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Offshore Platform Equipment

Offshore Platform Equipment

ENGINEERED SOLUTIONS

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  • Solutions
  • Slug Catchers
  • Vortex Separators
    • Vortex Tube
    • Vortex Cluster
  • Extruded Outlet Headers
  • Pressure Vessels
  • Launchers & Receivers
  • Offshore Platform Equipment

ENGINEERED SOLUTIONS

Taylor Forge has been involved in the design and manufacturing of components and skid mounted equipment since the mid-1950’s and continues to be an industry leader today. As new technology has allowed producers to go into deepwater regions to find oil and gas, Taylor Forge has been the trusted vendor for up to 20,000psi solutions for offshore applications. TFES’s design and fabrication capabilities and high-pressure experience have allowed pigging technology to keep up with this ever-evolving market. We have the capability to hydrostatically test assemblies to 50,000 psi. Requiring the application of various pipeline codes and appendices, offshore equipment requires a level of engineering and fabrication quality that is beyond that of your typical fabricator. With numerous metallurgical engineers on staff, Taylor Forge has the in-house testing and shop capabilities for designing and fabricating high yield fittings and vessels that is not scene in the industry.  

DESIGN EXPERTIESE 

Experienced engineers that are approved to work with B31.3 Section 9 code requirements

DEPENDABLE QUALITY 

In-house testing and heat treating means we control our products quality, not our vendor’s quality.

Overview

OUR EXPERIENCE 

Our proprietary High Strength Low Alloy (HSLA) forging materials, have been developed by Taylor Forge Engineered Systems (TFES) for use in high pressure applications requiring high strength, excellent toughness, and good weldability. Taylor Forge’s unique HSLA forging materials are intended to be the starting material for components certified to MSS SP-75, CSA Z245.11, ASTM A-694, ISO 15590, and API 6A for grades up to 80ksi yield strength.

Since 2000, TFES has supplied more than 720 tons of high pressure components using our proprietary materials for customers such as: BP America, Chevron, Shell Deepwater, Petrobras, SBM Atlantis, Andarko, Williams, and FMC. To view all informational PDF’s available please visit our Resources section. 

Resources

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Our Technical Library

A Procurement Perspective: 5 Ways to Save Money Buying a Finger Type Slug Catcher

A Procurement Perspective: 5 Ways to Save Money Buying a Finger Type Slug Catcher

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9 Design Considerations Engineers Should Use To Optimize Their Finger Type Slug Catcher

9 Design Considerations Engineers Should Use To Optimize Their Finger Type Slug Catcher

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What is a Slug and Why do we Need Slug Catchers?

What is a Slug and Why do we Need Slug Catchers?

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5 Project Metrics to Assess if you Need a Finger or Vessel Slug Catcher

5 Project Metrics to Assess if you Need a Finger or Vessel Slug Catcher

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Separation Methods for a Harp or Finger Slug Catcher

Separation Methods for a Harp or Finger Slug Catcher

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Balance and Distribution in a Finger Type Slug Catcher

Balance and Distribution in a Finger Type Slug Catcher

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Introduction to Cyclonic or Vortex Separation in Gas Processing

Introduction to Cyclonic or Vortex Separation in Gas Processing

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A Procurement Perspective: How to save money and time with vortex separation vessels

A Procurement Perspective: How to save money and time with vortex separation vessels

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Vortex Tube Separation in Gas Processing

Vortex Tube Separation in Gas Processing

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Vortex Cluster Separation in Gas Processing

Vortex Cluster Separation in Gas Processing

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Extruded Header and Manifold Design Principles

Extruded Header and Manifold Design Principles

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Manufacturing Process for Extruded Outlets in Gas Processing

Manufacturing Process for Extruded Outlets in Gas Processing

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where-to-use-extrusions

What Makes an Extrusion Unique? Where Should You Use Extrusions?

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pressure-vessels-asme-div-1-vs-2

ASME Section VIII Div 1 vs. Div 2 for Pressure Vessels

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asme-d1vd2-quality-req.-header

ASME Div 1 vs. Div 2 Quality Requirements

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View more technical articles

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