SHERIDAN, WYOMING - April 14, 2026 - Cyber Enviro-Tech, Inc. (CETI), a hazardous waste remediation company, is positioning its integrated technology platform across five industrial sectors where contaminated water and soil represent both regulatory liability and operational risk: oil and gas, mining, agriculture, industrial wastewater, and rural municipal water supply. The company's approach combines proprietary cyber control systems, real-time remote monitoring, machine learning algorithms, digital automation, and artificial intelligence into a modular remediation architecture designed to handle chemical, bacterial, and metal contaminants. Its named product portfolio includes the Bio-OXYCHLOR™ oxidation technology and NEUTREX, an FDA/EPA-approved formula targeting food-chain pathogens. The platform is engineered to operate continuously with low energy consumption, minimal chemical inputs, and reduced maintenance overhead.
Business Impact
CETI's commercial proposition centers on converting hazardous waste streams from balance-sheet liabilities into recoverable assets. In the oil and gas segment, the platform addresses refinery slop, sludge ponds, storage tank residue, and production wastewater - materials that typically require costly third-party disposal contracts or regulatory remediation programmes. For mining and agriculture operators, the system targets toxic nitrates, phosphates, pesticides, arsenic, and cyanide, claiming destruction times measured in minutes, which would materially reduce compliance exposure and remediation cycle length. The modular, divided-task design enables deployment across varying site configurations without requiring bespoke engineering for each project, a factor with direct cost implications in remote or infrastructure-constrained environments where mobilisation overhead is significant.
Technology Architecture
CETI's platform is built around what the company describes as a nano-based hybrid system integrating fourth industrial revolution technologies - specifically AI, digital automation, and machine learning applied to industrial process control. The proprietary modular design separates distinct treatment tasks into sequential stages, a configuration CETI states has not previously been applied in combination within the water filtration industry. Remote monitoring and machine learning components are designed to optimise throughput in real time, minimise unplanned downtime, and sustain compliance thresholds without requiring continuous on-site personnel. The Bio-OXYCHLOR™ technology handles oxidation of hazardous chemicals and metals. The NEUTREX formula - carrying both FDA and EPA approval - is specified for food-contact applications including meat, poultry, fish, fruit, and vegetable processing, where it is stated to achieve 99.999% destruction of E. coli, salmonella, and other lethal bacteria.
Sector and Regulatory Context
The water remediation market CETI is targeting carries significant structural demand pressures. Data the company cites from the World Health Organization places 785 million people without access to basic drinking water services, with 2 billion using sources contaminated with fecal matter and 829,000 deaths per year attributed to contaminated drinking water globally. CETI states that only 3% of total global water supply is currently potable, and that the figure is declining under population growth and increasing industrial demand. Rural municipalities represent a distinct segment where ageing infrastructure intersects with agricultural and industrial runoff, creating multi-contaminant profiles that conventional single-technology treatment systems address poorly. CETI's multi-sector addressable market - spanning oil refining, hard-rock mining, food processing, and municipal water - points to a platform sales model rather than single-vertical deployment.
Operational Considerations
Operators evaluating industrial remediation vendors will note CETI's emphasis on low chemical consumption and low energy input, both of which affect total cost of ownership over multi-year remediation contracts. The company's claim of continuous, automated operation supported by machine learning optimisation addresses a common pain point in remote industrial site management, where skilled water treatment personnel are difficult to retain and response times to system anomalies carry direct cost consequences. The divided-task modular design also implies scalability: individual treatment modules can theoretically be added or reconfigured as contamination profiles shift over the life of a mining or oil field operation. Validation data, independent third-party performance assessments, and project case studies are not detailed in available source material and would be necessary considerations for procurement decisions.
Key facts:
- CETI targets oil & gas, mining, agriculture, industrial wastewater, and rural municipal water segments
- NEUTREX holds FDA and EPA approval; stated to achieve 99.999% destruction of E. coli and salmonella
- Platform integrates AI, machine learning, real-time remote monitoring, and nano-based hybrid hardware
- WHO data cited: 829,000 deaths annually from contaminated drinking water; 2 billion people using feces-contaminated sources
- Modular divided-task architecture described as a novel combination in industrial water filtration