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VOCs Recollection Recycling System for PVC & Rubber Production

VOCs Recovery & Heat Exchange System

VOCs Recollection Recycling System for PVC & Rubber Production

VOCs (Volatile Organic Compounds) are one of the major atmospheric pollutants, posing significant risks to human health. They exhibit toxicity, irritability, and potential carcinogenic properties, potentially causing a range of health issues, including headaches, reduced concentration, allergic reactions, and cancer. Therefore, effectively controlling and reducing VOC emissions is crucial for protecting both the environment and human health.

    Typical Applications

    Pharmaceutical
    01

    Pharmaceutical

    2018-07-16
    Boss's large suction range hood, ranked first in national sales for 23 years and leading global sales for 8 consecutive years
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    Rubber
    02

    Rubber

    2018-07-16
    Boss's large suction range hood, ranked first in national sales for 23 years and leading global sales for 8 consecutive years
    view more
    Chemical
    03

    Chemical

    2018-07-16
    Boss's large suction range hood, ranked first in national sales for 23 years and leading global sales for 8 consecutive years
    view more
    Printing
    04

    Printing

    2018-07-16
    Boss's large suction range hood, ranked first in national sales for 23 years and leading global sales for 8 consecutive years
    view more
    Automotive painting
    04

    Automotive painting

    2018-07-16
    Boss's large suction range hood, ranked first in national sales for 23 years and leading global sales for 8 consecutive years
    view more
    Metal rolling
    04

    Metal rolling

    2018-07-16
    Boss's large suction range hood, ranked first in national sales for 23 years and leading global sales for 8 consecutive years
    view more
    01

    95% purification efficiency online steam desorption, highly efficient fire safety

    The system leverages condensation and advanced electrostatic pretreatment technologies to efficiently remove high-boiling-point components and particulates from exhaust gases. Modified activated carbon is employed for deep adsorption and recovery of low-boiling-point volatile organic compounds, reducing energy consumption and extending carbon lifespan. Benefiting from the upstream condensation and electrostatic pretreatment, the desorption temperature of the activated carbon is lower, desorption time is shorter, and energy consumption is minimized.

    Exemplary Circular Economy Approach
    Zero Carbon Emission Level

    Exemplary Circular Economy Approach. Material Balance is Achieved.

    Zero Carbon Emission Level

    Low Energy Consumption. Low Hazardous Waste. Long Service Life.

    Zero Carbon Emission Level

    Zero Carbon Emission Level. Recover Solvents for Reuse.

    Emission Reduction Generates Revenue

    ● A New VOCs Adsorption and Solvent Recovery Solution
    ● With a recovery rate exceeding 98%, the system ensures efficient recycling and reuse of production raw materials. This not only enhances product. 
    ● market competitiveness but also significantly reduces production costs.

    market competitiveness but also significantly reduces production costs

    Typical VOCs Adsorption and Solvent Recovery System Design

    Long Service Life.
    Stable fixed-bed structure with a long service life
    Eliminates mechanical failures caused by moving parts
    Excellent sealing, facilitating maintenance
    Supports online maintenance of individual units (by closing the inlet and outlet air valves of the faulty unit while keeping other units operational)
    Low carbon loss and extended lifespan
    Prevents damage to carbon granules during movement and avoids permanent blockage of activated carbon pores caused by dust generated from breakage.
    Typical VOCs Adsorption and Solvent Recovery System Design

    Real materials Kleanland craftsmanship

    section gal (1)

    Overall rust removal and painting

    The system is processed in the factory using CNC equipment, and the surface treatment uses sandblasting, powder spraying and high-temperature baking, and is made into large parts

    section gal (3)

    Unit sealing test

    The unit is transported to the site for installation after passing various tests. This avoids errors in on-site welding and quality issues of on-site paint.

    Why Tubular ESP filter (3)

    High safety performance

    Core safety indicators such as temperature are fully automatically monitored and responded to, carefully designed single tank carbon capacity, patented layered thermal management technology; unique single nitrogen + water fire fighting system.

    Why Tubular ESP filter (4)

    Intelligent

    Digital visual control interface, can realize remote monitoring of operating parameters by mobile phone or computer; and realize one-button start, simple operation

    Flexible configuration

    Adaptable to varying air volumes and concentrations, allowing for efficient assembly and space-saving design, achieving high cost-effectiveness.

    Flexible configuration

    Product Center

    Industrial waste gas treatment, industrial heat energy recovery, industrial smoke bleaching,
    industrial VOC treatment of odor/odor treatment, other flue gas treatment, etc

    Related Cases

    01

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