Business Details
22 Years
experience
Trusted Solar Water Purification Solutions
Established in 2004, F Cubed has emerged as a global leader in renewable energy water processing solutions, specialising in solar desalination and purification technology. Our patented Carocell systems utilise direct solar distillation to produce high-quality potable water from seawater, groundwater, and contaminated sources without chemicals, filters, or greenhouse gas emissions. With over 3,000 installations across 30 countries, including remote communities in Bangladesh, Colombia, and Pacific Island Nations, we deliver scalable, low-maintenance solutions for rural and industrial applications.Our technology achieves 65% efficiency through proprietary materials and geometric design, offering zero liquid discharge capabilities to extract valuable minerals like lithium and salt. Backed by partnerships with Engineers Without Borders and featured in award-winning sustainable architecture projects, our team combines decades of experience in green technology development. We maintain offices in Melbourne, Australia, and collaborate with global partners to address water scarcity through innovative solar-powered systems that operate off-grid with no ongoing energy costs.
Services
Solar Water Purification
Desalination Systems
Zero Liquid Discharge
Portable Solar Stills
Global Installations
Details
- Year established: 2004
Highlights and features
- We offer patented solar distillation technology with 65% efficiency
- Our systems operate off-grid with no ongoing energy costs
- We provide zero liquid discharge solutions for water recycling
- Our team has 20+ years experience in solar water technology development
- We maintain installations in 30+ countries across diverse climates
Services
Carocell Solar Water Purification
Our Carocell technology uses solar energy to purify water through evaporation and condensation. This chemical-free process converts seawater, groundwater, and contaminated sources into potable water with 65% efficiency. The modular system operates off-grid, requiring no filters, membranes, or ongoing power beyond sunlight, making it ideal for remote communities and industrial applications.
Zero Liquid Discharge Systems
Our ZLD technology recycles waste brine into drinking water and valuable minerals. By progressively concentrating salts through multiple panel passes, we extract sodium chloride and magnesium chloride from seawater. This closed-loop system eliminates liquid waste discharge while producing marketable byproducts, particularly beneficial for mining and chemical industries requiring sustainable water management solutions.
Portable Solar Stills
The Carocell 1000 and 3000 models provide compact water purification solutions. These portable units produce 5-20 litres daily using solar energy, suitable for domestic use, disaster relief, and remote medical facilities. Their lightweight design enables easy transportation and installation without infrastructure requirements, delivering clean water in areas lacking grid connectivity or mechanical resources.
Industrial Desalination Plants
Our Carocell Water Farms scale to produce millions of litres daily through modular panel arrays. These systems utilise solar radiation to desalinate seawater for municipal water supply and agricultural irrigation. The technology's efficiency reduces operational costs by 50% compared to conventional methods, offering sustainable solutions for coastal communities and industries requiring consistent water supply without environmental impact.
Lithium Extraction Systems
Carocell panels extract valuable minerals during water purification. By adjusting panel configurations, we recover lithium from brine sources while producing potable water. This dual-purpose application benefits mining operations seeking sustainable extraction methods, reducing environmental impact through solar-powered processing that requires no chemical reagents or external energy inputs.
People
Chris Bryce
Chief Executive Officer
Former CEO of The Reject Shop and PricewaterhouseCoopers veteran with 10+ years in Melbourne, Los Angeles, and Hong Kong. Specialises in business growth and early-stage development, leading F Cubed's global expansion since 2015.
Peter Johnstone
Founder
Innovative inventor and founder of F Cubed, previously established Integrated Packaging. Developed patented agricultural films and solar distillation technology. Led company growth until his passing in 2016, leaving a legacy in sustainable water solutions.
Questions
How does Carocell solar desalination work?
Carocell uses solar energy to evaporate contaminated water inside sealed panels. The vapour condenses on interior surfaces, collecting as pure water while leaving salts and pollutants behind. This process requires no chemicals or filters.
What water sources can Carocell treat?
Our systems process seawater, groundwater, surface water, and contaminated sources. The technology removes salts, heavy metals, and pollutants to produce potable water meeting WHO standards for human consumption and industrial use.
Are Carocell systems suitable for remote areas?
Yes, our off-grid systems operate solely on solar energy. With no requirement for electricity or infrastructure, they're ideal for rural communities, disaster zones, and locations lacking mechanical maintenance resources.
What maintenance do Carocell panels require?
The systems need minimal maintenance due to their simple design. Periodic cleaning of panel surfaces and checking water flow paths ensures optimal performance, with components designed for durability in harsh environments.
Can Carocell systems extract minerals?
Yes, our zero liquid discharge technology concentrates salts during purification. This allows recovery of sodium chloride, magnesium chloride, and other valuable minerals from brine sources during the desalination process.
What environmental benefits do Carocell systems offer?
Our technology produces no greenhouse gases, uses no chemicals, and requires no ongoing power. The systems reduce water waste through zero liquid discharge capabilities while providing sustainable solutions for water-scarce regions.
