Nano Gas Environmental provides mobile nanobubble injection units that generate sub‑375 nm oxygen‑rich bubbles to enhance oxidation, flocculation and sludge breakdown in industrial and municipal water streams. The plug‑and‑play system operates on‑site with integrated sensors and cloud analytics, reducing chemical dosing by up to 60 % and energy use by up to 40 % while lowering operating costs for oil‑field, agricultural and wastewater facilities.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial water treatment processes often rely on large, energy‑intensive equipment and high volumes of chemicals to remove sludge, algae, and contaminants. This results in elevated operational costs, significant environmental impact, and limited flexibility for deployment in remote or challenging sites. Consequently, many oil‑field, agricultural, and municipal operations face inefficiencies and regulatory pressure to reduce water usage and waste.
Solution
Nano Gas Environmental offers mobile nanobubble injection units that generate ultra‑small gas bubbles (< 375 nm) capable of remaining suspended in water for weeks. By continuously delivering oxygen‑rich nanobubbles, the system enhances oxidation, breaks down organic matter, and promotes flocculation without the need for traditional dredging or high chemical dosing. The technology operates in a wide range of temperatures and flow conditions, allowing deployment directly at field sites, treatment plants, or irrigation networks. Compared with conventional methods, the process consumes less energy, reduces chemical purchases, and lowers both capital and operating expenditures. Real‑time monitoring and remote control interfaces enable operators to adjust injection rates and track water‑quality metrics from a central dashboard. The result is cleaner water, higher resource recovery, and measurable cost savings across oil‑and‑gas production, agricultural irrigation, and municipal water management.
Target Audience
Primary customers are water‑treatment managers and engineers in oil‑field operations, large‑scale agriculture/irrigation projects, and municipal or industrial wastewater facilities seeking to lower OPEX and improve water‑quality outcomes.
Features
- Mobile, self‑contained nanobubble generation unit with on‑board power and water‑intake pump for plug‑and‑play installation
- Nanobubble production technology that creates bubbles < 375 nm, achieving weeks‑long suspension stability in aqueous media
- Oxygen‑rich nanobubble injection that provides invisible dredging, reducing sludge buildup and algae proliferation without mechanical removal
- Integrated sensor suite (dissolved oxygen, turbidity, pH) feeding data to a cloud‑based analytics platform for performance optimization
- Energy‑efficient compressor and gas‑mixing system that lowers electricity consumption by up to 40 % versus conventional aeration
- Chemical‑reduction capability that cuts dosing rates of oxidants and coagulants by up to 60 % through enhanced oxidation and flocculation
- Robust design tolerant to high‑solids, high‑temperature, and corrosive environments, eliminating risk of clogging or equipment failure
- API‑enabled reporting dashboard compatible with SCADA and existing plant control systems for seamless integration