Advanced Water Treatment

Engineering

Cleaner Water

for a Smarter

Industry.

ONCA designs and deploys high-performance water treatment systems for complex industrial and environmental applications — powered by proprietary MPC™ technology.

Contaminant Removal Rate
0 %
Efficiency with Full Treatment
0 %
Industrial Sectors Served
0 +
MPC™ Technology Maximum Polarization Charge
92% Contaminant Removal in Minutes
Oil & Gas Industrial Applications
Zero Compromise Environmental Compliance
Custom Engineering Every Project
MPC™ Technology Maximum Polarization Charge
92% Contaminant Removal in Minutes
Oil & Gas Industrial Applications
Zero Compromise Environmental Compliance
Custom Engineering Every Project
What We Do

We Turn Industrial

Wastewater Into a

Recoverable Asset.

ONCA engineers advanced water treatment systems that tackle the most chemically complex wastewater challenges across industrial sectors — from oil refineries to chemical manufacturing.

Our approach integrates chemical engineering, hydrodynamic modeling, and intelligent process automation to deliver systems that don’t just treat water — they recover it.

Rapid Contaminant Removal

Up to 92% pollutant reduction within the first minutes of the MPC process cycle.

Modular System Design

Scalable configurations adaptable to any industrial footprint or flow rate requirement.

Regulatory Compliance

Systems engineered to meet strict environmental discharge and reuse standards.

Reduced Chemical Usage

Lower reagent consumption and minimized sludge output compared to conventional methods.

Custom Engineering

Every system is designed from the ground up for your specific wastewater chemistry.

Intelligent Automation

Integrated process control for real-time monitoring, optimization, and operational efficiency.

Proprietary Technology

MPC™ — Maximum

Polarization Charge

A breakthrough physicochemical treatment process that breaks down contaminants at the molecular level — faster, cleaner, and more efficiently than conventional methods.

Up to 92% contaminant removal — within minutes of treatment.

01

Chemical Reaction Stage

Core Process

MPC initiates ionization and polarization of water molecules, accelerating chemical reactions that break down and separate organic and inorganic contaminants at the molecular level.

~92%

initial removal

02

Clarification Stage

Solids Separation

Suspended solids generated during the reaction are separated through coagulation and flocculation. Treated effluent achieves visually clear output with 90–95% total contaminant reduction.

90–95%

total reduction

03

Filtration Stage

Optional Enhancement

Zeolite and activated carbon media remove fine particles, residual odors, color, and remaining organics. Boosts system performance to near-total pollutant elimination.

→99%

with filtration

04

Tertiary Treatment

Optional — High Purity

Ultrafiltration, nanofiltration, UV disinfection, ozonation, and chlorination are available for applications requiring water reuse or discharge to stringent regulatory thresholds.

99%+

reuse-grade

Rapid Reaction Time

Achieves significant pollutant reduction in the first minutes of treatment — dramatically reducing system dwell time.

Lower Chemical Consumption

Molecular-level treatment reduces dependence on conventional reagents, cutting operational costs and chemical waste.

Compact Footprint

High-efficiency process enables smaller equipment footprints — ideal for constrained industrial sites

Reduced Sludge Production

The MPC process generates significantly less sludge than conventional biological or coagulation-only systems.

Regulatory Confidence

Systems designed to meet EPA, state, and international discharge standards — with documented removal efficiency data.

Water Reuse Potential

Treated effluent can meet standards for process water reuse, cooling water, or surface discharge — maximizing resource recovery.

Proprietary Technology

Treatment Systems

Built for the Hard Problems.

ONCA designs solutions for wastewater streams that conventional systems can’t handle.

Industrial Sludge Management

Minimized sludge generation through MPC’s efficiency — paired with dewatering and handling solutions to reduce disposal costs and volume.

Sludge Reduction
Dewatering

Water Recycling & Reuse

End-to-end treatment designed to return treated water to industrial processes, reducing freshwater intake and environmental discharge.

Water Recovery
Zero Liquid Discharge

Environmental Compliance

Systems and technical support to help industrial operations meet EPA, state, and international wastewater discharge permit requirements.

EPA Standards
Monitoring

Oil & Grease Removal

Advanced separation of free and emulsified oils, hydrocarbons, and grease from industrial process water and produced water streams.

Oil & Gas
Refinery

Heavy Metal Removal

Targeted reduction of dissolved heavy metals — lead, cadmium, chromium, arsenic, mercury — from mining, metallurgical, and industrial effluents.

Mining
Chemical Mfg

Organic Contaminant Reduction

Degradation of complex organics, COD/BOD reduction, and removal of persistent industrial compounds through MPC-accelerated oxidation.

Petrochemical
Industrial
Industries We Serve

Built for the Most

Demanding Sectors.

ONCA’s systems are engineered for industries where wastewater complexity, regulatory pressure, and operational scale leave no room for compromise.

Oil & Gas

Petrochemical Refineries

Chemical Manufacturing

Mining & Metals

Municipal Water Systems

Industrial Manufacturing

How We Work

From Problem to

Operating System.

Every ONCA engagement begins with a rigorous analysis of your wastewater chemistry and operational context. We don’t configure off-the-shelf systems — we engineer the right solution for your specific challenge.

Water Analysis

Lab characterization of your wastewater streams — contaminant profiling, flow rates, regulatory requirements.

Solution Engineering

Custom process design using MPC technology and complementary treatment stages tailored to your matrix.

Pilot Testing

Bench-scale or pilot-scale validation to verify treatment performance before full deployment.

System Deployment

Full installation, commissioning, and operator training by our engineering team.

Ongoing Support

Continuous monitoring, maintenance, and optimization to ensure long-term performance compliance.

Water. Recovered.

Industrial wastewater turned into a reusable resource.

↓60%
Chemical
Consumption
↓75%
Sludge
Volume
↓40%
Energy
Use
↑99%
Reuse
Quality
Sustainability & Impact

Industrial Performance

Without Environmental

Compromise.

Reduced Freshwater Dependency

ONCA systems enable treated water reuse within industrial processes — cutting freshwater consumption and reducing operational water costs.

Treated effluent meets or exceeds regulatory thresholds — protecting waterways, communities, and ecosystems from industrial contamination.

Compact systems with reduced energy requirements and chemical consumption mean lower lifecycle environmental impact per volume treated..

Systems designed with regulatory evolution in mind — adaptable to tightening discharge standards without full system replacement.

Why ONCA

The Difference Is

in the Engineering.

ONCA is not a reseller of off-the-shelf systems. We are a specialized engineering firm with proprietary technology and the depth to solve problems others can’t.

01

Proprietary MPC™ Technology

We own our core process. MPC is not a licensed or commoditized approach — it's a proprietary treatment platform engineered for performance at the molecular level. This gives ONCA an efficiency and adaptability advantage conventional providers can't match.

02

Fully Custom System Design

Every ONCA solution is engineered for your specific wastewater chemistry, flow rate, site constraints, and regulatory obligations. We don't configure — we design. Because complex wastewater doesn't respond to generic answers.

03

Multi-Discipline Technical Depth

ONCA integrates chemical engineering, environmental science, and industrial process design in every project. This convergence enables solutions that are technically rigorous, operationally viable, and regulatory-ready from day one.

04

Scalable and Modular Architecture

Treatment systems that grow with your operations. ONCA designs modular configurations that can be expanded, reconfigured, or upgraded as flow rates, contaminant profiles, or compliance requirements change over time.

Your Wastewater Problem

Has a Solution.

Talk to an ONCA engineer. We’ll analyze your challenge and identify the most effective treatment approach for your operation.

Sustainability & Impact

A Specialized Firm

Built for Complex

Water Problems.

ONCA was founded to address a gap in the industrial water treatment market: the absence of engineering firms combining proprietary technology, deep chemical expertise, and genuine custom-design capability.

We operate at the intersection of environmental responsibility and industrial performance — designing systems that meet both technical and regulatory demands without compromise.

Technical Rigor

Chemistry-first engineering on every project

Innovation

Proprietary process technology at the core

Responsibility

Environmental compliance, not just performance

Partnership

Long-term client relationships, not single projects

“Water is not a waste problem.
It’s a resource problem — and every industrial operation deserves the engineering capability to treat it that way.”

Contaminant Removal Rate
0 %
Industries
0 +
Treatment Stages
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Sustainability & Impact

Let's Solve Your

Water Challenge.

Whether you’re facing regulatory pressure, operational inefficiency, or a wastewater stream no conventional system can handle — we want to hear about it. Our engineers will review your challenge and respond with a technical perspective within 48 hours.

Phone

+51 576 890 789

Email

info@onca.life

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