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<TITLE>PROCINT | Oil and Gas Industry</TITLE>
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<H1> Introduction</H1>
PROCINT is been established in 2006 by skilled people having extensive experience in the oil and gas industry. <br>
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The name PROCINT has been derived from PROCess and PROCurement INTernational, explaining the core business activity of PROCINT. <br>
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The focus of PROCINT is on the supply of oil and gas separation systems, process equipment and modular process units. <br>
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The final aim is to be able to deliver a full range of products and services that are required for building modular process modules for the on~ and offshore industry. <br>
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<H1>Current Product Portfolio </H1>
FPSO topsides (modules) <br>
Crude oil separators <br>
Electrostatic dehydrators and desalters <br>
Chemical injection skids <br>
Gas Treatment and Conditioning Systems <br>
Gas, Liquids and Solids Separation Systems <br>
VME Proprietary Separator Internals <br>
Plunger Pump (packages) for well servicing, pigging and hydrotesting <br>
Automatic Backwash Strainers <br>
Manual Strainers (Temp/Y-type/T-type/Basket) <br>
Dual Plate and Silent Check Valves <br>
Butterfly Valves <br>
On Line Valve Lubrication and Sealing System <br>
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<H1>Process Equipment & Systems</H1>
FPSO topsides <br>
Crude oil separation <br>
Electrostatic dehydrators and desalters <br>
Chemical injection skids <br>
Gas Treatment and Conditioning <br>
Gas, Liquids and Solids Separation Systems <br>
VME Proprietary Separator Internals <br>
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<H1>FPSO Topsides</H1>
Procint and their fabricator VME Process can supply you with complete Topside Modules and Systems <br>
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VME Process, Inc (VME) is a global supply company that provides separation products and technology to many industry sectors especially on the international oil and gas markets. Range of products includes TEG Gas Dehydration, Membrane & Amine Solvent Gas Sweetening (CO2 & H2S), Crude Oil and Gas Separators and Internals, Produced Water Treatment, Seawater Filtration and Deareation, Fuel Gas Conditioning and Chemical Injection systems. <br>
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Our expertise typically consists of the process design, guarantee and supply of various process systems for FPSO΄s. This involves the minimum requirements for the design, material selection, fabrication, inspection and testing,certification, preparation for shipment and supply of equipment related to the FPSO Topsides equipment. <br>
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We are using our own proprietary internals which are specifically designed for motion control and enhanced separation on the FPSO. <br>
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<H1>Crude Oil Separation </H1>
Procint and their fabricator VME Process can supply you the following Crude Oil Separation systems:
Complete Crude Oil Separation Module
Test and Production Separators
Intermediate and Low Pressure Separators
Oily/Produced Water Separators
Stabilization Separators
Coalescers (Electrostatic or Mechanical)
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<H1>Electrostatic dehydrators and desalters</H1>
Procint and their fabricator VME Process can supply you the following Electrostatic dehydration and desalting systems:
Non-Heated and Heated Electrostatic Dehydrators
Single and Two Stage Desalters
Piggyback Coalescers
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<h1>Chemical Injection Skids</H1>
Procint and their fabricator VME Process can supply you with complete engineered chemical injection systems.
Typical scope of work will include the design, material selection of pumps, fabrication of tanks, skid structure and piping, inspection and testing and export packing.
Several types of chemical injection:
Demulsifier
Oil Defoamer
Reverse Demulsifier
Wax Inhibitor
Corrosion Inhibitor
Scale Inhibitor
Asphaltene Inhibitor
LDHI
Methanol
Other chemicals
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<H1>Gas Treatment and Conditioning </H1>
Procint and their fabricator VME Process can supply you the following Gas Treatment and Conditioning systems:
TEG Gas Dehydration and Glycol Regeneration
MEG Injection and Regeneration
Gas Sweetening (CO2 and H2S) using Amine Solvent
Fuel Gas Conditioning
Gas Separation and Condensate Handling
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<H1>Gas, Liquids and Solids Separation Systems </H1>
Procint and their fabricator VME Process can supply you the following Gas, Liquids and Solids Separation Systems:
Scrubbers
Filter Separators
Dry Gas Filters
Desanding Cyclones
Deoiler Hydrocyclones
Corrugated Plate Interceptors (CPI)
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<h1>VME Proprietary Separator Internals</H1>
Cyclonic and Vane-Type Inlet Diffusers
Cyclonic Inlet Devices
Multi-Vane Inlet Devices
Vane Mist Eliminators
Foam Breakers
Coalescer Packs
Motion Baffles
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<H1>Cyclonic Inlet Devices</H1>
As member of the family of inlet devices that VME manufactures and provides for its customers, these devices introduce the liquids and gases into a pressure vessel in a manner that separates the bulk gas from the liquid and eliminates or significantly reduces the development of foam in the vessel. It can be used to aid the oil and water separation also through the cyclonic action in the tubes.
The Process
As the fluids (typically a mixture of oil, water and gas) pass through the inlet pipe and nozzle the flow is split into two or more cyclone tubes by regularly spaced tube openings. These then direct the flow of fluids tangentially in the tubes encouraging the liquids to flow to the tube walls while the gas stays in the center and so forms a vortex shape. The gas flows out of the top of the tube and the liquid out of the bottom. The fluids velocities are decreased and the bulk of gas and liquids separate. These perform well from medium to high momentum values.
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<H1>Multi-Vane Inlet Devices</H1>
As member of the family of inlet devices that VME manufactures and provides for its customers, this device introduces the liquids and gases into a pressure vessel in a more gentle manner than the standard splash baffle or vane diffuser style of inlet device. These latter styles can be supplied by VME but are typically part of the vessel fabricator supply.
The process
As the fluids (typically a mixture of oil, water and gas) pass through the inlet pipe and nozzle, the flow is split into a number of streams by vanes which are regularly spaced. These then direct the flow of fluids perpendicularly to the inlet flow direction. The fluids velocity is decreased and the bulk of gas and liquids separate. It performs well from low to modest momentum values. Flows of high momentum values tend to sheer the liquids excessively creating fine droplets.
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<H1>Vane Mist Eliminators</H1>
Vane-type mist eliminators are used for high efficiency separation of liquid from gas and are less susceptible to plugging than mesh-type demisters. VME Fabricators designs and manufactures three different types of vane mist eliminators; the Dynamic PocketTM, Single Pocket and Double Pocket. Since VME custom designs and fabricates each unit, our engineers will select the proper materials, vane spacing, dimensions and configuration to meet your project requirements.
<H2>Dynamic Pocket Mist Eliminator</H2>
The Dynamic Pocket vane mist eliminator, commonly referred to as a Chevron, Hookless, or pocketless mist extractor can be used in horizontal or vertical flow service. VME's unique design provides a tortuous path of directional hanges using a series of expansions and contractions without the use of rigid or fixed pockets. This design provides the least amount of pressure drop and is ideal to use in fouling service. For vertical flow applications, this design allows the coalesced liquid droplets to fall uninhibited to the liquid phase. If your application calls for removal of viscous liquids or sticky solids, VME's Dynamic Pocket design may be your best choice.
<H2>Single Pocket Mist Eliminator </H2>
Designed for high liquid loading, VME's Single Pocket vane mist eliminator is a modified version of our high efficiency Dynamic PocketTM design. The Single Pocket vane uses wider plate spacing and incorporates liquid collection pockets. The collection pockets are strategically placed to remove the larger liquid droplets thereby increasing the separation efficiency of smaller droplets. The pockets also minimize re-entrainment in high velocity units.
<H2>Double Pocket Mist Eliminator</H2>
The Double Pocket cane mist eliminator is used for special treatment applications that require high efficiency separation or foam breakdown. VME's proprietary design incorporates wide plate spacing and a specially formed double pocket. Using the same principle as our Single Pocket design for high liquid loading, the collection pockets are strategically placed to remove the larger liquid droplets thereby increasing the separation efficiency of smaller droplets. The Double Pocket mist extractor is also highly efficient in breaking form.
Vane or impingement type mist eliminators have been effectively utilized in many different industries. In fact, they can be oriented for used in either vertical flow or horizontal flow service depending on the specific application. In vertical flow service, the coalesced and separated liquid migrates counter-current to the gas flow. Then installed for horizontal flow, the vane mist eliminator allows the liquid to settle perpendicular to the bulk gas flow thereby increasing separation efficiency. Since the primary mechanism for droplet removal is by impingement, design velocity and cane configuration is critical to the performance of the unit. A design that is too conservative may not provide enough turbulence to remove smaller droplets while undersizing may cause separated liquid droplets to become re-entrained in the gas. Therefore, mist eliminators should be sized and designed by an experienced engineer. When properly designed, vane-type mist eliminators can remove droplet sized as low as five microns (5 ΅m) in certain applications.
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<H1>Foam Breakers </H1>
Foam can cause sever separation problems in liquid-gas separators requiring long residence times to become resolved. Although this problem is expected in some oil production systems, it requires specifically designed equipment and possibly the use of anti-foam chemicals to maintain acceptable unit operation and to keep vessel sizes practical. VME Fabricators manufactures a proprietary designed double pocket foam breaker that is extremely effective at breaking down foam. When installed in a production separator, VME's foam breakers can improve liquid-gas separation with or without the use of anti-foam chemicals. In one retrofit application, the foam breakers were so effective at breaking down the foam and removing liquid mist that the downstream mist eliminators were removed without compromising unit performance.
The process
VME's proprietary double pocket foam breaker packs are engineered to break foam by thinning the liquid film around the gas bubbles. When foam enters the pack, some of the larger bubbles break immediately. The smaller, more stabilized bubbles travel through the pack until they reach the double pocket area. The bubbles are forced through a much smaller area thereby stretching the bubble and thinning the film surrounding it. Some of the bubbles burst at this location while others flow into the wide channel. This channel causes the thin bubbles to rapidly expand which ultimately ruptures the remaining gas bubbles. The pockets also serve as a liquid drainage channel that can quickly remove the separated aqueous phase.
Foam breakers are typically constructed of stainless steel to reduce the potential for corrosion. Carbon steel and other more exotic alloys can be used if you application requires them.
When combined with a vane-type or centrifugal inlet device, foam generation can be kept to a minimum in new or retrofit applications. Vane-type inlet devices slowly reduce the momentum of the incoming fluid which decreases the amount of foam. Centrifugal inlet devices use the high momentum to help separate the liquid form the gas. VME can fabricate inlet devices designed by your company or we can provide our own special design.
VME's custom designed process internals are engineered and fabricated to minimize downtime in retrofit projects. Is foam generation expected to be a problem? Let VME help solve you next foaming problem using proven foam-breaking internals.
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<H1>Coalescer Packs</H1>
With pressing world environmental demands, VME designed and fabricated its first Corrugated Plate Coalescer (or CPC Pack) in 1985 for the separation of oil from water. The liquid-liquid coalescer was installed on an offshore production platform in the Gulf of Mexico for treatment of produced water. VME's Corrugated Plate Coalescer reduced the oil content in the water from over 1,000 ppm to less than 20 ppm and is still in operation today. Since that time, VME has designed and furnished CPC Packs for over 80 installations; a few of which had capacities in excess of 100,000 BPD. CPC Packs have also been successfully utilized in oily water cleanup with 11° API heavy oil!
Benefits of CPC Packs in New Applications:
Smaller Separators
Improved Separation Efficiency
Higher Safety Margin
Lower Operating Cost
CPC PacksTM can be designed for counter-current or cross flow treatment systems. In either design, droplet migration is enhanced since it only has to rise an inch or two, not several feet. Oil droplets, because of their lower density, rise to the bottom side of the coalescer plate while large diameter solids fall to the top of the plate below. Since the impurities travel perpendicular to the bulk flow, separation of the immiscible liquids continues as the bulk fluid travels though the coalescer pack. Depending on the application, one or more CPC Packs may be necessary to achieve the degree of separation required.
Not only have CPC Packs been successful in oily water separators, they have been used extensively in three-phase production separators in many locations such as the Gulf of Mexico and the Middle East. In bulk oil/water separation, VME's coalescer packs increased water removal 1500% over the original configuration in one application1. In other cases, VME's proprietary internals improved separator efficiencies and decreased demulsifier chemical consumption. Used in new applications, coalescer packs can decrease the size of gravity separators thereby decreasing capital expense and saving valuable plot space.
Since VME Fabricators custom designs all of our products, we can manufacture a CPC Pack to fit into existing production separators, CPI separators, API separators, or skimmer vessels. Using VME's proprietary design software, our experienced engineers can also provide process support in designing new water treatment facilities or separation systems.
CPC Pack can be fabricated from materials such as stainless steel, carbon steel, fiberglass reinforced polyester (FRP) polypropylene, or other material depending upon your specific application. Let VME Fabricators assist you with your next liquid-liquid separation problem.
VME's custom designed process internals are engineered and fabricated to minimize downtime in retrofit projects. Is foam generation expected to be a problem? Let VME help solve you next foaming problem using proven foam-breaking internals.
<h1>Benefits of CPC Packs in Retrofit Applications: </H1>
Increased Liquid Capacity
Improved Separation Efficiency
Cleaner Effluent Water
Reduced Chemical Costs
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<H1>Pumps and Pump Packages</H1>
Procint and their fabricator S_K Supply can supply you with pumps and pump packages for the following applications:
Plunger Pumps and packages for:
Well Servicing
Pigging
De-Scaling
Hydrotesting / Pipeline Pressure Testing
Water Injection
Condensate transfer
Crude Oil Transfer
Methanol Injection
Chemical Transfer for (petro) chemical and offshore industries
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<H1>Piping</H1>
Procint and their fabricator IFC can supply you with the following special piping items:
Special Piping Items
Cast Strainers
Y-type
Simplex Basket
Duplex Basket
Fabricated Strainers
Temporary
Y-type
T-Type
Basket
<H1>Valves </H1>
Dual Plate Check Valves
Silent Check Valves
Butterfly Valves
IFC manufactures & stocks a full line of Strainers, Valves and Pipeline Accessories.
All IFC products are manufactured and tested to ASME and CSA standards.
Most product lines are available in sizes up to 60 in diameter and pressures up to 10, 000 PSIG.
Materials include: cast and ductile iron, bronze, carbon steel, stainless steel and duplex in pressure classes 125 lb through 2500 lb.
For extreme and special operating conditions, products manufactured from special alloys can also be supplied.
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<H1>Cast Y-strainers</H1>
Features:
Low pressure drop streamlined design
Compact end to end dimensions
Standard Size Range: Ό (8mm) up to 16 (400 mm) and larger
Materials of Construction
Cast Iron
Ductile Iron
Bronze
Carbon Steel
Low-Temp Steel
Chrome Molly
Stainless Steel
Duplex Stainless Steel
Download Full Product Catalogue
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<H1>Cast Simplex and Duplex Basket Strainers</H1>
Features:
Filtration down to 40 microns
Generously sized strainer baskets
Standard Size Range: 1/2 (15mm) up to 20 (500 mm) and larger
Materials of Construction
Cast Iron
Bronze
Carbon Steel
Low-Temp Steel
Stainless Steel
Duplex Stainless Steel
Download Full Product Catalogue
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<H1>Fabricated Strainers</H1>
Features:
Standard line of Temporary, Tee, Y, Basket and Duplex Strainers
Custom Strainers to meet individual space or performance requirements
Automated self-cleaning strainer/systems.
Screens and Baskets
Materials of Construction
Cast Iron
Bronze
Carbon Steel
Low-Temp Steel
Stainless Steel
Duplex Stainless Steel
Download Full Product Catalogue
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<H1>Dual Plate and Silent Check Valves</H1>
Features:
Standard Size Range: 1/4 (15mm) up to 60 (1500 mm) and larger
Materials of Construction
Cast Iron
Ductile Iron
Bronze
Carbon Steel
Stainless Steel
Duplex Stainless Steel
Download Full Product Catalogue
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<H1>Butterfly Valves</H1>
Features:
Resilient Seated, High Performance and Damper Butterfly Valve types are available
Standard Size Range: 2" (50mm) up to 60" (1500 mm) and larger
Materials of Construction
Cast Iron
Ductile Iron
Bronze
Carbon Steel
Stainless Steel
Duplex Stainless Steel
Download Full Product Catalogue <br>
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<H1>Filtrations</H1>
Automaric Filtration
Automatic Backwash Filter
Manual Filtration
Temporary Strainers
Y-strainers
T-strainers
Basket Strainers (simplex and duplex)
All above items in cast and fabricated
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<H1>R.P. ADAMS PORO-EDGE AUTOMATIC SELF-CLEANING STRAINERS</H1>
Procint and their fabricator R.P. Adams can supply you with automatic backwash filters for the following industries and media:
Industries served:
- Offshore Oil and Gas Industry
- Chemical and Petro Chemical Industry
- Refineries
- Steel Works and Mills
- Civil Engineering Industry
- Power Plants
- Breweries
- Water Treatment Plants
Media:
- All water types, like cooling water, sea water, surface water, etc.
- Emulsions
- Other Liquid Products
The Operating Principle
Straining
As raw water enters the unit, it passes thro u g h the tubesheet into the ports of the multiple P o ro - E d g e strainer tubes, causing dirt and debris to collect along the length of the tube. The tubes retain any solids while allowing clean water to pass through the slots and into the strained water chamber where it exits via the outlet.
The strainer operates continually with only a 2 PSIG pressure drop until the filter media are seventy five percent (75%) full of dirt
Unlike other strainer designs, the tubesheet is the reason for the 2 PSIG pressure drop, not the filter media.
As the strainer continues to collect the dirt beyond the 75% full condition, the pressure drop begins to increase.
At 4 PSIG, the strainer goes into backwash mode.
Backwashing
During backwashing the stainless steel backwash assembly rotates along the tubesheet. The seal plate forms a pressure tight connection with the tubesheet permitting each tube to be cleaned one at a time in consecutive ord e r.
Unlike other designs, the Poro-Edge media of the R.P. ADAMS Strainer is separated from the backwash mechanism by a substantial metal tube sheet. This prevents the backwash mechanism from coming into contact with the media and damaging the elements caused by l a rge solids becoming lodged between the media and the backwash arm. In the event of the shear key failing, due to very l a rge solids entering the raw water chamber, the large surface area of the P o ro-Edge media will permit flow to continue, allowing time to correct the p roblem before a loss of flow is encountere d .
The Advantages
Poro-Edge Media & Full Flow Protection
All R.P. ADAMS strainers use Poro-Edge media. The Poro-Edge element is made from continuous trapezoidal wire which is welded to axial stringers at every intersection.
This forms a one-piece screen of amazing strength. The cylindrical wedge-wire media provides the largest effective straining area (dirt-holding capacity) of any automatic water strainer, while operating at a lower average pressure loss. The large open area allows greater efficiency by increasing the time between backwashing. In addition, the media is protected from damage by a large metal tubesheet separating the backwash mechanism and the media.
Available in several levels of separation, Poro-Edge media can safely handle differential pressures up to 200 PSIG, collapse or burst. R.P. ADAMS Automatic Self-Cleaning Strainers have a standard design pressure of 150 PSIG. Higher design pressures, special materials of construction and ASME Code design and stamp are available .
Operating Economics
By design, R . P. ADAMS Po ro - Edge strainers will operate at a clean pressure drop, typically 2 PSIG, until a 75% full condition exists. A lower pressure drop results in power savings and a better ability to handle upset conditions that would blind other strainers.
Space Saving Design for Economical Installation
Available in horizontal or ve rtical configurations, R.P. ADAMS Automatic Self-Cleaning Strainers adopt an efficient design which eliminates unnecessary piping and fittings. In addition, the flexibility of the strainer allows the inlet and outlet nozzles to be located in several different positions, including on the same side, if required .
Two-Year Warranty
All R.P. ADAMS Automatic Self-Cleaning Strainers are backed by a two-year warranty on materials and workmanship.
Element Exchange Program
When the unit has started operation and it becomes clear that the real process data are different from the data at engineering stage, then R.P. Adams will re-design and fabricate new filter elements for free. The only costs that are charged will be the transport costs for exchanging the elements. Note however that this service can only be applied within 2 months after the unit has been put in operation.
While a single basket strainer design may look attractive in capital cost, many customers have discovered that it is more expensive when you consider the TOTAL COST which includes maintenance and operation!
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<H1> Company Details</H1>
Procint B.V.
Oosterlaan 61
3971 AH Driebergen
The Netherlands
E info@procint.nl
E sales@procint.nl
I www.procint.nl
Your contacts
Mr. Matthieu Smit
Managing Director
T +31 (0)343 510210
F +31 (0)343 522600
E m.smit@procint.nl
Mr. Arjan Roodhorst
General Manager
T +31 (0)343 513966
F +31 (0)343 522600
E a.roodhorst@procint.nl
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<H1>VME Process</H1>
Introduction
VME Process, Inc (VME) is a global supply company that provides separation products and technology to many industry sectors especially on the international oil and gas markets. Range of products includes TEG Gas Dehydration, Membrane & Amine Solvent Gas Sweetening (CO2 & H2S), Crude Oil and Gas Separators and Internals, Produced Water Treatment, Seawater Filtration and Deareation, Fuel Gas Conditioning and Chemical Injection systems. VMEs corporate headquarters complete with design, engineering, and fabrication capabilities is located in Tyler, Texas (USA). Our Tyler office is home for most of our corporate departments including administration, project management, sales, engineering, design, fabrication, and quality control. All of our custom designed separation products and vessel internals are fabricated at this location.
VME Technical Services Sdn Bhd (VMETS) is located in Kuala Lumpur Malaysia. VMETS is our local technical supports and provide services for design, procurement, project management, expediting, fabrication supervision, FAT, commissioning supervision and training. Our fabrication shop located in Shah Alam, Malaysia
VME was founded and incorporated in 1985 under the name VME Fabricators to design, and manufacture small packaged equipment and custom products for the oil and petrochemical industries. The company enjoyed immediate success and gained recognition in the international oil and gas industries for its custom designed internals. During that time, VME had extended its separation products into other industries such as pulp and paper, gas processing, steam production, water treatment, and petroleum refining.
Many of our customers have been E&C companies, fabrication companies, or vessel suppliers. Companies familiar with VME have enjoyed our quality products and on-time deliveries. We continue to receive the highest honor possible from our customers; that is their repeat business. VME is known as an expert in the design and supply of process equipment and custom separation products for both onshore and offshore projects.
Through our engineers and affiliates we have experience in the supply of equipment for:
FPSO topsides
Crude oil separation
Electrostatic dehydrators and desalters
Chemical injection skids
Fuel gas conditioning skids
Gas treating and compression
Water treatment
Custom Fabrication
At VME, we provide ourselves in developing better ways to do things. Over the years we have automated many of our labor-intensive activities resulting in lower operating costs and shorter product deliveries. All of this adds up to larger savings for our customers without compromising quality. Our products are custom designed and fabricated for each individual project.
Experience List
Our supply of custom designed products are presently used in processing equipment throughout North and South America, Africa, the Middle East, and Southeast Asia making VME a global supplier of separation equipment and technology.
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<H1>S&K Supply </H1>
S&K Supply, Inc. has started its activities in 1989, manufacturing pump packages for the oil and gas industry in East Texas. Soon the company grew and so did the market area. Nowadays, S&K Supply supplies the industry worldwide, both onshore as well as offshore. Since 1998, a good share of orders come from companies involved in FPSO / FSOs.
S&K Supply is located in the heart of East Texas' Oilfields and is fully equipped with its own shop, testing facility, warehouse and offices.
We can offer you:
Sales and service of Salt Water Disposal & Water Flood Pumps, packages and parts
Sales and service of Stimulation Well Service Pumps, packages and parts
Sales and service of Drilling Rig and related equipment (including engines)
Sales and service of S&K line of plunger and piston pumps for Salt Water Disposal and Stimulation.
Pump re-manufacturing of all major brands of Plunger, Piston, Centrifugal and Process Pumps.
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<H1> Islip Flow Controls (IFC)</H1>
About IFC
With over 30 years experience, professionals have made ISLIP Flow Controls their number one choice for Strainers, Valves and Pipeline Accessories.
Since founder David Islip formed the business we have maintained a family company with family values:
- Integrity
- Commitment to superior service
- Dedication to solving problems
- Developing the best products in every market we serve
Industries served
IFCs products are found around the globe. From Arizona to Australia, and Singapore to Saudi Arabia, ISLIP is there. We are the manufacturers of choice for professionals who know that quality, service and dependability equal success. Industries served include:
Metal & Mining
Pulp & Paper
Oil & Gas
Exploration
Chemicals
Water Treatment
Power Generation
Sales & Service
Customer service, proper inventory levels and competitive pricing are the driving force behind the success of IFC. We offer a product line that is complete and of the highest quality level. Inside sales personnel are well trained and highly knowledgeable of both our product and our customer's needs. Our stocking program includes products that suit both commercial and industrial applications allowing us to service all market sectors efficiently.
Engineering & Project Management
Our in-house Engineering Department is able to design product to suit a customer's specific needs while our certified welding and manufacturing capabilities allow us to produce product on time and on budget.
It addition to design work our Engineering Department carries out the companies project management duties. IFC has undertaken projects for many petrochemical, hydroelectric and engineering clientele throughout the world.
Quality Control
All ISLIP Flow Control products are strictly manufactured and tested in accordance with applicable ASME and CSA standards as well as specific customer requirements.
Our Certificates
- TSSA Certificate of Authorization
- Canadian Registration Numbers (CRN)
IFC maintains a formal and completely documented Quality Control Program to meet the strict quality assurance requirements of major industries as well as those of particular customers. Documentation as required by a product's code of construction is available for all products produced. Our QA Program has been formally approved by the Canadian Provincial Jurisdictional Authority of Ontario (T.S.S.A.).
In addition to normal QC Inspection, the following tests are routinely performed:
Tensile, bend, hardness, impact tests (Subcontract)
Non-Destructive Testing
Liquid Penetrant
Radiography, Ultrasonic, Magnetic Particle (Subcontract)
Positive Material Identification (PMI)
OUR PRODUCTS
Click the links for complete product information.
Product Line Overview
Product Line Overview
Cast Y-Strainers
Cast Simplex Strainers
Cast Duplex Strainers
Fabricated Strainers
Automatic Strainers
Butterfly Valves
Check Valves
Floating Ball Valves
Air Release Valves
Boiler Blowdown Tanks
Drip Pan Elbows
Exhaust Heads
Flash Tanks
Moisture Separators
Rubber Connectors
Suction Diffusers
Triple Duty Valves
Custom Vessel Fabrication
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<H1>R.P. Adams</H1>
For more than 60 years, R.P. Adams has provided Industrial Filtration equipment, Automatic Water Strainers, Shell and Tube Heat Exchangers, Aftercoolers, and Cyclone Separators to meet our customers needs.
Headquarters for R.P. Adams product sales, engineering, and manufacturing are in Buffalo, NY. We also offer responsive sales and technical support through a worldwide network of experienced factory-trained Engineers. From applications know-how, fast quotation preparation, technical assistance, and spare parts availability, R.P. Adams and our representatives are your dedicated resource for solving heat transfer and liquid filter process requirements.
Liquid Filtration Technology
Our Liquid Filtration know-how has set the standard in the filtration industry with Automatic Water Strainer Technology and advanced Potable Water Filtration Systems for municipal drinking water plants.
Quality and Reliability You Can Count On
R.P. Adams has an established reputation for designing and manufacturing quality products that have reliability unequaled in the industry. Our process equipment is made to handle demanding applications where others have been known to fail.
More Standard And Custom Solutions
R. P. Adams has an unmatched selection of off-the-shelf units available for immediate delivery. When your application calls for a custom solution, Adams Engineers have the industry experience to select the product that is right for your specific process, thereby assuring you that the equipment being specified will meet or exceed your specifications.
Our proven record of on-time deliveries and long-term product reliability assures you that the equipment is available when you need it and that it will provide many years of trouble-free service.
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