– X-TWO Series
Industrial ozone generators are not just powerful machines; they are sophisticated systems designed for demanding applications. Understanding how to properly select and operate a generator like the X-TWO Series ozone generator is crucial for achieving effective results in sanitation, odor control, and water purification while ensuring safety and longevity. This guide provides a clear, step-by-step overview.
Understanding the X-TWO Series: How It Works & What Makes It Different
At its core, an ozone generator creates ozone (O₃) by passing oxygen (O₂) through a high-voltage electrical field. The principle of an ozone generator is the corona discharge method. The X-TWO Series elevates this process through superior engineering:
Built-in Oxygen Generator
Unlike air-source models, the X-TWO features an integrated oxygen concentrator. This provides a high-purity oxygen feed, resulting in higher ozone concentration, greater stability, and a 30%+ improvement in efficacy for tasks like disinfection and ammonia removal.
Quartz Ozone Tube
The heart of the system uses durable, high-purity quartz tubes for ozone generation. Quartz offers excellent dielectric properties and corrosion resistance, ensuring consistent performance and a long lifespan for the core component.
Dual Water-Cooling System
Ozone generation produces significant heat. X-TWO’s advanced dual water-cooling system continuously dissipates this heat from critical components. This prevents overheating, maintains optimal operating temperature for maximum ozone yield, and significantly extends the equipment’s service life, especially under continuous high-load operation.
Integrated, Ready-to-Run Design
The X-TWO system is a turn-key solution. It comes fully integrated with an air compressor, refrigeration dryer, and oxygen system. This reduces installation complexity by approximately 50% and lowers overall operational costs, as no additional peripheral equipment is needed.
Choosing the Right X-TWO Model: Matching Specifications to Your Needs
Selecting the correct model depends on your specific application and space. Key specifications to consider:
Ozone Output (g/h)
This is the primary capacity indicator. Models range from smaller units for food processing lines or mid-sized water treatment to large-capacity systems for industrial wastewater or vast livestock barns.
Ozone concentration(mg/L)
To achieve optimal results across diverse applications, it is essential to match ozone concentration to the specific treatment scenario. For example, a concentration of 120mg/L is commonly suitable for general water treatment. To ensure your system is precisely configured, we recommend discussing your intended use and target ozone concentration with our team during the equipment selection phase. This allows us to customize the final delivered equipment to meet your exact operational requirements.
Power Requirements
Verify your facility’s electrical supply matches the unit’s voltage and amperage needs.
Application Scenarios
Low to Medium Output: Ideal for pharmaceutical/cosmetic workshop air sterilization, cold storage preservation, swimming pool water treatment, and purified water systems.
Medium to High Output: Best suited for food factory disinfection, aquaculture water quality management, sewage pre-treatment, and garbage room deodorization.
High Output: Essential for large-scale livestock/pig farm ammonia and odor removal and advanced industrial wastewater treatment.
Consult with a X-TWO technical expert to analyze your space volume, pollutant load, and desired treatment cycle time to determine the perfect model.
How to Use Your X-TWO Industrial Ozone Generator
A Step-by-Step Operational Guide
Phase 1: Pre-Operation Setup & Safety Check
Site Preparation: Place the unit on a solid, level floor. Engage wheel locks. Ensure at least 4 inches of clearance on all sides for ventilation. The environment should be dry and within 0-35°C (32-95°F).
Cooling Water Connection: This is critical. Connect the inlet and outlet hoses to a clean water source (e.g., tap water). Install a flow meter. Water flow must meet the minimum requirement (check your manual, often 10 L/min) to activate the system and prevent automatic shutdown.
Ozone Delivery: Connect the ozone gas output port (using chemical-resistant tubing like Teflon) to your application point (e.g., injection line for water, diffusion system for a room).
Backflow Prevention (CRITICAL for Water Treatment): If injecting ozone directly into water, you MUST install a backflow prevention device on the outlet line. Water siphoning back into the dry quartz tube will cause immediate and catastrophic failure, which is not covered under warranty.
Power Connection: Plug the unit into a dedicated, grounded power outlet that matches the nameplate specifications (e.g., 220V/50Hz). Do not use extension cords.
Phase 2: Starting the System
Power On: Switch on the main disconnect. The Intelligent Control Panel will light up.
Initiate Cooling: Start the cooling water flow. Verify proper flow via the meter.
Start Sequence: Press the GREEN START button. The system will begin its sequence: the oxygen generator and cooling systems activate. Note: There is often a several-minute delay before ozone production begins, allowing the system to stabilize. The “Running” indicator will illuminate when ozone is being generated.
Phase 3: Operation & Adjustment
Set Parameters: Use the intuitive control panel.
Timer: Set the desired treatment duration.
Ozone Output: Adjust the concentration dial (typically from 20% to 100%) based on your needs. Start lower for maintenance, higher for intensive treatment.
Monitor: Keep an eye on the panel for cooling water temperature (must stay below 45°C / 113°F) and system status lights.
SAFETY RULE – EVACUATE: The area being treated with ozone gas MUST be unoccupied. Ozone is a powerful irritant. Post warning signs. Only re-enter after the treatment cycle is complete and the space has been thoroughly ventilated with fresh air.
Phase 4: Shutting Down
Normal Shutdown: Press the RED STOP button. The ozone production will cease immediately, but the cooling system will continue to run for a programmed period (e.g., 3-5 minutes) to cool the quartz tube. This is crucial for component life. Power off the main switch after this cooldown cycle finishes.
Emergency Stop: Use the large, red EMERGENCY STOP button only in case of immediate danger (e.g., suspected gas leak, water failure). This halts all functions instantly.
Why Choose X-TWO Ozone Generator?
Key Benefits Recap:
Proven Efficacy
99.9% microbial inactivation without chemical residues.
Energy Smart
Uses 20% less energy than comparable legacy generators.
Built to Last
Robust construction with an 18-month warranty on core components and a design life of 8-10 years for the ozone tubes.
Safe & Compliant
Features multiple protections (over-temperature, overload, leak alarm) and leaves no harmful residues, meeting strict industry standards.
By following this guide, you can safely and effectively harness the power of your TWO Series ozone generator to create a cleaner, safer, and more efficient operational environment.