Water Desalination & Treatment
ARBOK describes a low-temperature desalination process intended to recover potable water and dry technical salts without a liquid-discharge stream.
Technology brief
ARBOK describes a low-temperature desalination process intended to recover potable water and dry technical salts without a liquid-discharge stream.
The challenge
Conventional seawater desalination can require substantial energy and leaves a concentrated brine stream that must be managed.
ARBOK solution
ARBOK describes a low-temperature desalination process intended to recover potable water and dry technical salts without a liquid-discharge stream.
Market and application
Potential contexts include municipal desalination, industrial water supply, remote coastal communities and integration with renewable power. Commercial performance requires project-specific validation.
Use cases
Greenfield desalination plants; modular coastal water production; industrial water supply; zero-liquid-discharge studies.
ARBOK-Desalination emerges as a beacon of innovation, heralding a transformative era in water purification.
With a pioneering low-temperature technology at its core, this groundbreaking solution redefines the standards of efficiency, sustainability, and cost-effectiveness in the desalination landscape.
Bolstered by European and American patents, ARBOK-Desalination introduces a paradigm shift by efficiently producing 100 tons of pure drinking water and around 4 tons of salt per 100 cubic meters of seawater, all without generating any waste.
This innovative technology represents a significant leap forward in resource utilization and champions environmental consciousness.
Operating with minimal electricity consumption, (Under 1 kWh/m3) devoid of consumables, and at a fraction of the cost compared to conventional methods, ARBOK-Desalination positions itself as a versatile, eco-friendly, and economically viable solution. Housed within autonomous 40-foot containers, it operates seamlessly year-round with minimal maintenance, offering a revolutionary impact on desalination practices globally.
As we delve into the intricacies of ARBOK-Desalination, we uncover a technology poised to reshape the desalination landscape, garnering global recognition, certifications, and government endorsements.
Join us on a journey through the key features, advantages, applications, and the immense potential that ARBOK-Desalination holds in addressing the world’s growing need for sustainable, high-quality freshwater solutions.
ARBOK-Desalination System Function:
The ARBOK-Desalination system efficiently transforms seawater into high-quality, potable soft water.
It employs a proprietary algorithm to optimize energy usage, minimize waste, and maximize valuable salt by-products. The process involves several critical phases, including feed water introduction, phase change initiation, water and salt separation, vapor generation and concentration, salt extraction, and output of high-quality water.
ARBOK-Desalination System Module:
The primary components of the ARBOK-Desalination solution include:
The ARBOK-Desalination Unit (comprising two chambers and internal logic). The salt extractor and salt collector. The plant functional illustration below showcases the components of the ARBOK-Desalination module.
The rectangle surrounding the Desalination Modules System represents the main components of the solution. Other components, such as the water break and clean, fresh water tanks, are subject to the project owner’s plant specifications and requirements.
Efficient Resource Utilization:
ARBOK-Desalinates the entire volume of seawater (100% water by volume), producing 100% drinkable water, dry technical salt, with zero waste minimizing environmental impact.
Energy and Cost Efficiency:
ARBOK-Desalination operates with low energy consumption (under 1 kW/h per ton), reducing operational costs and minimizing environmental impact.
Remote and Off-Grid Locations:
Industries operating in remote or off-grid locations with limited infrastructure can harness the autonomy, minimal energy requirements, no maintenance, and small footprint of ARBOK-Desalination for consistent desalination operations.
Environmentally Friendly Operation:
Operating with notably lower electricity net consumption (0.72 kW/h per ton) compared to reverse osmosis, ARBOK-Desalination is an environmentally friendly solution, generating no waste
Novel Sea Salt Production and Revenue Stream:
Beyond desalination, ARBOK includes a processing line for converting technical salt in to edible sea salt fortified with iodine, adding value and creating an additional revenue stream.
Consumable-Free Operation:
ARBOK-Desalination distinguishes itself by not relying on consumables such as filters, membranes, coagulants, cathodes, anodes, and inhibitors. This ensures a sustainable and cost-effective operation, simplifying and reducing maintenance costs.
Waste Elimination and Environmental Sustainability:
In stark contrast to standard RO processes, ARBOK-Desalination eliminates the discharge of toxic waste into the sea, addressing environmental hazards associated with brine disposal.
High-Quality Drinking Water:
ARBOK-Desalination produces high-quality, slightly salted drinking water without requiring supplementary artificial mineralization, validated by laboratory confirmation, contributing to water scarcity solutions and improving public health.
European Patent and Global Feasibility:
Holding a valuable European patent, ARBOK-Desalination fills a critical gap in brine recovery technologies globally, significantly enhancing the feasibility and sustainability of reverse osmosis desalination processes worldwide.
Compact Container Design:
ARBOK-Desalination's technology is efficiently housed within a standard 40-foot container, offering a daily brine processing daily capacity of 75 tons, and newer versions of 100 Tons and 200 ton daily unit capacity. The system's scalability is achieved effortlessly by adding unit installations.
Tested, Approved, and Integrated:
ARBOK-Desalination has undergone rigorous testing, securing approvals from the relevant authorities for practical implementation. A comprehensive laboratory report attests to the quality of the drinking water produced and the salt quality. Reports are by SGS.
Autonomous Operation and Minimal Maintenance:
ARBOK-Desalination installations, operating autonomously with minimal maintenance requirements, can be installed in remote locations near the sea without extensive infrastructure, providing consistent desalinated throughout the year.
Global Recognition and Certification:
ARBOK-Desalination has received positive conclusions from prestigious laboratories such as SGS.
ARBOK-Desalination technology can empower diverse industries, including desalination, water treatment, environmental engineering, agriculture, research and development, salt production, renewable energy, and infrastructure development. Its versatility in addressing brine recovery challenges positions it as an asset across various sectors aiming for sustainable water practices.
Here are some key sectors that can benefit from ARBOK-Desalination technology:
ARBOK-Desalination transforms seawater desalination, making it a cornerstone for businesses engaged in water desalination. Its innovative low-temperature technology and efficiency redefine industry standards.
The ARBOK-Desalination technology presents a game-changing solution for the water treatment sector by producing 100% drinkable water, generating salt as a valuable byproduct, boasting the lowest energy consumption, featuring a modular design for scalability, achieving zero-liquid discharge, and significantly reducing both capital and operating expenses.
To address these challenges, businesses that provide environmentally friendly solutions for water scarcity and desalination can incorporate ARBOK-Desalination as a cutting-edge technology.
Municipalities and government bodies benefit from ARBOK-Desalination's ability to provide a cost-effective and environmentally friendly solution for ensuring a sustainable water supply in urban and remote areas.
Agricultural industries, especially those in arid regions, can benefit from ARBOK-Desalination technology. The efficient recovery of seawater provides an additional water source for irrigation, contributing to sustainable agricultural practices and addressing water scarcity challenges.
Research institutions focused on water technology, desalination, and environmental sciences can utilize ARBOK-Desalination technology for experimentation, innovation, and further development. The technology's unique approach to desalinate water and its high recovery rates and low net energy consumption offers opportunities for academic research and advancements in water treatment methodologies.
ARBOK-Desalination's ability to produce dry salt as a byproduct presents opportunities for salt production and distribution businesses. The technology can contribute to producing iodine-enriched table sea salt, opening new avenues in the salt industry.
Companies engaged in renewable energy projects, particularly those involving desalination for sustainable water supply, can integrate renewable energy alternative sources due to lower net energy consumption by ARBOK-Desalination technology. The efficient energy consumption and water recovery rate align with sustainable and eco-friendly energy practices. The low net energy consumption permits using renewable energy alternatives to drive the ARBOK-Brine system anywhere.
Various industrial sectors requiring large-scale desalination, such as manufacturing and processing plants, can benefit from ARBOK-Desalination's cost-effective installation, high efficiency, and reduced environmental impact.
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