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Inveno
Engineering LLC
7320 East Fletcher Ave
Tampa, FL 33637

Leaders in Steam Engineering,
Steam Optimization and Reliability

To manufacture products of the highest quality, you need steam systems that offer unparalleled performance and reliability.

The steam and condensate experts at Inveno Engineering LLC have one goal: helping your plant achieve a world-class operation. Inveno can review your entire steam and condensate system from generation to distribution, from end-user processes to condensate recovery.

We are so confident our solutions will exceed your expectations that we offer a 100% satisfaction guarantee.

Energy worker

Whether you’re expanding your steam system or building a new facility, partnering with Inveno ensures your steam system is designed properly from the start. We learn your objectives, study your operations to identify and resolve problems, develop a road map to achieve your goals, and walk you through the proposed modifications.

Technical Steam Videos

STEAM TRAP STATION TESTING METHODS - TEMPERATURE AND HIGH FREQUENCY ULTRASOUND

My name is Kelly Paffel, I'm technical manager for Inveno Engineering, LLC, located in Tampa, Florida. Our firm is focused on steam and condensate systems. And today I want to talk about Steam Trap Station Testing Methods.

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Steam Valve Internal Leakage Detection - Part Two
Steam Valve Internal Leakage Detection - Part One
Steam Trap Visual Testing Method
Steam System Balancing – First Step in Steam Optimization
Installation Guidelines for Steam Heat Transfer Components
Inveno Engineering LLC's Virtual Engineering Support - Root Cause Analysis
IS THE DEAERATOR ACHIEVING MAXIMUM PERFORANCE
When Condensate Pumps are Needed In the Steam and Condensate System
Importance of a Steam System Warm-up Valve
Pressurized Condensate System for Industrial Plants Part 1
Pressurized Condensate System for Industrial Plants - Part 2
Pressurized Condensate System for Industrial Plants - Part 3
Steam System Thermal Cycle Efficiency - A Important Benchmark in the Steam System
Steam Safety Installation Best Practices
Steam and Condensate Leakage Causes and Corrections
How to Eliminate Electric Condensate Pump Failures
IMPORTANCE OF STEAM PERFORMANCE BALANCING
Sizing A Process Steam Trap
Steam Trap Selection and Steam Trap Station Components
Steam System Engineering - Flash Steam Recovery with a Cascade System or Thermocompressor Unit
Steam System Engineering - Steam System Meanings and Terminology
Steam System Engineering - Steam Terminology Part Two - Flash Steam, Steam Quality and Filtered Steam
Steam System Engineering - Knowing the Different Types of Steam and Terminology
Steam Overview and Why We Use Steam in Industrial Process Applications
How To Benchmark Steam Cost for Your Plant Operation
Steam System Optimization; Eliminate Steam System Corrosion First Step Deaerator Operation
Steam System Optimization; Steam and Condensate Leakage Elimination
Venting Steam is the No. 1 Largest Energy Loss In the Steam System
Steam System Optimization - How to Eliminate Steam Venting
Combustion Flame Visual Inspection
Waterhammer in Steam and Condensate Systems | Part 1/3: What is Waterhammer?
Steam and Condensate System Waterhammer | Part 2/3: The different types of Waterhammer
Steam and Condensate System Waterhammer | Part 3/3: Solutions to Waterhammer
Why Standard Operating Procedures are required for Steam Trap Station Testing
Detecting Internal Leakage on Steam Valves
Causes of Steam Leakage
Cost of Steam
Steam System Reliability Webinar Presented by Kelly Paffel
Steam Trap Testing
Steam Leakage Cost Detection Estimating Correction
Flash Steam Recovery Presented by Kelly Paffel
Industrial Boiler Installation

Steam System
Engineering Training

Inveno Engineering LLC provides Steam System Engineering Training classes designed to deliver field experience and practical knowledge to plant engineer/management personnel who work with steam systems. Our lead instructor has more than 35 years of experience in all aspects of steam systems and commands a wealth of knowledge. His detailed instruction gives attendees the in-depth knowledge they need to succeed on the job.

Engineering training

Why Us?

We are steam system solution providers: our sole focus is solving our clients’ steam system issues. With every client engagement, our objective is to optimize the safety, reliability, energy usage, and overall performance of steam systems.

Inveno Engineering has a deep roster of internationally recognized experts in steam systems. Our team members apply their vast years of experience and expertise in steam system technologies when they review entire systems, so they can outline a methodical, detailed road map for improving their performance. Our innovative, thorough solutions help our clients eliminate premature failures and provide greater reliability, saving them time, resources, and money.

Although our list of clients and success stories is vast, the true measurement of our capabilities is client satisfaction, and we offer a 100% satisfaction guarantee. Our commitment is to do more than meet our customers’ expectations: we pledge to exceed them.

Engineering training

Latest Articles

Pressurized Condensate Systems - Improving the Steam System Thermal Cycle Efficiency
The Pressurized Condensate Recovery System: The Solution to Increasing a
The Pressurized Condensate Recovery System: The Solution to Increasing a Steam System’s Thermal Cycle Efficiency Click below  to read the full article Pressurized
Steam Balancing - The First Step in Steam System Optimization
  Steam Balancing – First Step in Steam System Optimization Click
  Steam Balancing – First Step in Steam System Optimization Click below to read the full article Steam Balancing – The First
How To Eliminate Steam Venting and Stop Major Energy Losses
How to Eliminate Steam Venting and Stop the Major
How to Eliminate Steam Venting and Stop the Major Energy Loss CLICK HERE TO READ THE FULL ARTICLE 1 OVERVIEW With today’s competitive
Successfully Testing Steam Traps with High Frequency Ultrasound
Successfully Testing Steam Traps With High-Frequency Ultrasound
Successfully Testing Steam Traps With High-Frequency Ultrasound CLICK HERE TO READ THE FULL ARTICLE   When using high-frequency ultrasound, the main question is
Testing Steam Traps by the Temperature Method
Testing Steam Traps by the Temperature Method
Testing Steam Traps by the Temperature Method CLICK HERE TO READ THE FULL ARTICLE The relationship between steam pressure and temperature
Steam System Safety Valves
PROPER SIZING AND INSTALLATION FOR STEAM SYSTEM SAFETY
PROPER SIZING AND INSTALLATION FOR STEAM SYSTEM SAFETY VALVES CLICK HERE TO READ THE FULL ARTICLE Introduction to Safety Valves One
Compressed Air System Leakage Assessment in 12 Steps
Compressed Air System Leakage Assessment
Compressed Air System Leakage Assessment CLICK HERE TO READ THE FULL ARTICLE   Compressed air is one of the principal forms of
Four causes of water hammer and how to prevent damage
  Water hammer is never normal in the steam and
  Water hammer is never normal in the steam and condensate system and must be always considered extremely abnormal and totally unacceptable in today’s plant
Why Is Insulation Important In Steam System Thermal-Cycle Efficiency?
A proactive insulation-management program is critical to overall steam
A proactive insulation-management program is critical to overall steam system thermal-cycle efficiency Furthermore, because steam systems operate above 212°F (100°C) and as high as
Critical Steam System Fixes
Having a means to remove noncondensable gases and air
Having a means to remove noncondensable gases and air from a steam system is essential Air is one of the greatest insulators, and leaving
Reaching a High ROI
Adding a condensate return system to the boiler can
Adding a condensate return system to the boiler can achieve a significant return on investment for processors When steam is blowing into the atmosphere, it
Energy Calculations for Return Condensate
Returning condensate to the boiler operation is great step
Returning condensate to the boiler operation is great step toward improving energy efficiency But how do you know if the costs are justified? An