company
For questions:
info@k-fluid.comEmpowered by
KFLW
Engineering Sustainable Water
& Air Solutions for Tomorrow
K-Fluid is an system solutions provider specializing in aquaculture, water treatment, temperature control, and gas purification systems. With strategic access to supply chain and growing markets, we deliver efficient, cost-effective, and sustainable solutions.


Engineering for a Greener Future
At K-Fluid, sustainability is at the core of our engineering philosophy. We design systems that minimize water and energy consumption, reduce chemical usage, and promote long-term ecological balance. From regenerative filtration technologies to low-impact aquaculture systems and ESG-driven consulting, our solutions help clients meet environmental goals without compromising performance. Together, we build smarter, cleaner, and more responsible infrastructure for tomorrow.
Industry Sectors We Serve
Aquarium & Aquaculture

Integrated Life Support & Aquaculture Systems
We specialize in turnkey Life Support System (LSS) and Recirculating Aquaculture System (RAS) solutions—from concept design to installation and operational support. Our systems are engineered for optimal water quality, energy efficiency, and long-term sustainability, serving public aquariums, aquaculture farms, and marine exhibits.
find out moreWater Parks & Olympic Pools

Advanced Water Filtration
& Treatment Solutions
Our regenerative media filtration systems offer a compact, water-saving, and energy-efficient alternative to traditional sand filters. With finer filtration levels and lower head resistance, we ensure cleaner, safer water with reduced operational costs. We also provide advanced water treatment and monitoring technologies, including UV sterilizers, ozone generators, on-site hypochlorite systems, and real-time water quality monitoring.
find out moreMarine Research Institutes

Precision-Controlled Marine Research Platforms
Our Seawater Mesocosm Systems empower researchers to simulate and study complex marine environments under controlled conditions. With programmable control over temperature, salinity, pCO₂, pH, light cycles, and more, these systems enable dynamic experimentation and continuous data logging—advancing marine science and ecological research.
find out more






