Unicorp Resources LLP

process and the solutions we can provide

Water Treatment

Powerful & intelligent water treatment solutions,helping you maximize your water potential.

Our Technology

Advanced Nano Oxidation Technology revolutionizes the generation of hydroxyl radicals with minimal energy consumption. This highly responsive system effectively neutralizes a wide spectrum of organic, inorganic, and metal contaminants through a synergistic chemical reaction, ensuring the most comprehensive oxidation of pollutants. Our innovative formulations are composed of environmentally benign, food-grade ingredients, underlining our commitment to safety and environmental stewardship.

This technology stands at the forefront of disinfection and decontamination processes for wastewater, effluent, and air pollution, setting a new standard in efficacy and eco-friendliness. Unrivaled in its field, our proprietary technology and products are distinguished by their uniqueness, representing a breakthrough in green chemistry. They are not only effective but also completely biodegradable, emphasizing our dedication to truly green solutions.

Process of Water Treatment

What we Offer

Containerized modular Plants 20ft & 40ft

Mobile ETP/STP

Modular Baffle Open system suits roof top and open areas

Unique Solution

	Conventional Technology	ANOT^TM
Power	Requires constant aeration	Limited to filtration
Carbon footprint	Air and noise pollution	Least air/noise pollution
Capital Investment	Requires large capital	Less than a third in capital
Capacity utilization	Cannot be upgraded to handle higher capacities	Conventional plants can be upgraded with minor modification
Plant Footprint	Occupies large valuable space	Less than half the space
Odor	Generally, disperses foul odour	Minimal foul odour
Retention	12+ hours	Less than one hour
Sludge	High volume	Less than 3% in wet condition
Bio–sludge	Harmful effects on vegetation	No side effects – no residue
Treatment Guarantee	Does not assure total treatment	Reduce organics, in-organics and heavy metal contamination
Disinfection	Needs chlorination	Non-toxic, no residue, no odour.
Adaptability	Single method of treatment	Existing plants could easily be made to perform more proficiently without any modifications or investment
Maintenance	Requires constant maintenance of pumps, motors, electrical components, blowers, filtration media change, monitoring of MLSS/ AERATION	Limited number of electromechanical components (/ Moving parts), thus low maintenance.
Filtration system	Bio-fouling / clogging	No odour or clogging, doubles life of filtration media
Side effects	Sludge needs decomposition or incineration causing air pollution	No pollution or side effects
Temperature	Sensitive, due to biological survival	Works in any temperature
Reuse applications	Can only be used for landscape watering	Could be used for vehicle washing, flushing, agriculture, lake/ pond fill
Commercial returns	Less demand due to unsure quality	Could conform to discharge standards as defined by Regional Bodies

Advanced Oxidation Process

Equalization Tank & Liquid Incinerator

Oxydation
(2 sec - 6 min)

Flocculation & Coagulation

Liquid-Solid Separation

Filtration

Final Reuse or Safe Discharge

ANOT represents an eco-conscious approach to confronting pollutants found in wastewater and industrial effluents, aiming to oxidize substances that are toxic or resist degradation. This technology facilitates the breakdown of a diverse range of contaminants, including pesticides, petroleum compounds, and volatile organic compounds (VOCs), through a catalyzed reaction that generates free radicals.

Reaction Summary:

ANOT® interacts with contaminants and catalysts present in effluents to produce free radicals, leading to the transformation of harmful substances into less harmful ones, along with the creation of water (H2O), carbon dioxide (CO2), and salts.

The efficacy of this oxidation process in neutralizing pollutants is influenced by two key factors:

• The Density of Free Radicals: A higher concentration of free radicals enhances the reaction's capability to tackle pollutants.
• Pollutant Concentration: The initial amount of contaminants within the effluent determines the reaction's workload and affects the overall efficiency of the degradation process.

Design of Water Treatment