Addressing Your Toughest Challenges

1. Is Equipment Corrosion a Problem?

Liquid carryover in gas streams can lead to corrosion and premature failure of critical downstream equipment.

2. Are High Operating Costs Limiting You?

Unwanted mist in the gas stream can clog filters and interfere with processes, leading to decreased performance.

3. Are You Failing to Meet Regulations?

Failing to effectively separate liquids can result in emissions that do not meet strict environmental and safety regulations.

Our Engineered Solution for Mist Elimination

Success Stories in a Spray

ApexChem Solutions, Houston, Texas, USA

Our custom-engineered solution used high-atomization nozzles to combat excessive liquid carry-over in a chemical process, resulting in a 95% reduction in liquid carry-over and a 15% drop in maintenance costs.

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AquaClean Environmental, Stockholm, Sweden

By installing a mist elimination system with high-performance hollow cone nozzles, we effectively neutralized airborne contaminants, helping the plant achieve 100% compliance with health standards and create a safer work environment.

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PowerGen Dynamics, Chongqing, China

We provided advanced full cone nozzles to improve a flue gas desulfurization system. This upgrade led to a 20% increase in desulfurization efficiency and a 70% reduction in nozzle replacement frequency.

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What's New in Nozzles

Your Questions, Our Answers

Q1: What is the primary function of nozzles in mist elimination?

A1: The primary function of our nozzles is to precisely atomize liquids and deliver an optimized droplet spectrum. This process effectively captures and separates liquid droplets from a gaseous media, ensuring a cleaner gas stream and preventing liquid carryover.

Q2: How do your nozzles help improve system efficiency in mist elimination?

Our nozzles enhance system efficiency by ensuring a cleaner gas stream, which prevents liquid droplets from clogging filters and damaging downstream equipment. This reduces energy consumption and leads to more reliable system performance.

Q3: Are your mist elimination nozzles built to protect critical equipment?

A3: Yes. Our nozzles act as a safeguard by ensuring a dry gas stream passes through your system. This protects critical equipment from corrosion and premature failure, extending its service life and minimizing costly downtime.

Q4: What makes your nozzles suitable for demanding process control applications?

A4: Our nozzles are engineered with precision and durability to withstand the rigorous demands of industrial process control. We provide reliable and tailored solutions that are built to perform consistently in complex and challenging environments.

Accordion Panel

A5: An optimized droplet spectrum is crucial because it ensures a consistent and ideal droplet size for the most effective mist capture. This precision allows for superior performance in gas purification, which is a key technical requirement for successful mist elimination.

 

Q6: How do your solutions contribute to environmental compliance?

A6: Our nozzles help you achieve environmental compliance by effectively separating liquid pollutants from gas emissions. This process ensures that exhaust streams meet strict environmental and safety regulations, which is vital for businesses in this industry.

 

Q7: Do you offer custom solutions if my application has unique needs?

A7: Yes. We understand that not all applications are the same. We offer custom-engineered solutions to meet your unique operational needs, ensuring that you receive a reliable solution that fits your specific process.

 

Q8: How do your nozzles help lower operating costs?

A8: By improving system efficiency and preventing damage to critical equipment, our nozzles reduce energy consumption and minimize maintenance-related downtime. This helps you achieve significant cost savings over the long term.