GUANYA WATER SOLUTION
Practical guides, project insights and technical articles on containerized desalination, mining water treatment and wastewater reuse.
A practical guide to repair, retrofit or replace aging SWRO plants, with performance optimization steps and lifecycle cost logic.
Learn how solar diesel hybrid power can support mobile and containerized RO systems at remote high-altitude mines in northern Chile.
Compare containerized and conventional seawater RO systems for islands. Review corrosion, transport, installation, maintenance, retrofit and lifecycle cost.
Three independent SWRO units with a combined rated capacity of 3 m³/h in one customized 20-foot container Guanya has shipped a containerized seawater desalination system for a luxury island resort in Fiji. The project combines three independent seawater reverse osmosis (SWRO) units, each rated at 1 m³/h, inside one customized 20-foot container equipped with insulation…
For this mine water treatment project above 4,000 meters, the engineering team developed a compact containerized reverse osmosis system for a remote site with difficult transport, limited field construction resources and demanding environmental conditions. The solution combined altitude-corrected equipment selection, direct aluminum flooring, insulated and temperature-controlled construction, corrosion-resistant wetted materials, automated dosing and practical external…
Luxury island resorts need a reliable freshwater supply without disturbing the quiet guest environment. However, a containerized seawater reverse osmosis system contains high-pressure pumps, motors, valves, cooling equipment and vibrating steel panels. In a tropical island environment, the same container is also exposed to strong solar radiation, high humidity, salt-laden air and elevated ambient temperatures.…
In desert oilfields, remote mining camps, tropical islands, and off-grid industrial sites, water treatment is not merely a process engineering challenge—it is an environmental engineering problem. Guanya Environmental designs and manufactures containerized reverse osmosis (RO) and desalination systems specifically engineered for extreme climates, with verified performance at ambient temperatures reaching 52°C. Our systems integrate industrial-grade…
Project Location：Fiji Islands, South Pacific Equipment：3 Sets of 20ft Containerized Seawater Desalination Systems + 1 Custom Container + 50 Spare SWRO Membranes Total Capacity：3 m³/h (1 m³/h per unit) Product Water TDS：< 500 mg/L Delivery Lead Time：35 Days The Challenge：Freshwater Bottleneck in a Tropical Paradise Fiji — turquoise lagoons, white-sand beaches, and world-class luxury resorts.…
Why Titanium Is the Ideal Material for High-End Yacht and Ship Watermaker Applications Marine seawater desalination equipment operates in one of the most challenging environments on earth. Continuous exposure to seawater, salt spray, humidity and marine microorganisms creates significant challenges for equipment materials. For yachts, commercial vessels and offshore platforms, material selection directly affects: Equipment…
Rivers are one of the most important freshwater sources for many regions around the world. Industries, communities and remote areas often rely on river water as a primary water source for daily consumption, manufacturing processes and public water supply. However, natural river water quality can change significantly due to seasonal rainfall, upstream activities, agricultural runoff…
NF vs RO Selection Guide for Sulfate Removal, Hardness Control and Mine Water Reuse Mining water treatment projects often face complex water conditions, including high TDS, high sulfate, high hardness, scaling risks and dissolved metals. Although reverse osmosis (RO) is widely used for desalination, it is not always the most suitable technology for every mining…
Arsenic contamination is one of the most challenging water treatment issues in mining areas, especially in regions with high mineral activity such as lithium triangle areas, copper mines, gold mines, and remote high-altitude mining sites. Groundwater and mine water may contain elevated levels of arsenic (As), which can affect drinking water safety, mining operations, and…