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Fluid Systems Engineering & Management Blog

by Swagelok Northern California

45 Years of Swagelok: Q&A with Gary Rettberg as He Nears Retirement

Swagelok Tube Fittings vs. Flare Fittings

VCO vs. VCR® Fittings: Make The Right Choice For Your Application

Single Ferrule vs. Double Ferrule Tube Fittings

Industrial Process Piping, Tubing, and Components

System Design for Gases Used in Semiconductor Manufacturing

Fluid System Components for the Semiconductor Manufacturing Process

Industrial Fluid Systems in Oil and Gas

Meeting Challenges in Process Piping Design and Assembly

The Role of Inert Gas Systems in Semiconductor Fabrication

Understanding the Two Types of Specialty Gas Changeover Systems

The Role of a Bulk Specialty Gas System in Refineries and Semiconductor Manufacturing

Semiconductor Vacuum Systems: The Importance of High-Quality Components for Cleanliness

The Use of 316 SS Socket Weld Fittings in Tube Welding

Meeting ASME Boiler and Pressure Vessel Codes Through Design and Material Selection

Developing Process Fluid Heat Transfer Systems

TIG Weld Stainless Steel With Chill Blocks: Heat Management in Orbital Welding

Developing Fluid Product Systems in Semiconductor Cleanroom Designs

What Is a Manifold in the Oil and Gas Industry?

Fabricating High Specification Industrial Gas Manifolds for Corrosive Gasses

Orbital Tube Welding for High Pressure Instrumentation, Service Systems

Preventing High Temperature Hydrogen Attack Through Improved Instrumentation Tubing Metallurgy

High Pressure Stainless Steel Tubing’s Role in Instrumentation in the Petrochemical Industry

Improve Semiconductor Wafer Fabrication with Reliable Components From the Start

Refining Semiconductor Fabrication Techniques to Streamline Production

Keeping Semiconductor Fabrication Cost-Effective with High-Quality Components

Orbital Welding Training for Tube-to-Tube Applications in Northern California

Gas Sampling Conditioning Systems for Accurate Sample Analysis

Semiconductor Fab Temperature: Thermal Management Solutions for Your Manufacturing Process

How To Mitigate Semiconductor Manufacturing Hazards in Your Northern California Facility

Integrating Thermal Management Solutions for Vapor Chambers

Selecting Thermal Management Applications for Semiconductor Manufacturers

Understanding Thermal Dissipation Management Technology for Semiconductor OEMs

Semiconductor Fab Energy Consumption: Reinvesting in Your Equipment Can Lead to Big Savings

The Importance of Orbital Welding Training of Stainless Steel Tubing

How Industrial Gas Sampling Engineering Can Provide Budgetary Relief

How Custom Components Can Mitigate Top Thermal Management Challenges For Semiconductor OEMs

Does Your Orbital Welding Training Include Troubleshooting Expertise?

Selecting Orbital Welding Training: Tips on Finding the Right Program in Northern California

Minimize Fugitive Emissions With Valves to Meet California’s High Regulatory Standards

Reasons Orbital Welding Training by Equipment Manufacturers in Northern California Is Your Best Option

Choosing Orbital Welding Training for Semiconductor OEMs in Northern California

How To Solve Tapered Pipe Thread Leaking in Northern California Industrial Plants

Top 6 Semiconductor Manufacturing Trends That Northern California OEMs Should Follow

Top 5 Orbital Welding Training Benefits for Industrial Facilities

Solutions for Semiconductor Manufacturing Value Chain Interruptions for Northern California Fabs and OEMs

Mitigate Semiconductor Manufacturing Hazards to HSE With These 3 Tips

Choosing an Industrial Gas Sampling Point in Legacy Refineries

Selecting Semiconductor Gas Delivery Equipment: Why Your Vendor Partnership Matters in Northern California

Comparing Northern California Semiconductor Equipment Suppliers of Gas Distribution Systems

Mitigating Dry Gas Seal Nitrogen Consumption in Northern California Refineries

When Should You Switch to a Dry Gas Seal Application in California Bay Area Refineries?

Understanding the Dry Gas Seal API Standard for Optimal Gas Supply Efficiency in Northern California Refineries

Choosing a Pressure Control Valve for Oil and Gas Applications

Selecting Among Dry Gas Seal Support Systems for Northern California Industries

When you Need a Dry Gas Seal Assembly in Northern California, Remember the Seal Support System Too

Mitigate Dry Gas Seal Failure Modes With One Simple Solution for California Refineries

How to Maintain Dry Gas Seal Pressure: What Northern California Refineries Need to Know

Don’t Build a Mechanical Seal Support With Just an Assembly Drawing—There’s Help Available in Northern California

How to Select a Gas Distribution Panel for Hydrogen in Northern California

How API Plan 72 Supports Mechanical Seal Reliability—And Why California Refineries Need Implementation Support

Choosing Among Non-Contacting Seals: Making the Best Choice for Northern California Refineries

Top 4 Benefits of Dry Running Containment Seals—And Their Support Systems

Your API Plan 72 Needs Protection: How to Ensure Optimal MTBF for Seals in California Refineries

Selecting a Better Gas Changeover Panel Design for Northern California Refineries

How to Improve API Plan 682 Arrangements for Better Rotating Equipment Reliability

Custom Gas Distribution System Design and Fabrication

Need a Gas Sample Bomb? Why You Need a Local Vendor in Northern California

Comprehensive Grab Sampling Diagrams and Explanations

When Your Gas Sampling Bomb Fails the Test—Do This

Selecting the Right Grab Sampling Equipment for a Northern California Plant

Why a Gas Sampling Bomb for Hydrogen Should Come From a Local Vendor

Ensure Your Gas Bomb Sampling Procedure Doesn’t Fall Short in Northern California

Choosing Among Gas Sampling Methods for Northern California Refining Processes

Why Gas Panel Design Layout Customization Options Are Critical for Northern California Industries

Communicating Your Gas Panel Design Specification: What Your California Vendor Needs to Know

If Your Grab Sampling Procedure Produces Inconsistent Results in Northern California—Do This

Which Pump Seal Types Are Most Common in Northern California Refineries?

The Best Gas Panel Design Configurator Alternative for Bay Area Industrial Plants

When Does Mechanical Seal Support Refurbishment Make Sense?

Choosing a Refinery Gas Analyzer: Top 5 Considerations for Making the Right Decision

Analyzer Shelter Safety in California Refineries Begins With Well-Designed Sampling Systems

Why Your Gas Panel Design Layout Matters in Northern California Refineries

Overlooking Dead Leg Piping Corrosion Can Have Significant Consequences for California Refineries

Determine the API Plan 32 Seal Flush Flow Rate With These Resources

How Do Gas Pressure Regulators Work for Industrial Processes?

Gas Panel Designer and Manufacturer: The Value of Choosing an All-in-One Vendor

How a Seal Support System Aids Recovery of Hydrocarbons

Understand Seal Support Quench Systems to Avoid Costly Problems

Which API Plan for a Double Mechanical Seal Should You Choose?

Troubleshooting Mechanical Seal Face Chipping Problems: Failure Analysis—and Solutions

Gas Panel Design: Why a New Custom Solution Might Be Your Best Choice

Improve Your Engineering Field Services Benchmarking KPIs This Year

Selecting a Mechanical Seal Support Flushing Plan With Confidence

Why Seal Flushing Is Required and How To Minimize Its Frequency

Diagnosing Mechanical Seal Faces When Vibration is the Symptom

Analyzer Sample System Design Basics for Selecting the Right Options

Analyzer Sample Lag Time Calculation Basics: What You Need to Know to Reduce Uncertainty

Understanding the Difference Between Seal Plan 53A and 53B to Guide System Selection and Design

Why Gland Packing for High-Pressure Processes Should Be Replaced

Leveraging Your Rotating Equipment Asset Management System to Improve Reliability

Is Your Dead Leg Piping Inspection Optimized?

How to Make Closed Loop Sample Extraction Simpler

Choosing Among Fast Loop Gas Sampling Options: The Basics and Beyond

Your Analyzer Requires a More Accurate Fast Loop Calculation: Considerations That Come Into Play for Older Refineries

Pump Seal Plan Selection Isn’t As Simple As It Seems for Northern California Refineries

Mechanical Seal Leak Troubleshooting: A Guide to Solving Your Problem

Factors That Affect the Mechanical Seal Leak Rate—And What You Can Do About It

Simplify Your Rotating Equipment Failure Analysis by Focusing on These 3 Areas

Why the API 682 Mechanical Seal Leak Test Procedure Isn’t Enough

Understanding Sampling Systems for Process Analyzers—And the Design Mistakes to Avoid

The API Plan For Dry Gas Seal: The Basics and Beyond

The Centrifugal Pump Mechanical Seal Is Leaking—Now What?

Dry Gas Seal Troubleshooting Starts With These 3 Common Problems

What Your Rotating Equipment Inspection Checklist May Have Missed

Improve Rotating Equipment Dry Gas Seal Reliability: 3 Common Problems to Avoid

Weighing the Dry Gas Seal Advantages Against Your Other Options

Managing Rotating Equipment HSE Compliance for Aging Petrochem Refineries

Mechanical Seal Support Failure Causes—And What You Can Do About Them

Understanding Liquid Grab Sampling Systems

Is Gland Packing Still Serving Its Purpose for Bay Area Refineries?

API Plan 32 Troubleshooting Doesn’t Have to be a Headache—Here’s What to Do

Your Pump Gland Packing Leakage Rate is Worse Than You Think

Switching From Gland Packing to Mechanical Seals: Surprising Benefits for California Refineries

The Benefits of API Plan 32 Design Build For Bay Area Refineries

Top Gland Packing Seal Advantages and Disadvantages to Consider in Comparison to a Mechanical Seal

Is Your Sample Probe Wake Frequency Calculation Missing Something?

Proactive Mechanical Seal Heat Checking Solutions to Keep in Your Back Pocket

The Best Process Analyzer Systems Include These 4 Elements During Installation

Selecting a Mechanical Seal for High-Temperature Service: Which Additional Components Do You Need?

The Key to Gas Analyzer Calibration Procedure Effectiveness

How to Handle Seal Support System Exhaust Safely—and Without Sanctions

Best Options for a Mechanical Seal for High-Pressure Applications

Mechanical Seal Support Damage: Top 4 Causes to Look Out For

How a Seal Support System Saves on the Operating Costs of Pumps

How Mechanical Seals vs Packing Stack Up For Time, Cost & Safety in California Refineries

Is Seal Support System Lubrication the Cause of Your Mechanical Seal Failure?

Spot Sampling vs Gas Analyzer: Is it Time for Bay Area Refineries to Make the Update?

How Newer Seal Support System Technology Can Improve Maintenance Efficiency in Older Refineries

Know When to Upgrade to Dry Gas Seal Support Systems to Improve Equipment Reliability

Addressing Common Seal Support System Issues Proactively

Don’t Misdiagnose Pump Seal Cooler Problems—Read This First

Top 3 Seal Support System Requirements You Need to Know Before Contacting a Vendor

Mechanical Seal Support Design Calculations Shouldn’t Be Back of Envelope—Here’s Your Answer

Solutions to Common Plan 52 Failure Modes—And How to Get Help If You Still Need It

The Mechanical Seal Installation Considerations You Can’t Miss

What Are Your Best Seal Support System Replacement Options in Northern California?

How to Extend a Mechanical Seal Lifespan When Petrochem Plant Budgets are Lean

Understanding Your API Seal Configuration Options in Northern California Petrochem Plants

Avoid Premature Mechanical Pump Seal Replacement With These Best Practices

If Your Mechanical Seals Need Repair Too Often—Do This

The Key to Shutdown Planning and Maintenance California Refineries Shouldn’t Miss

Fundamentals of Fast Loop Pump Skid Selection for Bay Area Refineries

Choosing Among Mechanical Seal Support Barrier Types Doesn’t Have to Be Complicated

Prioritizing HSE Challenges in California’s Oil and Gas Industry

How to Choose a Seal Support System Reservoir for Reliably Processing Heavier Crudes

Selecting Among Mechanical Seal Support Arrangement Types for Older Petrochem Refineries

How to Improve Wastewater Grab Sampling for Better HSE Compliance

Managing Dead Leg Piping Risks in Oil and Gas Refineries

Choosing a Seal Support System Water Flush Plan: Best Practices for Petrochem Refineries

4 Tips For Boosting Asset Reliability KPI Metrics For Petrochemical Plants

Strategies to Ensure Seal Support Systems Pass Inspection More Efficiently

How to Improve the Equipment Downtime Metrics at Your Bay Area Petrochem Plant

How to Proactively Prevent Seal Support System Leaks in Petrochem Plants

Improving Rotating Equipment Reliability: Best Practices for the Petrochem Industry

Rotating Equipment Safety Starts With Your Seal Support Systems—Here’s How to Keep Up

Why Equipment Downtime Costs Are Hard to Keep Down—And How to Minimize Them

Common Pump Seal Failure Causes—and How to Avoid Them

The Key to Your Reliability Centered Maintenance Approach May Be Missing

Grab Sampling System Advantages and Disadvantages: What to Look for When Installing or Upgrading a System

Strategies to Boost Seal Support Systems’ Energy Efficiency and Pump Reliability in Refineries

Avoidable Mechanical Seal Leakage Causes in Your Petrochem Plant

How to Reduce Unplanned Equipment Downtime in Bay Area Plants

Rotating Equipment Failure Types—And How to Reduce Unplanned Downtime in Your Plant

How to Achieve Closed Loop Sampling Quality Control & Management

Open-Loop Sampling System Failures: How—and Whether—to Choose Alternatives

Improving Pump Seal Reliability for Bay Area Petrochem Plants

Welcome to our Bay Area tube bending service

Crucial Upgrades Keep Natural Gas Flowing

Electrostatic Discharge, Static Dissipation, and Hose

Rubik’s Cube with a Chemical Twist

Eco-friendly Battery Closer to Reality after Aluminium Breakthrough

New Research Presents Major Breakthrough in Organic Electronics

How to Fix Common Grab Sampling Deficiencies

Give Your Tubing All The Support It Deserves

A History of the Laser: 1960 - 2019

The Navy Is Trying to Turn Bacteria Into Jet Fuel

Chemical Catalysts Turn Tiny 2D Sheets into 3D Objects

Optimizing Medium-Pressure Oil and Gas Assets With Compression Fittings

A Fitting Tribute To Our Signature Product

A Simple, Scalable Technique Boosts the Efficiency of Solar Desalination

Researchers Forge ‘Impossible’ Superconductor Using ‘Forbidden’ Compound

Solar Panels Cast Shade on Agriculture in a Good Way

Speeding the Production of Catalyst Testing Systems for Integrated Lab Solutions

Lightweight Ceramic Aerogel Stands Up to High Heat

How Roads Can Help Cool Sizzling Cities

Water Stays in the Pipes Longer in Shrinking Cities — A Challenge for Public Health

The Three T’s to Achieve an Intricate System of Tubing

Swagelok Hose Comes with Swagelok Quality and Fast Local Assembly

This Helmet Will Save Football. Actually, Probably Not.

We perform under pressure

Your fluid systems can't fail—and they can't leak. That's why Swagelok Northern California offers mission critical solutions for the petrochem, semi, power, and oil and gas industries around the Bay Area and into NW Nevada. We manufacture and assemble reliable, customizable components that get the job done. Contact our team today to learn about custom solutions for your plant or refinery.
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Fremont headquarters

3393 W Warren Ave
Fremont, CA 94538
Main tel: 510-933-6200
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Swagelok Northern California

Swagelok Northern California is a locally owned sales and service center of Swagelok, a company celebrating 75 years in business. We have locations in Fremont, Sunnyvale, and Concord, CA (USA). Phone: 510-933-6200.

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