Environmental Equipment - SUZHOU CLARKSON CARBON CO., LTD.

Environmental Equipments

Clarkson has always been committed to solving various industrial flue gas treatment problems.‌ As an agent of high-end flue gas treatment equipment manufacturers, a well-known brand in the domestic industry, we can provide customers with comprehensive services including technical consultation, solution design, equipment manufacturing, installation and commissioning, and after-sales service.

The company has a modern production base of 25,000 square meters with strong design and production capabilities. It employs a group of professionals in environmental engineering, automatic control, electromechanical design, and engineering management, and has won more than 30 patents for waste gas and dust treatment equipment products. In recent years, the company has completed thousands of waste gas and dust treatment projects, covering industries such as coating, aluminum profiles, printing, spraying, plastic granulation, leather, PCB electronics, furniture, hardware, textiles, etc. The products are sold well both domestically and internationally.

Three-Bed Regenerative Thermal Oxidizer (RTO)

High purification efficiency, large treatment capacity, covering almost all organic waste gases.
Under suitable concentrations, the equipment can operate self-sufficiently.

Rotary Regenerative Thermal Oxidizer (RTO)

Single-valve control, low failure rate.
Can treat multiple components of waste gases; almost all organic waste gases.
Compact design, small footprint.

Regenerative Catalytic Oxidizer (RCO)

No open flame, higher safety.
Low ignition temperature, energy-saving.
Can remove multiple organic pollutants simultaneously, with simple process flow, compact equipment, and reliable operation.
Low operating costs. When the organic waste gas concentration reaches a certain level (above 1000mg/m³), the heating chamber of the RCO equipment does not require auxiliary heating.
High treatment efficiency, no secondary pollution.

Adsorption Concentration + Condensation Recovery Equipment

Scientific process, long service life, purification efficiency up to 99%.
Stable performance, low energy consumption, small footprint, easy maintenance.
Can operate intermittently or continuously.
Wide applicability; suitable for low, medium, and high concentrations.

Zeolite Concentration Rotary Drum Device

Compact structure, small volume, small footprint.
Modular installation, quick and simple setup.
Higher purification efficiency, up to 98%.
High concentration ratio, 5-40 times.
Equipped with a cooling zone, higher purification efficiency, lower energy consumption.
Easy maintenance, no special tools required.
Automated control, high intelligence.

Zeolite Concentration Rotary Wheel Device

The main material of the honeycomb molecular sieve is natural zeolite, an inorganic porous material composed of SiO₂, Al₂O₃, and alkaline or alkaline earth metals.
Uniform micropores, with pore sizes comparable to general molecular sizes. The internal pore volume accounts for 40-50% of the total volume, with a specific surface area of 300-1000 m²/g.

Zeolite Concentration Rotary Wheel + Rotary RTO

Economical for treating large-volume, low-concentration VOCs.
Easily adapts to changes in air volume and concentration.
Converts large-volume, low-concentration VOCs into small-volume, high-concentration waste gas, with a concentration ratio of 5-20 times, significantly reducing the size of downstream equipment and lowering operating costs.
The rotary wheel is composed of inorganic oxides, with non-flammable characteristics, ensuring higher safety.

Zeolite Concentration Rotary Wheel + Three-Bed RTO

Economical for treating large-volume, low-concentration VOCs.
Easily adapts to changes in air volume and concentration.
Converts large-volume, low-concentration VOCs into small-volume, high-concentration waste gas, with a concentration ratio of 5-20 times, significantly reducing the size of downstream equipment and lowering operating costs.
The rotary wheel is composed of inorganic oxides, with non-flammable characteristics, ensuring higher safety.

Single-Stage Heat Exchange Catalytic Oxidizer (CO)

Low ignition temperature, low energy consumption, rapid and stable combustion. Once the ignition temperature is reached, it can independently complete the oxidation reaction without additional heat transfer.
High purification efficiency, effectively reducing pollutant emissions (e.g., NOx and incomplete combustion products).
Low noise during operation, no secondary pollution, stable combustion process, low operating costs, and easy management.
High automation, fully automated control via PLC.

Dual-Stage Heat Exchange Catalytic Oxidizer (CO)

Significant energy-saving effect. During normal operation, due to the certain concentration of waste gas, the equipment can operate at low power (or even no power).
Safe and reliable, equipped with advanced automatic control systems such as pressure relief protection, flame arresters, dust removal, and over-temperature alarms.
Low resistance and high efficiency, using advanced honeycomb ceramic catalysts coated with precious metals (palladium, platinum) with a large specific surface area.
Small footprint, only 70% of similar products in the industry, saving space.
Long service life, with a catalyst replacement cycle of 3-4 years.

Zeolite Concentration Rotary Wheel + Catalytic Oxidizer (CO)

Economical for treating large-volume, low-concentration VOCs.
Easily adapts to changes in air volume and concentration.
Converts large-volume, low-concentration VOCs into small-volume, high-concentration waste gas, with a concentration ratio of 5-20 times, significantly reducing the size of downstream equipment and lowering operating costs.
Modular design for minimal space requirements, providing continuous and unmanned operation.
Automated system control, one-button start, simple operation, and can be paired with a human-machine interface to monitor key operational data.

Honeycomb Zeolite Adsorption Concentration Desorption + Catalytic Oxidizer (CO)

Zeolite molecular sieves have uniform pores and strong selective adsorption capacity.
Large specific surface area and high adsorption capacity.
High adjustability. The same type of molecular sieve can be modified to change its pore size and surface properties.
High stability. The porous structure of zeolite molecular sieves remains intact even under heat treatment up to 700°C and high-temperature water treatment.
Uses pneumatic butterfly valves with good sealing and fast response.

Activated Carbon Adsorption Concentration Desorption + Catalytic Oxidizer (CO) Combined Equipment

High purification efficiency.
Long catalyst service life.
Easy adsorbent loading.
Smooth airflow, low wind resistance.
High automation control, multiple safety protection measures, and abnormal alarm systems.
Intermittent compensation heating, energy-saving.
Can maintain natural operation when organic waste gas concentration exceeds 2000mg/m³.