Liquid Transportation
PEAK is described as a pulling-ejector system for transporting water, oil and petroleum products with simplified equipment.
Technology brief
PEAK is described as a pulling-ejector system for transporting water, oil and petroleum products with simplified equipment.
The challenge
Long-distance liquid transport requires dependable pumping infrastructure and substantial electrical input.
ARBOK solution
PEAK is described as a pulling-ejector system for transporting water, oil and petroleum products with simplified equipment.
Market and application
Potential users include water utilities, pipeline operators, oil and gas logistics and industrial liquid-transfer systems.
Use cases
Water pipelines; petroleum transfer; industrial circulation; ejector-system pilots.
PEAK. The Pulling Ejector ARBOK (PEAK) technology represents a ground-breaking system meticulously engineered to transport liquid products efficiently, encompassing water, oil, and petroleum products across short and extensive distances while minimizing electricity consumption.
Distinguished by its ease of manufacturing and dependable operation, PEAK stands out as a system devoid of expensive components, consumables, or emissions of atmospheric pollutants. It is an environmentally friendly solution with dimensions tailored for optimal performance compared to similar technologies.
PEAK ejectors are available in diverse power capacities, exemplified by their ability to move thousands of tons of water over distances ranging from 500 to 1000 km, with a remarkably low electricity consumption equivalent to 100-500 W per ton.
Compared to traditional pumping stations that rely on powerful pumps consuming substantial electricity, PEAK’s innovation lies in its unique power drive parameters. This enables the movement of liquid across extensive distances without generating excessive pressure. The system operates independently of the characteristics and length of the water supply system.
For long-distance water transport, considerations primarily revolve around terrain configuration, necessitating intermediate traction ejectors every 10-12 meters of elevation. The minimal energy consumption of these ejectors enhances the cost-effectiveness and reliability of the entire transportation system. Integrating alternative energy sources can reduce the unit cost of pumping one ton of water, virtually approaching zero.
This revolutionary aspect allows for the cost-effective transportation of desalinated water from coastal areas to inland regions, spanning hundreds or even thousands of kilometers.
The PEAK technology presents an innovative, sustainable, and cost-efficient solution for liquid product transportation on a global scale.
Powering the Future of Liquid Logistics:
With PEAK’s low electricity consumption and terrain-adaptive design, transporting liquids becomes cost-effective, reliable, and environmentally friendly, setting new standards in global logistics.
Unleash the Potential of Liquid Mobility:
PEAK’s versatile power capacities and integration with alternative energy sources make it the go-to solution for liquid transport challenges worldwide, paving the way for a sustainable future.
Revolutionize Liquid Transportation:
PEAK’s eco-friendly design and efficient operation redefine how water, oil, and petroleum products are moved, offering sustainability and reliability in every drop.
The PEAK technology revolutionizes liquid product transportation with its efficiency, environmental friendliness, and cost-effectiveness, making it a versatile solution for various industries worldwide.
PEAK technology revolutionizes water transportation, enabling cost-effective movement of desalinated water from coastal areas to inland regions over extensive distances.
PEAK’s efficient liquid transportation capabilities extend to the oil and petroleum industry, providing a reliable and energy-efficient solution for moving liquid products.
Industries requiring the transportation of various liquid products, such as chemicals and industrial fluids, benefit from PEAK’s versatility, efficiency, and cost-effectiveness.
PEAK technology offers a reliable solution for transporting liquids in mining and resource extraction operations, contributing to efficient logistics and reduced operational costs.
In the agricultural sector, PEAK provides an eco-friendly solution for transporting water over long distances, supporting irrigation in remote or water-scarce regions.
PEAK’s low electricity consumption and reliable operation make it suitable for industries involved in energy and power generation, where liquid transportation is a crucial aspect of operations.
Industries engaged in environmental cleanup, particularly those dealing with the transportation and management of liquid waste, can benefit from PEAK technology’s efficiency and sustainability.
PEAK contributes to infrastructure development by offering a reliable and cost-effective solution for liquid transportation, reducing the overall expenses associated with traditional pumping systems.
PEAK’s mobility and adaptability make it a valuable asset in emergency response scenarios, facilitating the rapid and efficient transportation of liquids during disasters or environmental incidents.
Industries involved in maritime and offshore activities, including shipping, benefit from PEAK’s ability to transport liquids with minimal electricity consumption, contributing to more sustainable and cost-efficient operations.
Related technologies
PLATO introduces a piezoelectric-based transportation system that enables the movement of cargo without any use of fuel or traditional energy sources.
ARBOK-PIPELINE moves liquids over long distances using a low-pressure ejector system instead of high-pressure pumping.
Partnership pathway