Enerquip Testimonial: New Glarus Brewing Company
The brewing and beverage industry uses a lot of heat energy, making heat recovery imperative in keeping processes as efficient as possible. New Glarus counts on Enerquip for not only a quality product, but for expertise in choosing the best product for their brewing solutions.
Enerquip Helps Design a Fountain that Flows During Freezing Temperatures
Enerquip worked with Signature Fountains to create the perfect solution to this credit union’s fountain dilemma.
Three Types of Mechanical Failures in Shell & Tube Heat Exchangers and How to Prevent Them
Mechanical failure can appear in several different forms, each with its own symptoms and consequences.
Enerquip Helps Generon Provide State-of-the-Art Systems
GENERON is the world leader in the design and manufacture of custom process air and gas separation systems including nitrogen generators for onshore and offshore platforms, floating production, storage and offloading units and transport tankers for the oil & gas market. GENERON has an expanded product base which includes primary compression, instrument air and post […]
7 Shell Configurations to Consider When Designing a Shell and Tube Heat Exchanger
Choosing the right shell for your process will help optimize the rate of heat transfer.
Tubeside or Shellside: Comparing Fluid Allocation Options for Your Shell and Tube Heat Exchanger
Choose carefully when deciding which fluid to put on the shellside and which to allocate to the tubeside.
Freezing Fouling in Shell and Tube Heat Exchangers: What you need to know
Freezing fouling is relatively less common but can be very damaging.
What’s the difference between parallel flow, counter flow and crossflow heat exchangers?
There are several distinct flow patterns engineers can choose for shell and tube heat exchangers.
How often should you clean your shell and tube heat exchanger?
Shell and tube heat exchanger operators must strike a balance between regular cleaning times and fouling accumulation.
How a pinch analysis can lead to energy cost savings
A pinch analysis helps to determine the best locations and design for each piece of equipment.