Water quality affects the work of farm managers, treatment operators, growers and community water teams. NICO’s Thailand focus connects nanobubble technology with the processes these teams manage, from feeding cycles and irrigation schedules to plant cleaning and seasonal inflows.
To revolutionize water management, empower agriculture, advance health and wellness, and drive the global adoption of nanobubble technology through strategic industry collaborations.
Building and leading a bold ecosystem of nanobubbles for a bluer planet.
The principles that shape
everything we build and deliver.
We continuously push the boundaries of science and engineering to develop next-generation nanobubble solutions.
We are committed to creating technologies that restore ecosystems, reduce resource consumption, and enable sustainable growth.
We believe meaningful impact is built through strong partnerships across industries, institutions, and communities.
We hold ourselves to the highest standards in performance, reliability, and execution, every system, every time.
We enable industries and communities with solutions that improve efficiency, outcomes, and long-term value.
We foster an inclusive culture that values diverse perspectives, driving stronger innovation and better outcomes.
Understand chemistry, temperature, flow and the process before choosing an equipment package.
Make the Objective ClearIdentify what should change and which measurements will demonstrate the improvement.
Design for Real OperationConsider installation, maintenance, access and operator capability alongside treatment performance.
Work with the Whole SystemIntegrate nanobubbles with the physical, biological and environmental processes that already influence the water.
Nanobubble mixers, matched pumps, and automation work together.
Air, oxygen, or ozone is selected based on the application.
Intake, pumping, gas supply, return points, and controls are coordinated.
Materials, maintenance, safety, and treatment needs guide each configuration.
Our priorities reflect the connections between aquaculture, food production, irrigation, municipal treatment and waterways. A shrimp pond needs protection through its oxygen-demand cycle. A food processor needs to understand production losses and cleaning discharges. A reuse project must meet the requirements of its intended user.
Canals add another dimension: water may move through the treatment area, bringing new loads and carrying oxygen downstream. A configuration suitable for a contained pond cannot simply be transferred to a flowing canal.
Assessment also considers heat, rain, flooding exposure, changing levels and practical access. Each project should reflect its own location and operating arrangements.
Planning a project in in Thailand? Share the application, location,
water analysis, flow or volume,
existing infrastructure and outcome you want to achieve.