its large capacity required energy optimization to reduce operational costs. GS Inima partnered with Energy Recovery to install its proven and  reliable pressure exchangers, one of the solutions to lower operational energy costs and increase efficiency.

ATACAMA Case Study

Ranitec CETP was able to save energy and costs needed for reverse osmosis systems by partnering with Energy Recovery. The plant chose to incorporate a full suite of product solutions, including the turbocharger, PX® Pressure  Exchanger® energy recovery device (ERD), Aquabold high-pressure pump, and circulation pumps.

Ranitec Tannery Case Study

As one of the biggest seawater reverse osmosis (SWRO) desalination facilities in the world, ACWA Power Rabigh 3 IWP was designed to address the growing demand for water while also keeping energy consumption low.

Energy Recovery’s PX devices were a key component in achieving the stated goal and, on an annual basis, will save ACWA Power Rabigh 3 IWP approximately 500 GWh each year.

ACWA CASE STUDY

Sinochem International and an innovative enterprise focusing on membrane product
solutions for the water treatment industry, to design a treatment facility, using a combination of technologies to pretreat the waste stream. By employing two reverse osmosis (RO) stages and an ultra high-pressure reverse osmosis (UHPRO) stage, Sinochem reduced the process flow rate by 90%, before using a thermal process on the remaining flow to reach zero liquid discharge (ZLD).

ENERGY RECOVERY Sinochem Case Study

Energy Recovery (Nasdaq: ERII) is a trusted global leader in energy efficiency technology for the water treatment industry. Building on our pressure exchanger technology platform, we design and manufacture reliable, high-performance solutions that generate cost savings, increase energy efficiency, and reduce carbon emissions across several industries.

Energy Recovery, Inc.

Energy Recovery has been the trusted gold standard in energy recovery solutions for the seawater reverse osmosis desalination industry for over a decade, thanks to the groundbreaking PX® Pressure Exchanger® technology. According to their award submission, Energy Recovery has deployed more than 35,000 pressure exchangers across seven continents, helping serve clean water to more than 70 million people per day.

The PX reduces energy consumption in SWRO desalination facilities by up to 60%, translating into an estimated $6.3 billion savings in energy costs each year for our customers.

The PX Q400 is a notable innovation for Energy Recovery in recent years. It is the company’s highest performing and highest-capacity PX available for seawater reverse osmosis (SWRO) desalination and industrial wastewater facilities, with a peak efficiency of up to 98%.

At this year’s IDRA World Congress, in addition to exhibiting, Energy Recovery also led important industry discussions, including a curated panel titled “Innovative Pathways: Navigating the Energy-Sustainability Nexus in Desalination”.

One of the recently awarded contracts will include PX installations on a floating desalination barge in the Arabian Gulf, which will produce fresh water offshore before pumping it back to the mainland. Offshore desalination facilities eliminate the need for swaths of coastal land, which is often limited and expensive, making it a viable option for densely populated coastal regions. The contracts in the United Arab Emirates will incorporate both the PX Q400 and PX Q300 models, which offer operational sound levels at just 79 decibels. This will also create safer and better workplace environments for these SWRO plants.

“Energy Recovery has been the trusted gold standard in energy recovery solutions for the seawater reverse osmosis desalination industry for well over a decade,” said Rodney Clemente, Energy Recovery Senior Vice President of Water. “Our first large-scale reference in the region was contracted in 2008 and we have since grown our contracted capacity to approximately 5 million cubic meters per day underscoring our market leadership position in the United Arab Emirates. As the global leader, we continue to innovate for, and partner with, our customers to deliver best-in-class products that can be used to serve a variety of industries and plant sizes around the globe. We are truly proud to be able to partner alongside industry leaders in driving sustainable solutions that help meet growing global freshwater challenges head-on.”

Energy Recovery’s PX can reduce energy use by up to 60% in SWRO desalination facilities and provides the lowest lifecycle cost of any energy recovery device available on the market – significant savings that make SWRO desalination an attractive option to governments seeking to drought-proof their water infrastructure. The announced contracts in the United Arab Emirates are projected to save over 416 gigawatt hours per year of energy, which avoids 201,265 tons per year of harmful CO2 emissions; the equivalent of over 36,000 homes electricity use for one year.

North Africa continues to present a strong demand for SWRO desalination. Morocco is facing a years long drought that drained the country’s reservoirs to 25% full earlier this year, and the country is currently working towards a goal to supply half of its drinking water from desalination by 2030. When completed, these projects will supply over one million cubic meters per day of potable water for municipal and agricultural use – enough water for more than 600,000 Moroccans.

“Desalination is the only drought-proof source of water, and it is vital that arid regions around the world such as North Africa secure access to freshwater by investing in a diversified portfolio of water treatment technologies including energy-efficient SWRO,” said Rodney Clemente, Energy Recovery Senior Vice President of Water. “These contracts include one of the largest desalination projects in North Africa, which will help close the gap between the existing water supply and Morocco’s growing freshwater demands. In addition to supplying drinking water, over half of the projected desalination production is earmarked towards the agricultural sector, making desalination and our PX devices a pivotal actor in creating a sustainable ecosystem.”

The PX can reduce energy consumption in desalination by as much as 60% and offers the lowest lifecycle cost of any energy recovery device on the market. When these desalination projects are completed and operating, Energy Recovery estimates that the PX will prevent more than 475,000 tons of carbon emissions from entering the atmosphere each year, the equivalent of removing more than 100,000 passenger cars from the road.

Energy Recovery (NASDAQ: ERII) announced a collection of contracts totaling nearly $17 million to supply PX® Pressure Exchanger® energy recovery devices for desalination facilities in the Gulf region. These PX devices are expected to prevent over 400,000 metric tons of carbon emissions from entering the atmosphere each year, the equivalent of removing over 85,000 passenger cars from the road each year.

These contracts include a municipal desalination facility that will produce over 500,000 cubic meters per day (132 million gallons) to a significantly water stressed region. These facilities mark a major milestone in addressing the region’s critical water scarcity challenges and reinforcing sustainable water security. By adopting competitive and efficient seawater reverse osmosis (SWRO) desalination technology, including hundreds of PX devices, these facilities will also contribute to ongoing efforts in the region to reduce the cost of water. The facilities are for both municipal and industrial applications and the orders are expected to be fulfilled by Q4 2023.

“Energy Recovery continues to be a trusted provider of energy savings solutions for the desalination industry,” said Rodney Clemente, Energy Recovery’s Senior Vice President of Water. “Our customers rely on our expertise in producing high-quality devices to support desalination projects of all sizes across many different industries. In the Gulf region alone we have more than 200 references producing well over 15 million cubic meters per day of drought-proof fresh water.”

The PX can reduce energy consumption in SWRO desalination by as much as 60% and is trusted around the world to provide reliable service in mega desalination plants. The PX provides the lowest life cycle cost of any energy recovery device available on the market, providing significant savings to plant operators and bringing down the cost of clean water.

The PX Q400 is Energy Recovery’s highest-capacity pressure exchanger, offering best-in-class performance from our trusted, leading PX® Pressure Exchanger® with up to 98% efficiency. Thanks to its high performance and lower maintenance, the PX Q400 delivers significant energy and cost savings and offers the lowest projected life cycle cost of any proven energy recovery device (ERD) for seawater reverse osmosis (SWRO) desalination and wastewater treatment.

PX Q400: The Gold Standard for High-Pressure RO

This paper explains and quantifies how the PX Q400 saves energy and operating costs in a typical desalination system compared to the high-performing industry-standard PX Q300. With improved efficiency and mixing, the PX Q400 lowers the SEC of a typical SWRO system by over 0.05 kWh/m3 or 2% compared to the same system equipped with PX Q300s. In addition, the PX Q400 has a higher unit capacity, so fewer PX devices are required for a given SWRO train capacity.

PX® Pressure Exchanger® (PX) energy recovery devices (ERDs) manufactured by Energy Recovery, Inc. are designed and built for long-term reliability and safe performance. PX devices contain no wear parts and require no routine maintenance.

High-Pressure PX.png

Our high-pressure PX products provide highly efficient energy recovery for SWRO desalination and water treatment systems. Large and small desalination projects worldwide rely on our range of PXs to achieve optimal operations and maximum energy savings. Designed with only one moving part using highly engineered alumina ceramic, the PX stands up to the harshest environments, resulting in an unmatched life cycle cost advantage.

PX® Pressure Exchanger®

Our high-pressure PX products provide unmatched energy recovery for large and SWRO desalination and water treatment systems.

Energy Recovery’s PX Pressure Exchanger Low-Pressure Series is a range of energy recovery devices uniquely designed for low-pressure reverse osmosis (LPRO) and nanofiltration (NF) systems to provide a sustainable, affordable path to save operational energy. Incorporating a low-pressure PX can reduce the specific energy consumption of systems by up to 30%.

Energy Recovery Solutions for Low-Pressure RO

Low-Pressure PX

Energy Recovery’s low-pressure PX® Pressure Exchanger® is designed for brackish water reverse osmosis (BWRO) and wastewater reuse applications, operating at low pressures of 5.5-27.6 bar (80 – 400 psi) and is ideal for use in small and large municipal and industrial plants, making the production and recycling of water financially and environmentally sustainable.

Low-Pressure PX® Pressure Exchanger®

Ideal for brackish water RO and water reuse in municipal and industrial applications, our low-pressure PX solutions offer substantial energy savings.

Energy Recovery’s PX U Series is a range of energy recovery devices uniquely designed for ultra-high pressure reverse osmosis (UHPRO) systems to provide a sustainable path to water and wastewater treatment and reuse. The PX U series offers operational cost savings when implementing minimal and zero liquid discharge (MLD/ZLD), operating across fluctuating flow and pressure levels to handle variable wastewater composition.

Ultra High-Pressure Energy Recovery Solutions

PX U Series

PX U Series for Ultra High-Pressure Reverse Osmosis

The key to lowering energy use in wastewater treatment and reuse for ultra high-pressure applications.

Energy Recovery, Inc. - Energy Recovery Technology

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News

Energy Recovery Wins “Breakthrough Innovation Award” at IDRA World Congress

Energy Recovery Awarded More Than $12 Million in Desalination Contracts in the United Arab Emirates

Energy Recovery Signs $27.5 Million in Desalination Contracts in Morocco

Energy Recovery Awarded Nearly $17 Million in Desalination Contracts in the Gulf Region

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