Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation

Product Details
Customization: Available
Manufacturing Process: Knit
Surface Treatment: Polishing
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  • Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
  • Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
  • Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
  • Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
  • Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
  • Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
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  • Overview
  • Product Description
  • Product Parameters
  • Detailed Photos
  • Company Profile
  • Process System Technology
  • After Sales Service
  • Overseas Market
  • Project Performance
Overview

Basic Info.

Model NO.
Dyna-Mesh Mist Eliminator
Material
Stainless Steel
K Value
0.107m/S
Size
DN100-DN10000
Vapor Flow Direction
Vertical and Horizontal
Installation
at Job Site
Thickness
From 50mm to 300mm
Transport Package
Wooden Box
Specification
from DN100 to DN10000
Trademark
XIESHENG
Origin
China
HS Code
8419909000
Production Capacity
500 Sets Per Month

Product Description

Product Description

Introducing the extraordinary DynaMesh™ mist eliminators, an innovation in separation technology. These eliminators are expertly constructed with a pad of meticulously knitted wire mesh, elegantly sandwiched between two sturdy ridged grids for outstanding support. As the expansive vapor stream gracefully passes through the pad, the liquid mist is efficiently captured on the wire. The accumulated liquid droplets seamlessly merge into a smooth, continuous film along the wire, effortlessly draining away from the mesh with the natural pull of gravity.

The versatile DynaMesh™ mist eliminators can be utilized as a standalone unit, showcasing their impressive capabilities, or ingeniously paired with a DynaVane™ or DynaSpin™. This combination masterfully coalesces small liquid droplets, achieving unparalleled removal efficiency and setting new standards in separation technology.

Throughout the years, Nantong Xiesheng Separation Equipment Co., Ltd. has meticulously refined the DynaMesh™ mist eliminator design to accommodate increased vapor-liquid throughput. This innovation reduces vessel and column diameters while maintaining optimized removal efficiency and performance. Available in a diverse array of styles and materials, including advanced composites, DynaMesh™ is tailored to meet the demands of a wide range of applications, ensuring exceptional results in every use.
Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
Product Parameters
Metal Designs
Material Type
number
Free
volume
Density Specific Surface Area Application
(lb/ft3) (kg/m3) (ft2/ft3) (m2/m3)
Metal 9001 97.5% 12 192 196 643 Very high efficiency, very clean service
9033 97.5% 12 192 110 350 Heavy duty
9032 97.75% 10.5 170 93 305 For general use
9030 98% 9 144 79 258 Standard general purpose media
9030-L2 98% 9 144 147 482 High efficiency for fine entrainment
9059 98.5% 7 107 109 358 Fine entrainment
9036 98.75% 6 96 52 172 High velocity, dirty service
4530 98.75% 6 96 52 172 High velocity, clean service
4540 99% 5 80 44 145 Minimum pressure drop, dirty service
Plastic and Other Materials
Glass Wool 9036 93% 12 195 450 1500 Coalescer-very fine mists
9048 95% 8.25 135 300 1000 Coalescer fine mists
Polypropylene 9008 95% 2.75 45.5 320 1050 High performance-acid mists
9030 93% 4.5 74 250 820 Acid mists and marine engine intakes with minimum pressure drop
9036 95% 2.75 44.5 150 495
9048 97% 2 41 110 360
Multifilament (glass wool/
stainless steel)
9033 94% 19 305 340 1115 Fine mist conditions where stainless steel can be allowed and minimum pressure drop
is important
9030 95% 13.5 215 250 820
9036 96% 9 145 160 525
FEP 9048 94% 8 128 250 820 Highly corrosive conditions
ETFE 9048 95% 5.25 85 220 725 Highly corrosive conditions
Detailed Photos
Advanced Wire Mesh Pad for Efficient Gas and Liquid SeparationAdvanced Wire Mesh Pad for Efficient Gas and Liquid SeparationAdvanced Wire Mesh Pad for Efficient Gas and Liquid SeparationAdvanced Wire Mesh Pad for Efficient Gas and Liquid SeparationAdvanced Wire Mesh Pad for Efficient Gas and Liquid SeparationAdvanced Wire Mesh Pad for Efficient Gas and Liquid Separation
Company Profile

Xiesheng ChemTech is a pioneering high-tech enterprise boasting esteemed independent intellectual property rights.
We are passionately committed to pioneering advancements in separation techniques specifically tailored for the petrochemical industry. Our dedication extends to the innovative research and design of cutting-edge column internals, including high-efficiency trays, ultra-efficient packing solutions, and high-performance distributors. Our achievements are proudly marked by numerous industry patents, reflecting our steadfast commitment to innovation and excellence.
Leveraging years of rich experience and unrivaled technical expertise, we have consistently demonstrated our prowess in seamlessly integrating advanced technology with engineering excellence. By adeptly addressing fractionation challenges with precision, we utilize sophisticated packing or trays tailored to actual conditions, ensuring optimal solutions for complex industrial scenarios.
Currently, our team of seasoned professionals, supported by subsidiary factories equipped with state-of-the-art manufacturing equipment, has embarked on and excelled in thousands of column internal design and technical reconstruction projects. Our successes are a testament to our innovative spirit and exceptional capability in delivering transformative solutions.

Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation

Process System Technology

Harnessing advanced process technology, we specialize in high-end professional separation equipment that sets the standard for excellence.

Our company boasts a dedicated team of expert designers, committed to pioneering innovative separation processes. We offer comprehensive process development and design services for an array of chemical unit operations, including evaporation, rectification, crystallization, and extraction, ensuring precision and efficiency. Additionally, we provide an all-encompassing suite of services, featuring modular design and manufacturing, tailored for diverse industries such as oil refining, petrochemicals, chemicals, food, pharmaceuticals, and polymers.


Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation


Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
After Sales Service

24 Hours After-Sales Service: Our unwavering commitment to excellence extends to our reliable and prompt 24-hour after-sales service, ensuring your operations remain seamless and efficient.

If installation services are required, trust in our dedicated technicians who will be present on your worksite to guarantee that your equipment is installed precisely to specifications, ensuring a smooth project execution from start to finish. Each piece of equipment is thoroughly inspected by a Xiesheng Chemtech technician before it leaves our facility. Once at your worksite, rely on our highly skilled specialists in separation and mass transfer systems to oversee every phase of the installation process, ensuring that your operations commence successfully and on schedule.

Overseas Market

Xiesheng ChemTech proudly stands as a trusted and esteemed partner to numerous prestigious petrochemical giants worldwide. With an unwavering commitment to excellence, we are continuously broadening our international horizons each year. Our esteemed clientele, spanning over 30 countries globally, have been reaping the benefits of our pioneering technology and state-of-the-art equipment for over two decades. Join us as we continue to push the boundaries and forge new pathways in the global market.

Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation

 

Project Performance

Case 1

Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation

The Turkmenistan division of CNPC extended an exclusive invitation to Nantong Xiesheng Separation Equipment Co., Ltd., to expertly guide the installation of the separation section and demisters for four innovative oil-water separators. These state-of-the-art separators were meticulously designed and manufactured by Xiesheng, showcasing our commitment to excellence.

 

 
During the installation of our cutting-edge, high-performance separation equipment, Xiesheng's design was met with enthusiastic praise. Our esteemed client expressed immense satisfaction with the superior product quality, alongside the commendable work ethics and professionalism demonstrated by our adept technical team. The comprehensive installation guidance was efficiently completed within 14 days, with the project reaching a successful conclusion on December 21, 2013. The triumphant start-up of the device markedly enhanced our company's reputation in the natural gas separation industry, cementing a robust foundation for the seamless execution of future projects.
Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation

Case 2
On October 24, 2021, the groundbreaking Hami Guanghui project, the world's inaugural 400,000 tonnes crude gas to ethylene glycol initiative, reached a successful launch. As the principal contractor, Wuhuan Engineering Ltd. achieved the production of exemplary quality ethylene glycol products, facilitated by Xiesheng's advanced high-efficiency separators. The monumental success of this project has not only underscored technological prowess but has also contributed significantly to the social discourse on promoting carbon reduction.
Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation

Case 3

Gas Processing Plant (GPP) with a staggering capacity of 1,000,000,000 Nm3/year at the illustrious Kashagan field in the Atyrau region.

Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation
Advanced Wire Mesh Pad for Efficient Gas and Liquid Separation


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For further insights into additional project performances, we warmly invite you to get in touch with us.

 

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