The order is an important advancement in LiqTech's expansion within the North American energy sector.
Fully containerized and completely automated, the purpose-built LiqTech PureFlow units require no daily manpower, as they are monitored and controlled remotely. Their mobility and compact design make them ideal for deployment in remote areas, while their weatherized construction ensures reliable operation across a wide range of climates—from the freezing temperatures of Alaska to the scorching heat of Texas.
The units are capable of treating raw produced water to achieve a 1–3 ppm of oil in water without requiring any pretreatment. This is particularly valuable when the goal is to reuse the water directly or desalinate it for beneficial reuse. The low manpower requirements combined with LiqTech's 5-year membrane warranty ensure low OpEx costs for operators, making these units an efficient and cost-effective solution.
The LiqTech PureFlow units in this latest order will be deployed in the Northern American Region, following the success of a pilot conducted earlier this year.
Razorback Direct president & CEO Ray Juman said: "We are delighted to expand our collaboration with LiqTech. Their innovative LiqTech PureFlow technology has demonstrated tremendous value to our customers by delivering efficient, reliable, and robust solutions for complex water challenges. The results of the pilot exceeded expectations, providing clear evidence of the system's capability to meet the demanding needs of our industry. This order further solidifies our belief in LiqTech's ability to drive meaningful advancements in water management."
Fei Chen, CEO of LiqTech International, added: "This order marks a remarkable milestone for LiqTech as we continue to validate our solutions in the global energy industry. The LiqTech PureFlow units are designed to excel in some of the most demanding environments, and this order highlights the growing confidence in our ability to deliver cutting-edge solutions tailored to the unique needs of our customers."
The mobile units are expected to be delivered in first quarter of 2025.
