Custom Photochemical oxidation equipment

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Hangzhou Lvran Environmental Protection Group Co., Ltd.

  • 1000+

    Service unit customers

  • 2000+

    National Engineering Cases

Hangzhou Lvran Environmental Protection Group Co., Ltd. is a comprehensive waste gas treatment system engineering service provider and equipment manufacturer, integrating R&D, technical services, design, production, engineering installation, and after-sales service.

We are China Photochemical oxidation equipment Manufacturers and Custom Photochemical oxidation equipment Factory. The Group is a national high-tech enterprise, a Zhejiang Province science and technology enterprise, a regional R&D center, and an AAA-rated credit unit. It holds over 30 utility model patents, numerous invention patents, and software copyrights. The Group has long-standing technical R&D collaborations with domestic universities and institutions, including the "Environmental Innovation R&D Center" established with Anhui University of Science and Technology and the "Plasma Energy and Environmental New Technology R&D Center" jointly developed with Zhejiang Sci-Tech University. The Group has established its own R&D and production base for in-depth technical collaboration. The Group possesses core VOC gas treatment technology, holds a Level 2 general contracting qualification for municipal public works construction, a safety production license, a Class B special design qualification for environmental pollution control in Zhejiang Province, unclassified labor service qualifications, and specialized contracting for special projects. The Group is certified to ISO9001 for international quality, ISO14001 for environmental management, and ISO45001 for occupational health and safety.

HONOR & CERTIFICATE

The following honors represent our brilliance. We win customers with high-quality products and win high praise from the market and all walks of life with good services.

  • A plate-type high electric field basic unit and reactor for preventing leakage along the surface
  • A reaction device for synthesising methanol using carbon dioxide and water and a method for synthesising methanol using carbon dioxide and water
  • Self-cleaning electrostatic precipitator
  • A corrosion-resistant high-pressure fan with wind direction adjustment function
  • An adjustable self-cleaning high-capacity fan
  • Combined catalytic gasification exhaust gas pre-treatment control system
  • Steam cleaning continuous electrostatic field exhaust gas purification and treatment system
  • Low temperature plasma UV photolysis exhaust gas purification equipment system
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Photochemical oxidation equipment Industry knowledge

Comprehensive Guide to Photochemical Oxidation Equipment

Photochemical oxidation equipment is a state-of-the-art solution for industrial waste gas treatment, designed to control volatile organic compounds (VOCs), odorous gases, and other harmful pollutants effectively. Hangzhou Lvran Environmental Protection Group Co., Ltd. specializes in designing and manufacturing high-efficiency photochemical oxidation systems that combine environmental compliance, energy efficiency, and operational reliability.

How Photochemical Oxidation Works

Photochemical oxidation employs ultraviolet (UV) light and a photocatalyst to trigger chemical reactions that decompose harmful organic compounds into harmless byproducts such as water and carbon dioxide. Unlike traditional thermal oxidation, this process operates at lower temperatures, saving energy and preventing secondary pollution. It is effective for a wide range of pollutants including formaldehyde, benzene, toluene, xylene, and other VOCs, making it ideal for chemical, pharmaceutical, food processing, electronics, and coating industries.

Core Features and Benefits

Feature Benefit Application
UV Light & Photocatalyst Rapid decomposition of VOCs and odorous gases Chemical factories, pharmaceutical plants, paint shops
Compact Modular Design Space-saving installation and easy maintenance Small to large-scale industrial facilities
Energy-Efficient Operation Lower electricity consumption while maintaining high treatment efficiency Continuous emission control and regulatory compliance
Customizable System Flexible configurations for various production scales and gas compositions Industries with unique exhaust gas characteristics
Durable Materials Long service life and reduced maintenance costs Heavy-duty industrial applications
Intelligent Monitoring Real-time monitoring of system performance and pollutant removal rates Factories requiring automated process control
Low Noise Operation Minimizes operational disturbance and improves working environment Indoor industrial plants and laboratories
Non-Thermal Process Prevents formation of secondary pollutants and reduces energy usage Industries sensitive to heat-sensitive emissions

Why Choose Lvran Photochemical Oxidation Systems?

  • Over 30 utility model patents, numerous invention patents, and software copyrights ensure leading-edge technology.
  • Collaborations with top Chinese universities, including the "Environmental Innovation R&D Center" and "Plasma Energy and Environmental New Technology R&D Center", for continuous innovation.
  • ISO9001, ISO14001, and ISO45001 certified for international quality, environmental, and safety standards.
  • Level 2 general contracting qualification for municipal projects and Class B special design qualification for environmental pollution control.
  • Proven expertise in VOC gas treatment with high efficiency and reliability for various industries.
  • Customizable design to meet specific industrial gas compositions and production requirements. Contact us for tailored solutions.

Frequently Asked Questions (FAQ)

Q1: What pollutants can photochemical oxidation remove?
A1: It effectively removes VOCs, odorous gases, formaldehyde, benzene, toluene, xylene, and other organic pollutants commonly found in industrial emissions.
Q2: Is the system suitable for small or medium-sized factories?
A2: Yes. Lvran's photochemical oxidation systems are modular and scalable, making them suitable for small, medium, and large industrial setups.
Q3: How energy-efficient is photochemical oxidation?
A3: Lvran systems optimize UV light usage and airflow, achieving high pollutant removal rates with lower electricity consumption compared to traditional thermal oxidation systems.
Q4: What is the typical maintenance schedule?
A4: Routine maintenance involves cleaning UV lamps and replacing photocatalysts every few years, depending on operating conditions.
Q5: Can this equipment integrate with existing waste gas treatment systems?
A5: Yes. Lvran engineers provide customized solutions to seamlessly integrate photochemical oxidation systems with your current ventilation and purification infrastructure.
Q6: Which industries benefit most from this technology?
A6: Chemical manufacturing, pharmaceutical production, food processing, electronics, and paint/coating facilities benefit significantly from photochemical oxidation systems.