Market: Oil & Gas

FCC Cyclones – Reactor

FCC Cyclones – Reactor

Fluid Catalytic Cracking Units (FCC Cyclones) are the principal technologies that enable the critical process within heavy oil refining of converting the heavy oils into more valuable gasoline and lighter products. More than half of the refinery’s heavy petroleum is processed through the FCC Cyclones, and the FCC Cyclones are also an important source of butene and pentene olefins used in refinery processes.

Our Emtrol-Buell brand has supplied more FCC Cyclones to refineries and petrochemical plants worldwide than any other supplier, so our experience in this area is unequaled. Our FCC Cyclones are designed to enhance separation efficiency, accommodate increased catalyst loading, and are tailored to meet the application needs of refineries and petrochemical plants.

We custom-engineer the following products at the highest quality:

  • FCC Cyclones – Patented Beam Hanger Support System
  • FCC Cyclones – Reactor
  • FCC Cyclones – Regenerator
  • FCC Cyclones – Third Stage Separator Systems
  • FCC Cyclones – Fourth Stage & Catalyst Hopper Cyclones

FCC Cyclones – Reactor

Reactor Cyclones are cyclone separators used to separate hydrocarbon vapors and stripping steam from FCC catalyst. Reactor Cyclones are constructed from refractory lined carbon steel or low alloy steel or even stainless steel and come in many different configurations.

Reactor Cyclones can be attached directly to the riser with a second stage following in a closed coupled system or can be open coupled. They can also be a single stage cyclone preceded by a riser termination device.

For over 120 years, Emtrol-Buell has blazed a path to design and build dependable, highly advanced refining equipment. Facilities that use FCC Cyclone Reactors to refine heavy petroleum are employing meticulously designed hardware that surpasses anything else available today. The cutting-edge engineering we use to build processing equipment assures it will be running for years without maintenance. This attention to detail and meticulous workmanship means that Emtrol-Buell can provide peace of mind and ensure the quality of an intricate piece of the petroleum refining process for you.

It is essential that your company meets the most exacting industry standards and employs the most advanced systems to avoid the potential problems that can interrupt the oil refining process. To do that, you should demand the industry best. Emtrol-Buell is a superior force in supplying acclaimed, custom-designed Cyclone systems to refineries and petrochemical plants all over the globe.

Emtrol-Buell produces superior FCC Cyclone models for all stages of the refining process so that your facility can benefit from their industry leading technology expertise from beginning to the end. We can customize our products to suit your specific needs. We build the perfect equipment for any and all refining facilities. When you choose equipment for your refinery’s needs, choose the proven leader that builds more FCC Cyclones for refineries and plants than anyone in the world. You should be proud of the equipment you use. Choose Emtrol-Buell.

FEATURES & BENEFITS

  • Enhanced aspect ratio of the cyclone inlet
  • New crossover duct design
  • Minimized use of edge bars in the refractory linings
  • Standard or complex designs
  • Dust hopper and lined dipleg stub designs that enhance catalyst discharge while decreasing erosion effects
  • Low Total Cost of Ownership
  • Maximum performance and efficiency
  • High reliability
  • Enhanced to increase separation efficiency
  • Premium quality material construction to withstand severe operating conditions

FCC Cyclones – Fourth Stage & Catalyst Hopper Cyclones

FCC Cyclones – Fourth Stage & Catalyst Hopper Cyclones

Fluid Catalytic Cracking Units (FCC Cyclones) are the principal technologies that enable the critical process within heavy oil refining of converting the heavy oils into more valuable gasoline and lighter products. More than half of the refinery’s heavy petroleum is processed through the FCC Cyclones, and the FCC Cyclones are also an important source of butene and pentene olefins used in refinery processes.

Our Emtrol-Buell brand has supplied more FCC Cyclones to refineries and petrochemical plants worldwide than any other supplier, so our experience in this area is unequaled. Our FCC Cyclones are designed to enhance separation efficiency, accommodate increased catalyst loading, and are tailored to meet the application needs of refineries and petrochemical plants.

We custom-engineer the following products at the highest quality:

  • FCC Cyclones – Patented Beam Hanger Support System
  • FCC Cyclones – Reactor
  • FCC Cyclones – Regenerator
  • FCC Cyclones – Third Stage Separator Systems
  • FCC Cyclones – Fourth Stage & Catalyst Hopper Cyclones

FCC Cyclones – Fourth Stage Cyclones

The Cyclone Vessel, which is the common hopper for the cyclone catalyst discharge, is designed to hold the catalyst collected over several days. However, normally the catalyst from the Cyclone Vessel is continuously conveyed to the Fourth Stage Cyclone by a small amount of gas, usually from 1 to 3% of the gases entering the cyclones. During the travel through the un-insulated line and the Fourth Stage Cyclone, a considerable amount of heat is lost from the catalyst and gases.

Additional cooling of the catalyst occurs in the Fines Collection Vessel. The gases from the Fourth Stage Cyclone pass through a critical orifice where the gas pressure is reduced for discharge through the stack. When the Fines Collection Vessel is to be emptied into a closed truck for transport to a land fill, the valve above the vessel is closed, a vent valve is opened to relieve the pressure, and the valve beneath the vessel is opened so that the catalyst may discharge into the truck.

FCC Cyclones – Catalyst Hopper Cyclones

Our Catalyst Hopper Cyclones are easily adaptable to a variety of applications, including loading and/or unloading of Fresh and Spent Catalyst Hoppers, or as auxiliary hoppers for special additives.  These cyclones are typically designed to minimize catalyst lost to atmosphere in the vent from the hopper during loading and/or unloading operations of the hopper.

Emtrol-Buell has blazed a path and leadership role for over 120 years by developing dependable, innovative equipment for refineries. Emtrol-Buell FCC Cyclone systems are meticulously crafted to process heavy petroleum and surpass everything else on the market. We use advanced engineering techniques to provide processing equipment like our Fourth Stage & Catalyst Hopper Cyclones that are capable of running for years and years without maintenance. This attention of detail ensures that we can provide peace of mind and satisfy you with the quality performance of a critical step in the petroleum refining process.

There are many potential problems that can suspend the oil refining process, so it is essential that your facility meets the highest industry protocols and applies advanced systems to prevent issues from arising. You deserve the best industry has to offer. Our brand leads the industry in supplying respected, custom-designed Cyclone systems to refineries and petrochemical plants around the globe.

Emtrol-Buell produces the highest quality FCC Cyclones for all stages of refining, so start to finish your company can employ the highest quality technology. Our customized equipment is perfectly designed for your unique application. We build ideal equipment for any and all facilities. When choosing a company to satisfy your refinery’s needs, choose the company that provides more FCC Cyclone units to refineries and plants than any other. You should be proud of the equipment you use. Choose Emtrol-Buell.

FEATURES & BENEFITS

  • Enhanced aspect ratio of the cyclone inlet
  • New crossover duct design
  • Minimized use of edge bars in the refractory linings
  • Standard or complex designs
  • Dust hopper and lined dipleg stub designs that enhance catalyst discharge while decreasing erosion effects
  • Low Total Cost of Ownership
  • Maximum performance and efficiency
  • High reliability
  • Enhanced to increase separation efficiency
  • Premium quality material construction to withstand severe operating conditions

Expansion Joints for Gas-Fired Power

Expansion Joints for Gas-Fired Power

Expansion Joints for Gas-Fired Power

Expansion joints are used to provide a point of flexibility in flue ducts, and to relieve stress caused by system movement. Our Aarding brand Expansion Joints for Gas-Fired Power are designed with the latest advancements in engineering and materials technology, delivering high quality solutions to fit your specific application needs.

Our Expansion Joints for Gas-Fired Power are engineered for maximum reliability, applicable for a wide range of operating temperatures and pressures and configured for optimal performance and durability. The Aarding non-metallic Expansion Joints for Gas-Fired Power provide superior corrosion resistance, vibration reduction, and lower installation costs.

Expansion Joints for Gas Fired Power Plants from Aarding

The Aarding brand designs custom and dynamic emissions management solutions such as expansion joints for natural gas power and petrochemical processing plants worldwide. With extensive resources and knowledge in the field, Aarding can apply unrivaled engineering expertise, design cutting-edge technology solutions, and build effective machinery that is unparalleled in the industry. Our operating history dates back to 1933. Aarding’s engineers draw upon that rich history of engineering expertise and track record to produce the finest equipment and provide exceptional maintenance.

FEATURES & BENEFITS

  • Low Total Cost of Ownership
  • Flexible, custom designs
  • High-quality, corrosion-resistant construction materials
  • Standard or custom non-metallic designs – composite and elastomeric
  • Available configurations for broad range of operational temperatures and applications
CECO Environmental

APPLICATIONS

  • Natural Gas Transmission
  • LNG Production
  • Natural Gas

Engineering Services

Engineering Services

CECO provides a range of Services and Solutions to owner-operators and EPCs in various segments of Oil & Gas, Energy and Electro-mechanical industries. With decades of experience and millions of hours of engineering excellence, we have qualified, experienced multi-discipline resources to execute projects from Concept to Commissioning. Our capability is strengthened by in-house infrastructure for design and fabrication of equipment and custom engineered packages.

Our multi-discipline skill set include:

  • Process Engineering
  • Mechanical Engineering
  • Piping Engineering
  • Civil Engineering
  • Structural Engineering
  • Electrical Engineering
  • Control Engineering
  • Project Management
  • Sourcing & Procurement
  • Specialized Engineering

We are well versed with International Codes & Standards such as ASME, ASTM, API, AISC, BS, BIS, NACE, N EMA, ANSI, DIN, etc., have the skill set of the latest tools and software.

SERVICES OFFERED

  • Feasibility Studies
  • Analysis & stimulations
  • FEED / Basic Engineering
  • Detail Design / Engineering
  • Integrated 3D Engineering
  • Project management
  • Brownfield Engineering / As-Built Engineering
  • Site / Engineering, Validations
  • O & M Support Service
  • Resource Augmentation

Electrostatic Coalescer

Electrostatic Coalescer

Peerless Desalters/Dehydrators are designed to meet the desired performance requirement in crude oil processing units or refineries. These units can meet performance guarantees of 0.1% to 0.5% BS&W and salt guarantee of 5 to 10 PTB. Depending on the process requirement, Peerless can offer Electrostatic Coalescer units in various configuration including two-grid or three-grid design, using single or multiple power units.

Peerless leads the industry in the design and installation of efficient, high-quality separation and filtration equipment.  We proudly deliver top-of-the-line equipment to industries around the globe. Peerless filtration equipment has been used by oil and gas production, gas pipeline transportation, and power generating industries over a nearly 85-year history.

From blueprint to installation, Peerless filtration technology is worry-free, providing the superior craftsmanship customers expect from our products.  Electrostatic Coalescer dehydrator/desalter units use a system proven to be effective will reducing costs. Peerless supplies solutions for separation technologies, gas transmission, oil treatment, unconventional oil recovery, gas treatment, produced water and oil-water treatment, sand management, and nuclear power separators.

When it comes to filtration, inferior equipment can be costly. A filtration system that fails can negatively impact your profits – and your reputation. Trust your filtration and separation needs to Peerless. Build on the brand with a solid history of providing high-quality equipment. Trust Peerless. We live up to our name.

FEATURES & BENEFITS

  • 20+ years field performance
  • Compact Footprint
  • Simple and Robust Design
  • Meet Stringent Performance Guarantee
  • Designed to Handle High Water Cut
  • Modular Solution for Offshore and FPSO

Duct, Hoods and Stacks

Duct, Hoods and Stacks

Offered separately or as an integral component of our scrubber systems, our HEE-Duall brand custom fiberglass reinforced plastic (FRP) exhaust Duct, Hood, and Stacks are an ideal and preferred method of venting in a variety of applications over traditional materials.

Our manufacturing process ensures uniform thickness and the highest quality finish, and we use premium quality resin and glass systems with rich resin interiors for corrosion resistance and fire-retardant exteriors that are UV stabilized.

We manufacture both round and rectangular duct. Round duct is available in standard 3-to-144-inch diameters, with non-standard and rectangular sizes available designed to suit your specific needs. Our duct and fittings are manufactured utilizing filament winding and hand lay-up techniques that comply with applicable ASTM (American Society for Testing and Materials) and National Bureau of Standards (NBS) standards.

For over four decades, HEE-Duall has been a global leader in the design and supply of purification systems. With state-of-the-art technology, our products are designed to remove hazardous and volatile exhaust compounds in multiple industries. We craft everything you need for collecting, handling, and controlling corrosive wastes. Our Duct, Hoods and Stacks provide superior venting for our scrubber systems, which are the premier choice for cleansing harmful industrial exhaust streams. When you utilize HEE-Duall products, you can be confident your emissions are cleansed effectively and efficiently.

HEE-Duall’s superior products can be custom-designed for systems to meet your unique situation, regardless of how large or small the job may be. Our system components are flexible and capable enough to handle almost any job. We can deliver the right equipment for your application, and we will assist you each step of the way. Our staff of experts are knowledgeable in all purification processes, and our customer support team gets a gold star for service. Choosing the right purification equipment for your company is a significant decision. But when you choose HEE-Duall, the choice is easy. Choose the most advanced, most reliable, and most carefully crafted equipment in the industry.

FEATURES & BENEFITS

  • Low Total Cost of Ownership
  • Longer product life with our premium quality resin and glass systems for corrosion resistance and fire-retardant exteriors
  • Material strength and integrity – our duct and fittings are manufactured utilizing filament wound and hand lay-up techniques

Dual Media / Multimedia Filtration (MMF)

Dual Media / Multimedia Filtration (MMF)

Multimedia Filtration is a method of filtering sediments and particulates from water by applying pressurized feed water to push liquid through filtration media.

At a certain period of continuous filtration, suspended solids entrapped in the media accumulate, reducing the efficiency of filtration process and increasing the pressure drop. The pressure drop must be less than 1 bar to have an efficient filtration system. When the differential pressure exceeds the limit, backwashing will be required.

Backwashing is the process of reversing the flow of water through the filter media to remove th particulates trapped in the filter bed. During backwash, the Multimedia Filter bed expands, clearing suspended solids to flow out of the top of the vessel.

After backwash, the bed is settled for a few minutes and flushed with water as final rinse and then is back to service.

FEATURES & BENEFITS

  • Produce low turbidity in treated water
  • No chemical requirements
  • Low operating costs
  • Manual and Automatic Operation
  • Easy operation and maintenance
  • Supply customized design
  • Supply as part of integrated system to achieve the performance guarantee values
  • Fast track delivery
  • Retrofit for existing plants
  • Installation & supervision commissioning
  • Operation & maintenance
CECO Environmental

APPLICATIONS

Multimedia filters are employed to eliminate suspended solids and reduce the turbidity level of the water by entrapping impurities within the media. It contains a multilayer of media such as sand, anthracite granite, and gravel and is arranged according to its densities where the lighter density is placed on the top.

Multimedia Filtration (MMF) is commonly used for filtration process in the following applications:

  • Surface Water Filtration
  • Pre-treatment to RO System
  • Final Filtration for wastewater treatment system
  • Preparation of cooling water
  • Irrigation
  • Industrial water and wastewater treatment
  • Produced water treatment

Dual And Multimedia Filtration

Dual And Multimedia Filtration

Filtration is a method of filtering sediments and particulates from water by applying pressurized feed water to push liquid through filtration media. At a certain period of continuous filtration, suspended solids entrapped in the media accumulate, reducing the efficiency of the filtration process and increasing the pressure drop. The pressure drop must be less than 1 bar to have an efficient filtration system. When the differential pressure exceeds the limit, it will require backwashing. Backwashing reverses the flow of water through the filter media to remove the particulates trapped in the filter bed. During backwash, the Multimedia Filter bed expands, clearing suspended solids to flow out of the top of the vessel. After backwash, the bed is settled for a few minutes and flushed with water as a final rinse, and then it is back to service

FEATURES & BENEFITS

  • Produce low turbidity in treated water
  • No chemical requirements
  • Low operating costs
  • Manual and automatic operation
  • Easy operation and maintenance
CECO Environmental

APPLICATIONS

  • Surface water filtration
  • Pre-treatment to RO System
  • Final filtration for wastewater treatment system
  • Preparation of cooling water
  • Irrigation
  • Industrial water and wastewater treatment
  • Produced water treatment

Dissolved Gas Flotation

Dissolved Gas Flotation

Peerless Dissolved Gas Flotation units utilize a recirculation pump system to introduce micro-bubbles, enhancing the separation surface area improving the oil and solid separation performance. The Peerless DGF has a sophisticated pumping mechanism to generate micro-bubbles.

These pumps utilize dual sided impellers to draw in vapor and precisely mix it with the liquid. The vapor/ liquid mixture is sheared and compressed in the pump to enhance creation of micro-bubbles before this gas- enriched mixture is depressurized and discharged to the flotation chamber. The dense bubble formation lifts oils and solids to the liquid surface where they are ultimately skimmed off and discharged.

This configuration eliminates the need for a separate dissolution vessel as found on many traditional dissolved air flotation systems. Further simplification is realized as complicated back pressure and level control setups are no longer required.

Principle of Operation

In the Dissolved Gas flotation (DGF) process, the micro-size gas bubbles are generated by saturating a pressurized partial stream of treated water with gas and subsequently releasing this stream to atmospheric pressure. This is contrary to the traditional process of Induced Gas Flotation, whereby gas is drawn straight from the blanketing gas cap and is introduced into the raw water solely by mechanical means such as impellers, jet nozzles or venturi devices.

The Dissolved Gas Flotation process produces much finer bubbles than the traditional induced air flotation allowing for much higher separation efficiencies.

Oil is typically present in the form of a finely dispersed emulsion which creates a significant separation challenge. Employing a properly designed DGF system, along with chemical treatment, brings an effective systematic approach.

FEATURES & BENEFITS

  • Enhanced separation over traditional flotation systems down to 10 ppm concentration of free oil in water
  • High contaminant removal efficiency due to smaller bubble size of denser bubble population
  • Easy maintenance and minimum operation cost with the removal of the conventional pressurized dissolution vessel
  • Small footprint with compact structure
  • Reduced fuel gas consumption
CECO Environmental

APPLICATIONS

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

Dissolved Air Flotation

Dissolved Air Flotation

The Peerless Dissolved Air Flotation (DAF) typically uses a rectangular flotation tank where the flocculated water is mixed with small air bubbles. These air bubbles attach themselves to the flocs, thereby reducing the density of the impurities. The flocs then float rapidly to the free liquid surface in the flotation basin, together with the entrained air bubbles, to form a flotation froth-layer that is removed on a continuous basis by a surface flights-and-chains scraper.

The air bubbles are generated by dissolving air into a partial stream of the treated water. For this purpose, part of the DAF unit effluent water (depending upon the application, the amount of re-circulated water typically varies between 10 and 30%) is pumped into a pressurisation vessel. As the water flows through this vessel, the air supplied by a compressor will be dissolved into the recycled water. From the pressurisation vessel, the water flows towards the inlet compartment of the flotation tank. Just prior to entering the raw water inlet pipe, the pressure is released to atmospheric conditions. At that moment the air, until then in solution in the water, will come out of solution and forms very time air bubbles (in the range of 40–60 micron). These then attach themselves to the flocs, which rise to the water surface.

Principle of Operation

In the Dissolved Air flotation (DAF) process, the fine air bubbles are generated by saturating a pressurised partial stream of treated water with air (or gas) and subsequently releasing this stream to atmospheric pressure.

This is contrary to the process known as Induced Air Flotation, whereby air is drawn straight from the environment above the atmospheric liquid level and is introduced into the raw water solely by mechanical means such as impellers, air jet nozzles or venturi devices. The induced air floatation process generates much larger air bubbles (in range of 100 to 400 microns) that the DAF process and more suitable for applications with non-emulsified oil.

Dissolved Air Flotation

However, when, which is often the case, the oil is present in the water in the form of a very finely dispersed emulsion, it is the Dissolved Air Flotation Process, together with adequate chemical conditioning, that will provide the solution to the problem. During more than 40 years of experience in the treatment of oily water, Peerless has developed a tremendous knowledge in designing, engineering, and supplying the right DAF unit for each individual treatment problem.

Design And Configuration Options

Depending on the discharge requirements and pressure profile, Peerless can supply the dissolved air flotation units with the following design options:

  • Atmospheric Tank or Pressurized Vessel
  • Integrated coalescing plate pack, for high inlet oil concentrations
  • Stand-alone unit or fully skidded unit
  • Using microbubble-generating multi-phase
  • Using pump, compressor, and saturation vessel configuration
  • Using microbubble diffusing membranes

FEATURES & BENEFITS

  • High contaminant removal
  • Cost effective alternative to conventional sedimentation clarification processes
  • Capable of treating a wide range of suspended solids in water
CECO Environmental

APPLICATIONS

  • Wastewater Treatment
  • Desalination
  • Process Water Production
  • Drinking Water Intake
  • Offshore Produced Water
  • Onshore Produced Water
  • Pulp and Paper Plant