Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency

Product Details
Customization: Available
Manufacturing Process: Knit
Surface Treatment: Polishing
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  • Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
  • Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
  • Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
  • Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
  • Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
  • Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
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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 DynaMesh™ mist eliminators, the pinnacle of efficiency and innovation in mist elimination technology. At the heart of these cutting-edge systems lies a meticulously engineered pad of knitted wire mesh, elegantly nestled between two robust ridged grids for unparalleled support and durability. As bulk vapour gracefully navigates through the pad, liquid mist is effortlessly captured on the wire. These minute droplets then unite to form a seamless and continuous film, which elegantly drains away from the mesh, aided by the gentle pull of gravity.

DynaMesh™ mist eliminators offer unmatched versatility. Whether deployed as a standalone marvel or integrated with the highly effective DynaVane™ or DynaSpin™ systems, they excel in coalescing even the tiniest liquid droplets. This ensures optimal removal efficiency, revolutionizing your processes with precision and excellence.

Over the years, XIESHENG has meticulously refined the DynaMesh™ mist eliminator design to perfection. This evolution enables it to adeptly manage increased vapour liquid throughput, significantly reducing vessel or column diameters without compromising on performance. DynaMesh™ is available in an array of styles and materials, including advanced composites, catering to a vast spectrum of applications as detailed below.
Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
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
Innovative Knit Mesh Pad for Enhanced Mist Eliminator EfficiencyInnovative Knit Mesh Pad for Enhanced Mist Eliminator EfficiencyInnovative Knit Mesh Pad for Enhanced Mist Eliminator EfficiencyInnovative Knit Mesh Pad for Enhanced Mist Eliminator EfficiencyInnovative Knit Mesh Pad for Enhanced Mist Eliminator EfficiencyInnovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
Company Profile

Xiesheng ChemTech is a pioneering high-tech enterprise, boasting independent intellectual property rights.
Our commitment to excellence drives us to continually advance the development of cutting-edge separation techniques tailored for the petrochemical industry. We are at the forefront of research and design for new column internals, including high-efficiency trays, advanced packing solutions, and high-performance distributors. Our innovations are backed by numerous industry patents, underscoring our leadership and independent intellectual property rights.
Utilizing years of extensive experience and technical prowess, we have consistently demonstrated our ability to integrate state-of-the-art technology with engineering expertise. Our solutions effectively address fractionation challenges, whether through the use of packing or trays, tailored to meet specific operational conditions.
Today, our team of seasoned professionals, along with our subsidiary factories equipped with cutting-edge manufacturing equipment, has successfully undertaken and contributed to thousands of column internal design and technical renovation projects, setting new standards in the industry.

Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency

Process System Technology

Exceptional Process Technology: Harness the power of advanced process technology with our high-end, professional separation equipment. Elevate your operations to the pinnacle of efficiency and precision.

Our company boasts a team of professional designers dedicated to the advancement of separation processes. With expertise and innovation at the forefront, we are committed to delivering cutting-edge solutions tailored to your unique needs. Unlock the potential of your chemical unit operations with our expert process development and design services. Specializing in evaporation, rectification, crystallization, and extraction, we bring unparalleled expertise to your projects. Experience seamless integration with our complete services, including modular design and manufacturing across diverse sectors: oil refining, petrochemicals, chemicals, food, pharmaceuticals, and polymers. Trust us to elevate your industry standards.


Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency


Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
After Sales Service

Comprehensive 24-Hour After-Sales Service

Should you require installation services, allow our expert technicians to be present on your worksite, ensuring that your equipment aligns perfectly with its specifications and that your project progresses seamlessly from inception to completion. A professional Xiesheng Chemtech technician thoroughly inspects your equipment prior to its departure from our manufacturing plant. Upon arrival at your worksite, rely on our dedicated technicians-specialists in separation and mass transfer systems-who will diligently monitor each installation phase, guaranteeing that your operations commence on schedule and without a hitch.

Overseas Market

Xiesheng ChemTech stands proudly as a trusted and qualified supplier to a plethora of world-renowned petrochemical giants. With a steadfast commitment to excellence, we are tirelessly expanding our footprint in the international arena year after year. Our esteemed clientele, spread across more than 30 countries worldwide, continues to benefit from the pioneering technology and equipment we have provided for over two decades, underscoring our enduring legacy of quality and innovation.

Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency

 

Project Performance

Case 1

Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency

In a remarkable collaboration, the Turkmenistan division of CNPC entrusted Xiesheng with the vital task of providing expert guidance for the installation of the separation section and demisters in four cutting-edge oil-water separators. These innovative systems were both designed and meticulously manufactured by Xiesheng, showcasing our advanced engineering prowess.

 

 
Throughout the installation process, the superior design and unmatched performance of our high-efficiency separation equipment garnered high praise from the client. They expressed immense satisfaction with not only the exceptional quality of our products but also the dedication and professionalism exhibited by our technical team. The comprehensive installation guidance extended over a period of 14 days, culminating in the project's triumphant completion on December 21, 2013. This successful venture significantly elevated our company's reputation in the natural gas separation industry, laying a robust foundation for the seamless execution of future projects.
Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency

Case 2
On October 24, 2021, history was made with the successful startup of the world's first 400,000 tonnes crude gas to ethylene glycol project, known as the Hami Guanghui project. The main contractor, Wuhuan Engineering Ltd., achieved remarkable success in producing superior quality ethylene glycol products, thanks to the outstanding efficiency of Xiesheng's cutting-edge separators. This project's successful completion not only showcases engineering excellence but also has a profound social impact by significantly promoting carbon reduction initiatives.
Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency

Case 3

The Gas Processing Plant (GPP) at the Kashagan field in the Atyrau region, with an impressive processing capacity of 1,000,000,000 Nm3/year, stands as a testament to advanced engineering and innovation.

Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency
Innovative Knit Mesh Pad for Enhanced Mist Eliminator Efficiency


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

 

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