NEWS & EVENTS

Mr. Anant Kapur, Founder & Director (Business) of NICO Nanobubble, has been recognized among The 2026 Meaningful Business 100 (MB100), a global programme championing leaders who combine profit with purpose. Selected from over 900 nominations across 30+ countries, he represents NICO’s work in using indigenous nanobubble technology for wastewater treatment, water reuse, waterbody restoration, and agriculture.

Mr. Anant Kapur, Founder & Director of NICO Nanobubble, has been recognized among SpaRetailer’s 30 Under 40 2026, a recognition celebrating emerging leaders and innovators shaping the pool, spa, and water industry. The recognition highlights Mr. Anant’s work in advancing nanobubble technology and its applications in water treatment, pools & spas, aquaculture, and other water-intensive industries.

NICO Nanobubble, is pleased to endorse the Sustainable Lifestyles, Fairness and Access to Clean Energy Technologies Declaration under the Clean Energy Ministerial (CEM). Through our nanobubble-based water technologies, we are working to advance more efficient and sustainable approaches to water and wastewater treatment, recovery and reuse across municipal, industrial, agricultural, aquaculture and environmental applications.

Recognized among global rising leaders at the WWETT Show 2026 for driving innovation and impact in the wastewater industry.

SAIC introduces NICO’s advanced nanobubble technology for aquaculture, designed to enhance dissolved oxygen levels, improve water quality, and support healthier aquatic environments. By increasing oxygen transfer efficiency and promoting sustainable farming practices, NICO is helping aquaculture operations achieve higher productivity while reducing environmental impact.

A peer-reviewed study featuring NICO demonstrates advanced ZnO-coated metal foams enabling simultaneous pharmaceutical degradation and pathogen inactivation in water systems.

NICO Nanobubble technology gains international acclaim for its innovative approach to generating ultra-tiny bubbles,thousands of times smaller than a grain of salt,through advanced engineering.

Our latest study, “Photocatalytic ozonation and Fenton-like properties of in-situ-grown zinc peroxide on g-C₃N₄” (JWPE_108663), is now live on ScienceDirect.