Complete Ozone Plant Engineering – Integrated Design & Process Optimization
Complete Ozone Plant Engineering – Integrated Design, 3D Modeling & Process Optimization
Overview
Longking EnTech Europe provides comprehensive ozone plant engineering services, covering the entire process from conceptual design to full 3D modeling and system integration.
Our engineering approach ensures that every installation is optimized for performance, safety, and reliability — giving clients a precise, visual understanding of their plant before construction and commissioning.
This service is ideal for municipal and industrial projects requiring complex ozone systems, multiple process streams, or tight space and control integration constraints.
Integrated Engineering Approach
At the core of Longking’s engineering capability lies a multidisciplinary design process that connects mechanical, electrical, control, and process engineering into a single workflow.
Each project includes:
Process & Instrumentation Diagrams (P&ID): detailing ozone generation, oxygen supply, cooling, contact, and destruction.
3D Plant Modeling: precise layout including skid assemblies, piping routes, and maintenance clearances.
Electrical & Automation Design: integration with PLC, SCADA, and safety systems.
Hydraulic Optimization: CFD-based analysis of gas-liquid transfer and contact chamber design.
This ensures that all components of the ozone system — from oxygen feed to off-gas destruction — are coherently designed and seamlessly integrated.
Visualization & Project Validation
Longking employs advanced visualization tools to provide clients with a realistic representation of their ozone plant before assembly.
Our visualization deliverables include:
3D Interactive Models: accessible digital models for review and validation.
High-Definition Renderings: accurate visuals showing layout, structure, and maintenance space.
Virtual Walkthrough Videos: immersive animations that allow clients to “walk” inside the plant virtually.
These deliverables help stakeholders to understand, validate, and optimize the design — reducing project uncertainty and minimizing costly changes during installation.
Tailored Design for Each Application
Every Longking ozone plant is custom-engineered according to project-specific requirements, including:
Flow rate and ozone demand (g/h).
Process type (oxidation, disinfection, micropollutant removal).
Integration with upstream/downstream treatment units.
Environmental and safety constraints (temperature, humidity, ventilation).
By customizing every design parameter, Longking ensures maximum treatment efficiency, energy optimization, and long-term reliability of the final installation.
Benefits of Longking’s Engineering Services
3D Modeling & Virtual Preview: Clear visualization before construction.
Optimized System Integration: Seamless connection to existing processes and utilities.
Reduced Installation Time: Early identification of conflicts and optimizations.
Cost & Risk Reduction: Fewer on-site modifications and delays.
Enhanced Safety & Maintainability: Design complies with international standards and ergonomic criteria.
Custom Documentation: P&ID, BOM, layout drawings, QA checklists, FAT/SAT documentation.
Supporting the Entire Project Lifecycle
Our engineering scope can include:
Concept & Basic Design (capacity definition, ozone dose calculation).
Detailed Design (layout, I/O matrix, safety interlocks).
Procurement Support (specifications, equipment lists).
Manufacturing & FAT supervision.
Site commissioning and technical documentation.
This full-cycle approach ensures traceability, consistency, and quality control at every stage of the ozone plant project.
Through advanced 3D modeling, CFD analysis, and digital visualization, Longking EnTech Europe provides clients with complete confidence in their ozone plant design.
Our engineering services combine precision, innovation, and operational expertise, enabling the delivery of safe, efficient, and fully optimized ozone systems for municipal and industrial water treatment worldwide.