Gecomat® Green Eco Demister:
An equipment designed for the physical separation of mist and liquid from airflow.
We offer a unique Gecomat® Green Eco Control technology, featuring a "3D three-dimensional cone structure with integrated eco-control catalyst," providing high filtration efficiency, low to moderate pressure drop (depending on the situation), and the ability to withstand strong acids and alkalis while being easy to clean.
Gecomat® Green Eco Demister:
An equipment designed for the physical separation of mist and liquid from airflow.
Gecomat® consists of HDPP (monofilament) single-fiber three-dimensional cones with directional structures, making almost all fibers nearly perpendicular to the airflow direction. This effectively removes mist and liquid droplets from the airflow. The cone structure facilitates the collision of small mist droplets in the airflow, forming larger droplets. By combining three-dimensional cone structures of different pore sizes and wire diameters into a 3D fabric, it is suitable for various environments and applications.
Gecomat® Green Eco Demister:
An equipment designed for the physical separation of mist and liquid from airflow.
Demisters are essential tools for treating exhaust gases and industrial waste gases. If a demister becomes clogged, it can lead to excessive emissions of pollutants and subsequent cost implications. Gecomat® Demisters feature low pressure drop and easy cleaning characteristics, allowing for regular maintenance to ensure efficient filtration during operation.
Scrubber
Pollution Prevention
Acidic Cleaning Pickling Equipment
Gas-Liquid Separator
Scrubbers | Dust Collectors | Vacuum Washers | Absorption Towers | Drying Towers | Evaporators | Oil Mist Collectors | Extraction Towers | Outdoor Air Conditioning Units | Humidifiers | and More.
Increased Surface Area - Compared to conventional flat surfaces, the Green Eco Control three-dimensional cones offer a larger surface area under fixed airflow and liquid flow conditions, resulting in reduced resistance, pressure drop, and energy consumption.
Increased Surface Area - Compared to conventional flat surfaces, the Green Eco Control three-dimensional cones offer a larger surface area under fixed airflow and liquid flow conditions, resulting in reduced resistance, pressure drop, and energy consumption.
Our Green Eco Control Catalyst Technology involves the fusion of functional agents through melt spinning within each individual fiber, without the need for coatings. This ensures that the functionality of the material remains unaffected even after washing.
When compared to randomly woven demister meshes, a higher proportion of the mesh structure in the demister aligned perpendicularly to the airflow leads to greater collection efficiency at the same flow velocity. This also effectively reduces pressure drop, minimizes energy consumption, and allows large-diameter fibers to maximize resistance against fouling.
When compared to randomly woven demister meshes, a higher proportion of the mesh structure in the demister aligned perpendicularly to the airflow leads to greater collection efficiency at the same flow velocity. This also effectively reduces pressure drop, minimizes energy consumption, and allows large-diameter fibers to maximize resistance against fouling.
PP material offers superior corrosion resistance, has a distributed elastic strength, can withstand higher pressure and pressure drop, is lightweight, and is easier to install.
Application Markets: Semiconductor and Panel Industry | Petrochemical Industry | Textile and Dyeing Related Industries | Electronics and Printed Circuit Board Manufacturing | Pulp and Paper Related Industries | Chemical and Pesticide Production | Sulfuric Acid Manufacturing, Chlor-Alkali Production | Steel and Metallurgy Sectors | Electroplating Processes, Surface Treatment Industry | Wastewater Treatment | Industrial Chimneys | Animal Feed, Agriculture, and Food | Transportation-Related Fields | Fertilizer Phosphate, Urea Production, and Other Industries | Incinerators and Environmental Protection | Soil Remediation | Pollution Control Related Industries | Power Generation Sector, and More.
