Market: Food & Beverage

Pleated Polypropylene Filter Cartridges

Pleated Polypropylene Filter Cartridges

Mefiag

Our Sethco Pleated Polypropylene Filter Cartridges feature an extended filter surface for greater dirt holding capacity compared to conventional cylinder, sleeve, or wound type depth filter tubes.

Sethco offers the best pumps and filter cartridges for industrial applications. When dealing with corrosive and hazardous chemicals, industry experts count on Sethco products for reliability, safety, and efficiency. Sethco products are the industry standard.

As a global leader, Sethco manufactures products that have a superior reputation. For filtering any number of dangerous liquids, our filter cartridges have the job covered. Our Pleated Polypropylene Filter Cartridges provide greater holding capacity when compared to conventional filter tubes. That is one reason businesses worldwide trust their filter needs to Sethco.

Do not rely on inferior cartridges for cleaning hazardous chemicals or liquids. It is not worth the risk. Go with Sethco reusable cartridges and boost your profits. Our engineering experts are there to help you select the best product for your applications. Let Sethco become a valuable part of your business today.

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FEATURES & BENEFITS

  • Available in 10″ and 20″ nominal lengths
  • 3- or 30-micron filtration
  • No finishing agent
  • Cartridges fit most single or multi-tiered chambers that use standard 10″ tubes
  • Resistant to acids and alkalis
  • No liquid by-pass
  • Ideal for water clarification
  • Operating temperature to 170°F (77°C).
  • Low Total Cost of Ownership
  • Maximum service life – reusable design
  • Optimal efficiency with greater particle holding capacity

Pickle Line Fume Exhaust

Pickle Line Fume Exhaust

Busch

Modern steel mill pickle lines utilize Hydrochloric Acid to clean the surface of the steel sheet. Acid mist and fumes are generated during this process.

Busch, and our sister firm HEE-Duall, provide complete fume scrubbing systems to capture and neutralize this acid fume. Our systems begin at flanged connections to the pickle line tank covers. A fiberglass duct connects the tank covers to the scrubber and fan, which exhausts to the outdoors by means of an exhaust stack.

The Pickle Line Scrubber is a counter current packed bed scrubber consisting of packed tower complete with flanged horizontal radial gas inlet, glass-filled polypropylene random packing. This allows for excellent mass transfer resulting in high efficiency capture of HCl fume at a minimum pressure drop.

  • The scrubber housing incorporates a vertical or horizontal outlet flange to facilitate installation in limited space.
  • The packing is irrigated by internal piping and liquid distribution system.
  • HCl is scrubbed by using a re-circulation wash water solution from integral self-contained re-circulation tank at the bottom of the scrubber.
  • Blow-down from the re-circulation system serves as make-up water to the pickle line.

We deliver top-performing mist eliminators with optional internal spray piping and spray nozzle to intermittently wash the underside of the mist eliminator, triggered by either high-pressure differential or on a timed sequence.

The cleaned gas from the scrubber is sent to a System ID fan via an interconnecting duct and then to the stack. Click here to download our Steel Brochure.

Note: Acid storage tank vents may also be connected to the system.

Materials of Construction:

  • Scrubber Vessel – FRP or PVC
  • Random Packing – Glass filled Polypropylene
  • Internal Piping and Liquid distribution system – CPVC
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FEATURES & BENEFITS

Busch Instrumentation, Piping and Pump Features

  • Two (2): Differential Pressure Indicator Gauges for measuring ΔP across Packing and Mist Eliminator
  • One (1): Pressure Indicator Gauge for measuring scrubbing liquid pressure
  • Three (3): flow meters (rotameter type)
  • One (1): set of level control switches for integral re-circulation tank
  • One (1): Automatic wash timer will be included to clean mist eliminators
  • One (1): Control Panel, Ethernet control module, I/O module
  • One (1): Lot Interconnecting piping in PVC (within the battery limit)
  • Two (2): Re-circulation Pumps (1 operating/1 standby) made out of FRP
  • The interconnecting duct between scrubber and Fan: Fabricated with PVR or FRP to run from scrubber outlet to fan inlet.
  • Centrifugal Fan: One (1) ID Fan with heavy-duty TEFC motor
  • Stack and Transition: One (1) FRP stack. The stack is provided with a Stack Skimmer™ to reduce liquid discharge from condensation on the stack wall. A wind support brace is required by others at the roof penetration point if applicable. If not available, Guy wire wind braces can be used.
  • Field Measurement Services (Included): One day on-site including all expenses is included
  • System Arrangement Drawings for Approval (Included)

Ozone Disinfection

Ozone Disinfection

Peerless Water

High ozone concentrations are produced by exposing air or oxygen to a controlled, high-voltage discharge at a set frequency. Water treatment plants then use this ozone to treat wastewater. After generating ozone gas, it is pumped into chambers to mix with water since ozone is an unstable gas that can destroy microorganisms cells. Ozone (O3) in water release the weaker oxygen molecule, penetrate the cell, and destroy the cell components (enzymes, proteins, DNA).

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FEATURES & BENEFITS

  • Powerful oxidation agent leads to very effective disinfection with a shorter contact time than chemical disinfection dosing system
  • Compact design with minimal footprint
  • No chemical requirements
  • Easy operation with less human interference
  • More stable & provide higher residual time
CECO Environmental

APPLICATIONS

  • Drinking water
  • Pharmaceutical
  • Food and beverage industry
  • Wastewater treatment

Noise Havens

Noise Havens

In certain circumstances, it is not always feasible to treat the noise at source, particularly in environments where there are multiple noise sources contributing to the overall exposure experienced by operators. In such cases, noise havens can be installed which are designed to offer respite for operators in noisy environments.

Wakefield Acoustics designs, manufactures and installs a wide range of noise havens, and works closely with OEM’s, end users, contractors and consultants to address complex noise problems across a wide range of industries. Each noise haven is cost-effectively designed to meet the most demanding of customer noise specifications.

Wakefield Acoustic offers several types of noise haven construction depending on application and structural requirements, from modular panel to panel constructions through fully framed factory-assembled fabrications for ease of installation on site.

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FEATURES & BENEFITS

  • Single and double leaf, hinged and sliding doors for personnel access
  • Glazed viewing panels
  • Fan-assisted ventilation systems
  • Natural, free-flow, ventilation systems
  • Stand-alone air conditioning units
  • Internal lighting
  • VARIOUS FINISHES INCLUDING:
    • Polyester powder coated
    • Wet paint systems
    • Plastic coated steel

NOISE HAVENS FAQS

When it’s not practical to enclose noisy machinery or other noise sources, the next option is to create a respite space for the staff in noisy environments. These are called acoustic noise havens.

MS Super Venturi Scrubber

MS Super Venturi Scrubber

Fisher-Klosterman

Scrubbers are used for gaseous and particulate control, by means of utilizing water, or other liquid, to remove pollutants from an exhaust stream.

With Venturi scrubbers, the dirty gas entering a scrubber is forced at high velocity through a Venturi where it collides with scrubbing water. The tiny water droplets capture particles through impaction and diffusion. The dirty water is then removed in a cyclonic separator and discharged into a recycle tank. Some of the liquid is continuously purged to limit the solids concentration and allow recirculation back to the Venturi section.

All our Fisher-Klosterman Emtrol MS Super Venturi Scrubbers are designed to operate with the highest efficiency and durability, surpassing industry standards and performance guaranteed.

We utilize numerous designs for our throat, water injection and separator components to ensure that the scrubber you install is best suited for your process requirements, attaining maximum productivity and efficiency.

Designing and supplying custom-made air pollution machinery for nearly seventy years, Fisher-Klosterman MS Super Venturi scrubbers offer unequalled air pollution control and product recovery for a wide range of applications and excel in situations where others fail. Even in the most intense conditions, highest temperatures and extreme pressures, our products perform flawlessly. We build our products employing cutting-edge design technologies so they are ideally fitted to handling erosive particles and corrosive gases.

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FEATURES & BENEFITS

  • Low Total Cost of Ownership
  • Easy maintenance
  • Maximum efficiency
  • Low plant space utilization – the compact cyclonic separator enables the use of a more compact scrubbing system
  • Vertical or horizontal gas entry
  • Various throat and water injection designs
  • Integral or external recirculation tanks
  • Compact MS series cyclonic separator design
  • High temperature quench section
  • Combination particulate collection and gas absorption
  • High solids concentration separator design
  • Package systems complete with tanks, pumps, instrumentation, piping, fans, stack and controls
  • Carbon steel, stainless, nickel alloys, or FRP construction
  • High pressure design (ASME Code stamp available)
  • Performance warranty

MRV-80 Self-Cleaning Air Handling Units

MRV-80 Self-Cleaning Air Handling Units

Busch

The Busch custom MRV-80 Self-Cleaning Air Handling Unit is designed to meet your specifications and requirements for space dimensions, construction materials and duct connections. Our enhanced design delivers optimal efficiency and performance and low operational costs with long-life fabric filtration tubes. We can also modify the unit construction for corrosion resistance.

Self-Cleaning Air Handling Units from Busch

For over 70 years, the Busch brand has been the global leader in the creation and installation of custom, state-of-the-art clean air solutions. In the Primary Metals industry, Busch is unrivaled. Recognized as providing the “Best Available Control Technology” to capture, collect, and convey emissions from steel and aluminum rolling mills, our excellent customer service and industry-leading products set us apart.

When you modernize with innovative systems from Busch like the MRV-80 Self-Cleaning Air Handling Unit, that address your company’s requirements for many years to come. Busch designs and builds adaptable customized technology for your specific needs. Install Busch hardware with confidence and the knowledge that it is the best on the market and will fit your situation perfectly.

Though Busch specializes in the primary metals industry, we are also proficient in creating designs for and installing equipment in the chemical, automotive, power generation, and glass industries. As you invest in new air cleaning machinery, heavy-duty ventilation equipment, or high-capacity cooling systems, Busch will deliver. Go with Busch and see why we have been the global leader in air cleaning solutions for over 60 years.

Keep your emissions as clean as your conscience. Choose Busch.

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FEATURES & BENEFITS

  • Low Total Cost of Ownership
  • Improved design to eliminate costly and frequent change-outs
  • Cost savings
  • Simplified installation
  • Superior efficiency – 99% efficiency on particles 2 microns and higher and 90% on 0.5 to 1-micron particulate
  • Pre-assembled
  • Wired and factory tested

Moving Bed Bio-Reactor

Moving Bed Bio-Reactor

Peerless Water

The moving bed bio-reactor (MBBR) process introduced by the late 1980s, is a biological membrane process that uses an activated sludge process but is enhanced by floating bio-carriers where biofilm can grow. MBBR is widely used for municipal and industrial wastewater treatment.

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FEATURES & BENEFITS

  • Compact and requires a small footprint compared to conventional bio-process
  • Maintenance friendly
  • Robust & durable technology
  • This process is used for the removal of organic substances, nitrification and denitrification
  • High volume load, which leads to stability against biological load / flow fluctuation
CECO Environmental

APPLICATIONS

  • Petrochemical, oil and gas process industrial wastewater – high levels of suspended solids, COD and BOD5
  • Industrial wastewater from various industries, pharmaceutical, textile, chemical, food & beverage, etc. – high levels of suspended solids, COD and BOD5
  • Sewage and municipal water treatment – suspended solids, COD and BOD5

Membrane Bio-Reactor

Membrane Bio-Reactor

Peerless Water

The MBR process, introduced in the late 1960s, is a biological membrane process that uses an activated sludge process combined with a membrane separation process and is now widely used for municipal and industrial wastewater treatment, especially when wastewater recycling/reuse is taking place.

An MBR process is mainly used for wastewater treatment by using membranes (flat sheet/submerged or tubular/pressurized) and integrating them with a biological process like a suspended growth bioreactor. The membranes are mainly utilized for filtration and removal of solids, which are generated during the biological process, which will result in a clear product.

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FEATURES & BENEFITS

  • Compact design, replacing substantially larger equipment.
  • No moving parts and minimal maintenance
  • Ideal for use where space is minimal
  • Cyclonic liners are available in a range of alloys from stainless steel, alumina ceramic, polypropylene, tungsten carbide, reaction bonded silicon carbide
CECO Environmental

APPLICATIONS

  • Petrochemical, oil and gas process industrial wastewater—high levels of suspended solids, COD and BOD5
  • Industrial wastewater from various industries, pharmaceutical, textile, chemical, food and beverage,etc. – high levels of suspended solids, COD and BOD5
  • Landfill leachate—a wide variety of dissolved and suspended organic and inorganic compounds.
  • Sewage and municipal water treatment – suspended solids, COD and BOD5

Jet*Star Strip Cooling

Jet*Star Strip Cooling

Busch

The Busch Jet*Star Strip Cooling System is the most efficient method to air cool a moving strip in the metals industry. Jet*Star technology utilizes a unique combination of aerodynamic and thermodynamic principles. Its patented technology enables cooling of heavier gauge strip at higher strip speeds, while requiring less energy and space than other methods.

Design and Construction

Busch has developed a proprietary heat transfer simulation model for selection of the proper Jet*Star configuration for each application. Capacity, unit arrangement and dimensions, number of nozzles, and material construction are modified to meet individual user specifications. Unit pre-assembly ensures simplified installation and proper orientation. The theoretical model has been extensively verified through actual results from numerous successful systems.

Air-Water cooling systems are also available. Please contact us for more information.

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FEATURES & BENEFITS

Benefits of Jet*Star are applicable to all types of process lines:

  • Galvanizing a Pot Cooling
  • Minimizing pre-cooling
  • Anneal and Pickle Air Quench
  • Cooling before rinse tank
  • Silicone Line post furnace cooling
  • Aluminum continuous casters to control cooling rates

The heat transfer efficiency of Jet*Star is increased through a substantial reduction of thermal contamination, crossflow, and re-entrainment of spent air. In retrofit applications, this heightened efficiency often permits a reduction in length of the cooling zone, lower strip outlet temperatures, and higher production rates.

Strip Stability

The heat transfer efficiency of Jet*Star is increased through a substantial reduction of thermal contamination, crossflow, and re-entrainment of spent air. In retrofit applications, this heightened efficiency often permits a reduction in length of the cooling zone, lower strip outlet temperatures, and higher production rates.

Another important benefit of the Jet*Star System is the reduction of strip instability (flutter). By controlling the lateral forces against the strip through aerodynamic balancing, strip stabilization is controlled, and strip flutter problems are eliminated or substantially decreased. Click here to download the Jet Star Cooler brochure.

Jet*Star Metal Strip Drying

Jet*Star Metal Strip Drying

Busch

High Efficiency, Uniform Drying, Stable Operation

The Busch Jet*Star Strip Drying System uses high volume, low pressure heated air to rapidly dry moving metal strips. The Jet*Star Strip Dryers produce predetermined functional wiping patterns on the strip surface. Air flow and thermal energies are applied in an intensive and uniform manner, resulting in rapid water disengagement and almost instantaneous mist removal from the strip. Spent heat is dissipated in the dryer, thus reducing re-deposition of airborne fog and mist.

Jet*Star’s uniformity and repeatability of the drying process across and along the strip enhances:

  • Film disengagement
  • Mist transportation
  • Evaporation

Problems associated with recirculated systems such as the buildup of CO2, CO, humidity, temperature, and corrosion are substantially eliminated.

Jet*Star strip dryers are designed using centrifugal fans with backwardly curved wheels which consume less horsepower and create less noise compared to other designs. Most Jet*Star Strip Drying Systems consists of a supply air fan, connecting duct, floe control dampers, air heater, and the Jet*Star Strip Dryer. Steam or natural gas-fired heating systems are available.

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FEATURES & BENEFITS

  • Low Total Cost of Ownership
  • Extremely flexible – ease of adjustment of size and velocity of the dryers ambient and/or hot zones
  • Designed using centrifugal fans that consume less horsepower and create less noise
  • High value and quality materials – constructed with heavy gauge carbon steel duct and plenum construction
  • Maximum efficiency with Jet*Star technology
  • Applicable to all types of process lines
  • Jet*Star also available in an Air/Water configuration
  • Variable speed drives
  • Alternate paint systems
  • Horizontal or vertical arrangement
  • Support steel and platforms
  • Exhaust fans
  • Thermal or sound insulation
  • Filters for outside air
  • Temperature measurement device
  • Gas or steam heat source
  • Stainless steel nozzles
CECO Environmental

ACCESSORIES & OPTIONS

Jet*Star Systems are extremely flexible. The design allows for size and velocity adjustments of the dryer’s ambient and hot zones specific to each application.

  • Steam or gas fired heating
  • Alternate paint systems and material of construction
  • Horizontal or vertical arrangement
  • Support steel and platforms
  • Exhaust fans
  • Thermal or sound insulation
  • Filters for supply air
  • Temperature measurement device
  • Stainless steel nozzles
  • Built-in support rolls