Water Purification

Water & Waste Water

HYDARAVANTA's ``KV-2`` Technology: Revolutionizing Wastewater Treatment for a Sustainable Future

In the world of wastewater management, traditional purification methods used by water supply enterprises—such as primary and secondary settling tanks and aeration tanks—are costly, energy-intensive, and take up vast amounts of space. Not to mention, these methods fail to meet modern water quality standards, making water reuse impossible. This outdated system requires high operational costs and long payback periods, limiting both efficiency and sustainability.

Enter HYDARAVANTA’s ``KV-2`` Technology—a groundbreaking solution developed in collaboration with the Institute of Organic Synthesis (Urai Branch of the Russian Academy of Sciences), UNICHIM Institute, and TatNIPIneft Institute. This advanced technology leverages innovative VS-series reagents to offer a highly efficient, cost-effective, and environmentally friendly approach to wastewater treatment.

Key Benefits of ``KV-2`` Technology:
Higher Efficiency: Achieve significantly superior water purification compared to traditional systems, ensuring water quality meets or exceeds modern standards.
Cost Reduction: Lower energy consumption and reduced operating costs—perfect for both residential and commercial entities.
Space-Saving Design: Adaptable to existing infrastructure, requiring minimal investment and reducing the need for new, costly plant construction.
Secondary Water Reuse: Safely purify wastewater in just three phases in less than an hour, making it suitable for recycling and reuse for non-potable purposes.
Automation: Full process automation ensures minimal human intervention, reducing errors and enhancing system reliability.
Resilience: The system is resistant to seasonal changes and external factors, guaranteeing consistent high-quality purification year-round.
Why Choose HYDARAVANTA?
Sustainability First: Our ``KV-2`` technology not only reduces environmental impact but also maximizes water reuse, contributing to a circular economy.
State-of-the-Art Technology: With our cutting-edge, scientifically-backed solutions, we are redefining the wastewater treatment industry.
Cost-Effective: Drastically cut capital and operating costs while ensuring top-tier performance.
Innovative and Adaptable: Tailored to fit existing infrastructure with minimal upfront costs, our technology adapts seamlessly to both residential and commercial needs.
HYDARAVANTA’s ``KV-2`` technology offers a game-changing solution that not only meets today’s stringent environmental standards but exceeds them, all while saving you money and resources. Join the water purification revolution with HYDARAVANTA—where efficiency, sustainability, and innovation meet for a cleaner, greener future.

Safe and Purified Drinking Water

HYDRAVANTA offers cutting-edge water purification solutions designed to meet the needs of various industries. We provide a complete cycle—design, production, installation, and service—ensuring high-quality drinking water for cities, towns, and industrial facilities. Our innovative technologies focus on the purification and reuse of water from settling ponds, deep cleaning of industrial wastewater, and creating closed-loop systems that reduce water consumption. We help improve energy efficiency, lower water purification costs, and minimize solid waste, corrosion, and mineral deposits in industrial systems. With HYDRAVANTA, you get sustainable, cost-effective water solutions that enhance profitability and protect the environment.

House and Commercial Services

Revolutionize Your Water Purification with HYDRAVANTA's KV-1 Technology

Say goodbye to outdated methods! Traditional water purification using aluminium, iron salts, and chlorine forms harmful by-products. HYDRAVANTA’s cutting-edge KV-1 technology provides up to 99% purification, removing contaminants like heavy metals, pesticides, and petroleum products. With lower costs and no toxic by-products, our technology is more efficient, using 8-20 times less chlorine, while delivering strong disinfection across a wide pH range. It also improves water taste, deodorizes, and ensures extended disinfection for over 7 days, preventing secondary contamination. Choose HYDRAVANTA for cleaner, safer drinking water, without the need for sanitary protection zones! reuse recycle waste water in commercial uses.

Mining runoffs

Mining and metallurgical industries demand cutting-edge technology to purify quarry and mine wastewater, easing the ecological burden on the region. By partnering with Hydravanta we will creating advanced circulating water systems, these industries can meet strict water purity standards, significantly reducing wastewater discharge. This not only boosts sustainability but also helps preserve local ecosystems, making operations more efficient and environmentally responsible.HYDRAVANTA specializes in advanced water treatment solutions for mining, focusing on the removal of hazardous contaminants like selenium (Se), arsenic (As), mercury (Hg), lead (Pb), cadmium (Cd), copper (Cu), zinc (Zn), and nickel (Ni), all of which can severely impact both the environment and human health. Our cutting-edge technologies effectively treat industrial wastewater, surface water, and groundwater, utilizing innovative biological and physicochemical processes. We design passive and active treatment systems, including gravel bed reactors and fixed-film reactors, to meet stringent discharge requirements and reduce environmental impact. HYDRAVANTA also provides pilot-scale solutions for treating co-contaminants like sulfate and nitrate, ensuring high performance and sustainability. By efficiently recovering valuable metals and minimizing wastewater discharge, we help mining operations reduce pollution and promote eco-friendly practices.One of the critical challenges facing the mining & oil industries is the need for sustainable water development & management. our approach in addressing these challenging issues focuses on providing our mining & oil clients cost effective solutions, while utilitizing the technologies to maximise production & safety. our services include: 1)Groundwater, Surface Water, & Water Balance Modelling. 2)Water Management. 3)Water Sustainability Reviews & Pre Design Optimisation Studies. 4)Compliance & Permitting. 5) Mine & Oil Process Design & Water Treatment Strategies. 6) Water Quality Evaluation & Analysis. 7) Water Treatment & Innovative Solutions ( biological & physicochemical treatment). 8) In House Treatability Testing. 9)Groundwater Quality Evaluation & Assessment. 10) Water Investigation & Design. 11) Watershed Hydrology Analysis. 12) Storm-Water / Surface-Water Erosion Control, Conveyance, & Diversion Design. 13) Flood & Breach Analysis. 14) Inundation Studies & Hazard Potential Classification. 15) Tailing Delivery System Design. 16) Decent Pump-back Design. 17) Pipeline Design & Analysis. 18) Leach Irrigation Design

oil in water contamination

Oil Spill Response: Efficient, Effective, and Environmentally Conscious Solutions

When it comes to managing oil spills, emulsions—the thick, sticky mixtures of oil and water—pose unique challenges. Our approach is both cutting-edge and eco-friendly, leveraging a range of proven techniques to swiftly and effectively address spills while minimizing environmental impact.

Key Challenges of Emulsified Oil:
Natural Emulsification: As oil mixes with water, it forms a stable, thick emulsion, making removal tough. It increases viscosity, complicates physical cleanup, and can be more toxic to marine life.
Dispersants & Emulsification: While dispersants break oil into smaller droplets to promote biodegradation, emulsions can be harder to remove by traditional means, requiring specialized tools and methods.
Our Solution: A Multi-Faceted Approach
Skimming & Vacuuming: Specialized skimmers and vacuum systems efficiently collect floating oil, even in challenging conditions.
Booms: Prevents oil from spreading, protecting sensitive ecosystems while aiding cleanup.
Absorbents: Ideal for smaller spills or localized cleanups, absorbents quickly soak up oil without harming the environment.
Chemical Demulsifiers & Coagulants: Break down stubborn emulsions, making oil easier to recover without harming marine life.
Bioremediation: Harnesses nature’s power, using microorganisms to naturally degrade oil in a sustainable, low-impact way.
Innovative Cleanup Methods
Hydrocyclones: Efficiently separate oil from water using centrifugal force.
In-Situ Burning: A rapid removal method for large, thick oil patches when conditions allow.
Dispersants (when necessary): Breaks oil into smaller droplets to speed up natural degradation in controlled scenarios.
Our Commitment to the Environment
We prioritize sustainable practices in all oil spill responses, balancing immediate action with long-term environmental care. By combining advanced technology and biological solutions, we help restore ecosystems, minimize damage, and ensure a cleaner, healthier planet.

With our expertise, oil spill management becomes a seamless blend of efficiency and environmental responsibility.