Market: Oil & Gas

Liquid Filter

Liquid Filter

Peerless Separation & Filtration

The Peerless Liquid Filter is a single stage device, which flows outside to in, through a high surface area pleated medium. The filter can be oriented horizontally or vertically. The liquid flow enters the chamber in which the elements reside. The dirt accumulates on the outside, and the clean fluid passes through the central bore of the element and out, into the second chamber and out of the vessel.

The elements are optimized to maximize contaminant holding capacity within any given vessel diameter. The elements are ergonomic, with a handle at one end, and even when spent, can be removed by a single operator. Each element has a positive O-ring seal that is intended to prevent bypass even when installed in difficult conditions. The elements comprise “beta-rated” media, which offer reliable efficiency throughout its life.

Special designs are available that contain no metal componentry, which may be advantageous in high salinity applications.

Principle of Operation

As the liquid flows through the media, the solid contaminants in the fluid are trapped on the surface and within the depth of the media. The media is specifically formulated into a matrix that can withstand significant differential pressure. As the contaminants are captured, the resistance to flow increases, as evidenced by the differential pressure. The media comprises an axially pleated configuration, with high surface area, resting on an inner central liner.

The clean fluid flows radially into the central liner and then axially to the second chamber and then out of the vessel.

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FEATURES & BENEFITS

Elements are available, rated for 5–50-micron removal, at 99.9%+ removal efficiencies.

The materials of construction comprise cellulose media, nylon endcaps, buna O-rings and a central corrosion resistant steel liner. Options with alternative materials for O-rings and internal liners are available.

CECO Environmental

APPLICATIONS

  • Amine Treating
  • Produced Water
  • Raw Water
  • Condensate Stabilizers
  • Glycol
  • Refining and Petrochemical

Inline Silencer

Inline Silencer

Burgess-Manning

In refineries, chemical process plants, compressed air or gas plants, noise and vibration radiated by the piping or ducting network represent a major issue for equipment integrity, workers safety and community relationships.

CECO Burgess-Manning inline suction or discharge silencers are carefully custom engineered to reduce such noise issues for centrifugal compressors, roots blowers, control valves or large fans. Thanks to decades of experience and Burgess Manning legacy, our solutions will both reduce the sound level inside the pipes but also reduce the vibrations and solid-born noise propagation.

Design Principles

Typically, CECO Burgess-Manning inline silencers are divided into:

  • Absorptive / Dissipative Silencers

These silencers typically provide a very good broadband noise attenuation. Absorbing material is carefully selected for its acoustical properties and protected from flow erosion by a special fabric and perforated sheets to allow higher flow velocities and limit the size of the silencers.

Absorptive silencers can be provided complete with casing or as cartridges to be inserted into existing customer piping, between two flanges

  • Reactive Silencers

The silencers are made of different chambers and volume which are related by choke tubes or venturis. Reactive silencers can be tuned to address specific noise frequencies and can also treat some of the flow pulsations. They can be 100% reactive (with no acoustic fibers) or combined with an absorptive silencer to achieve a broader noise attenuation

Keywords : inline silencer, reactive silencer, absorptive silencer, dissipative silencer, inline diffuser, compressor silencer, blower silencer, roots silencer, positive displacement compressor silencer, reciprocating compressor silencer, centrifugal compressor silencer, inline valve silencer, screw compressor silencer, pressure drop, pressure silencer

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Inline Diffusers and Spargers

Inline Diffusers and Spargers

Burgess-Manning

Inline diffusers are very similar to the inlet diffusers of our vent silencer range of products, except they are located inside the piping network. Located downstream of a control valve, it will help in reducing the pipe noise and to achieve the required process pressure drop control. Spargers and Dump Tubes are used for steam expansion of by-pass turbine upstream the steam condenser in combined cycle gas turbine power plant and biomass power plant.

Typically, these need to be designed for liquid entrained gas flows which is very high demanding for the diffuser due to the erosion caused by the high velocity of the droplets.

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FEATURES & BENEFITS

  • Compact size for horizontal or vertical installation
  • Mechanical design and manufacturing as per ASME B31.1 or other international codes
  • PED 14/68/EU compliance whenever applicable
  • High acoustic performance
  • Guaranteed pressure drop
  • Vibration and solid-born noise control

INDUSTRO-SEP

INDUSTRO-SEP

The INDUSTRO-SEP Combines Advanced Technology with Proven Concepts in Efficient Oil Water Separation Techniques

The INDUSTRO-SEP is an engineered industrial liquid wastewater separator, which utilizes state of the art membrane technology to provide the most effective treatment of process wastewaters involving oily emulsions, elevated BOD or CODs, solids, and other contaminants. The flexibility of the design allows for the use of a wide range of membranes and system components to satisfy most applications.

INDUSTRO-SEP systems are available in one and two stage configurations. INDUSTRO-SEP applications include parts washing solution treatment and recovery, textile dye removal, machine tool coolant treatment, plating solution and rinse water recovery and many other liquid-to-liquid separation applications. INDUSTRO-SEP is designed to provide high rejection and separation rates to optimize waste concentration or maximum recovery of process liquids.

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FEATURES & BENEFITS

  • Modular system design allows for maximum customization of process to satisfy wide range of application requirements
  • Units are pre-piped and pre-wired to simplify installation and reduce related costs
  • PLC control provides excellent automatic system operation, maximizing performance
  • Integral membrane maintenance systems extend membrane service life
  • Heavy-duty industrial components offer enhanced durability and reliability
  • Advanced materials of construction handle both acidic and alkaline solutions
  • Compact design has small footprint minimizing floor space required
  • Chemical free treatment process reducing operating cost

Induced Gas Flotation

Induced Gas Flotation

Peerless Separation & Filtration

Induced Gas Flotation Systems are used to remove oil and solids from produced water to ensure that it is safe for disposal and re-use. Based on design flow rate and footprint available, Peerless can offer

Vertical Compact Flotation Units or Horizontal Induced Gas Flotation Units.

Process Description

Eductor-Type Induced Gas Flotation

The water enters the unit through an inlet device and then flows down the length of the vessel through the four flotation cells. Each flotation cell is separated from the next by an underflow baffle, this baffle is designed to maintain uniform flow through the flotation cell.

The recycle stream is taken from treated water section of the IGF Unit using Recycle Pumps and pumped back to through the gas eductors. The flow of pressurized water through eductor suck gas from the Gas

Head Space within the IGF Unit and disperse the gas into the bulk fluid within the flotation cell. Each flotation cell contains a single Gas Eductor and a set of Gas Diffusers.

The entrained gas bubbles have the effect of floating oil droplets to the surface of the water where they form an unstable foam/scum layer on top of the liquid surface. The foam and oily water scum are removed by overflowing a weir into an oily water collection compartment.

Water leaving the final flotation cell passes around the under / overflow weir to the Buffer Water Section.

Once the two-phase liquid enters the cell the air (gas) is released as finely disseminated bubbles. In these conditions, the contaminating oil and/or solids adhere to the bubbles. This mass of rising bubbles in turn carries the contaminants to the surface where they are skimmed off. The flow through the unit is under flow, each cell being separated by a baffle which is open at the bottom. In operation, each cell removes 50% of the contaminants that enter each cell.

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FEATURES & BENEFITS

  • Removal of free oil-in-water to less than 15 ppm
  • Removal of fine solids
  • Unlimited turndown
  • Micro Gas Bubble Flotation
CECO Environmental

APPLICATIONS

Waste / Produced / Oily / Process Water Treatment for the following industries:

  • Onshore – Oil and Gas Processing Facilities
  • Onshore – Early Production Facilities (EPF)
  • Offshore – Mobile Offshore Production units (MOPU)
  • Offshore – FPSO Topsides
  • Refineries & Petrochemical

High-Efficiency Dry Scrubber

High-Efficiency Dry Scrubber

HEE-Duall

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

High Efficiency Dry Scrubbers are recommended for applications involving the removal of aerosol mist where minimum water usage is paramount, including hydrochloric, sulfuric, nitric and chromic acid scrubbing. With our HEE-Duall brand HEXmaster Dry Scrubber, you will have the lowest pressure drop composite mesh pad (CMP) system available, and it also meets strict regulations, including MACT (maximum available control technology) requirements.

Unlike other packed bed scrubbers, our HEXmaster Dry Scrubber does not rely on water wash of the media during normal operation and is recommended for applications where minimum water usage is vital.

For more than four decades, the HEE-Duall brand has been a worldwide leader in the design and supply of purification products. We use the latest technology for the management of volatile and dangerous exhaust stream waste in a broad range of industries. Our comprehensive line of merchandise supplies all the components needed to manage the collection, handling, and control of corrosive airstreams, gases, mists, and vapors. Our High-Efficiency Dry Scrubbers excel at removing pollutants where the need to minimize water usage is critical. When you employ HEE-Duall products, you can rest assured that your emissions are cleansed efficiently and effectively.

Along with expert craftsmanship, HEE-Duall can create custom-designed solutions to meet your system needs, no matter the size. Our product is adaptable and proficient enough to manage a wide scope of jobs. Choose from our all-inclusive line to find the equipment that best suits your application; we will be with you each step of the way. Our expert staff offers unmatched knowledge of the purification process, and our customer service sets the bar for the industry. Deciding on the right purification equipment is no small undertaking. But choosing HEE-Duall makes the task easy. Choose the most advanced, most reliable, and most carefully crafted equipment in the industry.

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FEATURES & BENEFITS

  • Low Total Cost of Ownership
  • Low maintenance and low operational costs, as our HEXTRACK patent pending seal eliminates the need for high maintenance multi-pad systems
  • Minimal downtime and productivity loss – our dry scrubber runs dry with only periodic washdowns needed – plus shut down is not required for wash-down
  • High reliability – HEXTRACK enables our scrubbers to exceed strict U.S. EPA Limits (with just one CMP) and other regulations (.006 mg/amp – hr. California and .15 mg/m3 Federal)
  • Generate savings by reclaiming chrome
  • Lowest pressure drop CMP system available
  • Side access doors for easier removal of CMP vs. top removal
  • Runs dry with periodic washdown
  • Fabricated from 1/4″ to 1/2″ thick Type I, Grade I PVC
  • Magnehelic gauges at each stage
  • Quick release knobs for ease of pad removal
  • Optional automatic washdown control panel and Title V monitoring system
  • Utilizes principle of particle growth separation

HEPA Air Filtration System

HEPA Air Filtration System

Flex-Kleen

Flex-Kleen High Efficiency Particulate Air Filtration Systems (HEPA) are engineered for optimal performance, reliability, and durability, and designed with bag in/bag out capability to meet the strictest application needs. The bag in/bag out design has a ribbed inlet collar and a PVC bag attachment inside each door. This creates a barrier between maintenance personnel and the contaminated filters to protect workers from harmful particulate and the air stream inside the unit.

A global pioneer of technologies like HEPA air filtration systems, Flex-Kleen helps facilities deal with emission control around the world. Companies turn to Flex-Kleen products when they need to control dust, recover valuable product, and manage pollution. We pour our hearts and minds into crafting advanced and reliable air control technology for our customers, and our success stems from our passion. As we have since 1959, let Flex-Kleen craft the perfect solution for your problem.

Found in some of the world’s cutting-edge companies, Flex-Kleen products are trusted because our engineering and manufacturing processes continue to exceed expectations. From start to finish, we find solutions to help your business thrive. Because our people are as dependable as our products, you can call on us to install and maintain your dust collection system. That leaves you free to focus on hitting your production and profitability targets. Let Flex-Kleen become a partner in your company’s success.

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FEATURES & BENEFITS

  • Low Total Cost of Ownership
  • High-efficiency performance
  • Quality tested and designed in accordance with ANSI/ASME-N510-1995, and ASME AG-1 standards
  • Factory pressure decay tested in accordance with ANSI/ASME-N510-1995 and reaffirmed up to +10” WG
  • Manufactured in accordance with ASME AG-1
  • Housings are made from either T304 12 &14-gauge stainless steel or as an option, T316 12 & 14-gauge stainless steel. L grade is available on request
  • All stainless-steel parts have a #2B finish
  • The locking trays are made from T304 stainless steel or optional T316 stainless steel
  • Retrieval rods are provided to ease the removal of filters
  • Housings are seam welded to increase strength and prevent leakage
  • All doors have a perimeter gasket to ensure a positive seal
  • Doorknobs are cast aluminum
CECO Environmental

APPLICATIONS

  • Radiological contamination
  • Pharmaceutical and biotechnological clean rooms
  • Medical device clean rooms
  • Microelectronics
  • Nanotechnology
  • Hospital suites
  • Isolation areas
  • CBR applications

Heater Treater

Heater Treater

Peerless Separation & Filtration

Heater Treater offers a reliable and cost-effective solution to heat crude and accelerate the separation of produced water and crude oil. Our Heater Treaters come with the options of mechanical separation using our high efficiency Colaescer Plate Packs or separation using electrostatic forces to meet stringent guarantees. These units are designed to process crudes ranging from Light Condensate to Heavy Opportunity Crudes.

Process Description

As the name suggests, these units have two sections as listed below:

  • Heating Section
  • Separation Section

Heating Section

In this section, crude oil enters the unit and is heated by fired tubes. Based on Head Duty we offer either U-tube or Multi-return Fired Tube design. The fuel which can be either gas, diesel, or heavy oil is burned inside the fired tubes using high efficiency burners. Our Heater Treater can be designed with Natural Draft or Forced Draft burners for efficient combustion. The heat breaks the oil-water emulsion and reduces the viscosity of crude oil. This enhances the efficacy of downstream separation section.

Separation Section

The crude from Heating Section flows to next section, separated by a baffle. As per process requirement, the separation section is offered with either a mechanical coalescer or Electrostatic grids. Crude oil and water get separated due to mechanical or electrostatic forces and leave the unit.

The unit is provided with Gas Boot to enable associated gas to get separated and released out of the unit.

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FEATURES & BENEFITS

  • Pressure Vessel
  • Fired Tubes
  • Burner
  • Electrode Grids (In CS/ SS316L/ Alloy 625)
  • Spring Contactor
  • Copper Cable (for transformer)
  • Inlet & Outlet Header
  • Transformer
  • Mixing Valve
  • Piping and Valves
  • Suspension Insulator
  • Entrance Bushing (for transformer)
  • Level Gauge (for transformer)
  • Sand Washing Header (Optional)
  • Control Panel with Burner Management System
  • Wash water Pumps and Heat exchanger
CECO Environmental

APPLICATIONS

  • Oil and Gas Processing Facilities
  • Early Production Facilities (EPF)

Granular Activated Carbon (GAC) Filter

Granular Activated Carbon (GAC) Filter

Peerless Separation & Filtration

Activated carbon works via a process called adsorption, wherein a highly porous pattern in the granulated carbon media adsorbs and entraps contaminants from the water. The contaminant particle is diffused into a pore and become adsorbed. The higher the contaminant concentrations the greater the removal capacity of the activated carbon, however, it may require longer contact time with the media.

The same operation principle as the Multimedia Filter is applied to Activated Carbon Filter. Water flows from the top of the vessel passing through the activated carbon bed, treated water is collected from the bottom and backwash is initiated once the pressure drop increased or the efficiency of the filter declines.

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CECO Environmental

APPLICATIONS

Another element is added to the filtration process using activated carbon, in granular form, as a filter media. GAC filtration is very effective in eliminating impurities and contaminants causing bad taste and foul odors, sediments, chlorine other organic compounds.

GAC Filters are commonly used for water purification, air filtering and other industrial gas processing:

  • Drinking water
  • Condensate water treatment
  • Applied after multimedia filter to protect RO membranes from chlorine
  • Industrial water treatment
  • Polishing filter for iron removal
  • VOCs & H2S gas removal

Gas Turbine Single Cycle Exhaust

Gas Turbine Single Cycle Exhaust

Aarding

Simple cycle gas turbine operation is a fast and reliable way to provide flexible power demand at short notice, and we provide a range of solutions that support effective cyclic operation and the changes in thermal load which are part of the frequent start and stop cycles.

Each Aarding brand Gas Turbine Single Cycle Exhaust Duct system design is constructed for internal stud spacing, stud size, and liner plate thickness, to ensure the best operational conditions and unit lifetime. Our extensive experience and lab and field measurements allow us to deliver premium quality cycle exhaust systems with optimum performance to fit your specified requirements.

Gas Turbine Single-Cycle Exhaust Ducts from Aarding

The Aarding brand equips natural gas power and petrochemical processing plants all over the world with dynamic, customized emissions management solutions like our gas turbine single-cycle exhaust ducts. Our engineers provide the experience, knowledge, and expertise in the field that enables Aarding to deliver cutting-edge technology to build best-in-class machinery. In operation since 1933, Aarding brings a rich history of engineering know-how to each client. We have a proven record of offering only the finest equipment, maintenance and service.

provides each customer with solutions that are powerful, durable, and efficient. Choose Aarding for superior emission control.

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FEATURES & BENEFITS

  • Low Total Cost of Ownership
  • Long service lifetime
  • High effectiveness and reliability with custom designs
  • State of the art solutions
  • Sections of the system or the complete exhaust system can be provided, including on-site erection and commissioning
CECO Environmental

APPLICATIONS

  • Natural Gas Transmission
  • LNG Production
  • Natural Gas