A variety of publications have featured Equilibar’s expert advice and innovative approach. Scroll through the media gallery below for a sample of case studies, how-it-works articles, interviews and other press coverage.
Flow Control Magazine June 2020
Case study: New flow control valve addresses demanding oil well injection application
An exciting case study shows how direct-sealing diaphragm valves provide precise flow control for an extremely complex oil well injection application. Equilibar products are being used more and more often in flow control in addition to pressure control and the trend should continue, particularly in applications requiring a wide Cv range, superior precision and multi-phase fluid control.
Water Technology Magazine May/June 2019
Dome-loaded regulators for pressure control applications.
This comprehensive six-page article gives an overview of dome-loaded pressure regulators and explains the difference between a pressure reducing regulator and a back pressure regulator. Two case studies, one provided by Richards Industries and one provided by Equilibar, demonstrate the advantages of dome-loaded regulators for processes involving automation and other complex parameters.
Le Journal de Fluides April/May 2019
System-c: solutions et accompagnements techniques
In this in-depth interview, fluid control expert Fred Buskowa of System-C Instrumentation offers insights into innovative fluid control solutions and explains how Equilibar technology differs from conventional spring-loaded valves and back pressure regulators. He explains how dome-loaded valves are able to offer advantages for applications with wide flow rate ranges, two-phase flow and extreme conditions including supercritical states.
Flow Control Magazine March 2019
Considering innovative direct-sealing diaphragm valves for highly demanding applications
While Equilibar’s dome-loaded multiple orifice technology has become known as the gold standard for back pressure control, it is becoming more and more popular for its ability to provide flow control as well. Lightning-fast reaction, temperature and chemical compatibility, and wide flow range are some of the most popular advantages.
Flow Control Magazine November 2017
Ultrasensitive glovebox pressure control
Glovebox technology is now used in a number of sophisticated processes. In many cases, the pressure inside the glovebox must be strictly controlled, which can present multiple challenges when extreme conditions are combined with hazardous materials. This case study shows how Equilibar technology is able to provide reliable vacuum control for a particularly challenging glovebox application.
Lab Manager Magazine June 2016
How two-phase pressure control for reactors works
Researchers dealing with two-phase flow of gas and liquids together face unique challenges for back pressure control. This informative HOW IT WORKS article explains how to use dome-loaded multiple orifice back pressure regulators to achieve accurate and precise control of two-phase flow in reactors.
Flow Control Magazine October 2015
Three key research applications of dome-loaded back pressure regulators
Catalysis research often involves challenging conditions such as microflow rates, aggressive and two-phase chemistry, high temperatures, and high pressures. Three case studies demonstrate the advantages of dome-loaded back pressure regulators for catalysis applications, including their ability to process two-phase flow, capability for high temperatures, ultra wide flow rate window and compatibility with aggressive chemicals.
Aerospace & Defense Technology April 2014
Application brief: vacuum regulators to simulate altitudes - p. 44
Testing oxygen generating systems presents unique challenges due to the high flow rates created by aircraft systems, the complexity of sinusoidal breathing, and the life-and-death importance of a reliable system. This case study explains how Equilibar’s patented vacuum technology proves up to the challenge.
WaterWorld February 2014
A dose of precision
To address a flow-control problem that was preventing consistent dosing for water sanitation, a municipal water supply system determined that an Equilibar regulator could both stabilize and expand the range of control. Equilibar BPRs incorporate a dome-loaded design and use dozens of parallel orifices sealing on a supple diaphragm to better maintain pressure stability.
Flow Control Magazine December 2013
High performance pressure regulation
The US Navy’s Altitude Laboratory at the Naval Air Warfare Center is used to support both military fighter pilots and astronauts by assuring that their masks and life support systems are flight ready. Researchers there successfully used Equilibar’s novel back-pressure and vacuum regulators in an application that requires stable pressure across flow rate changes of up to 1,000 to 1.
Cold Facts Winter 2012
Cryogenic temperature stabilization of the Daikin 308 Cryocooler
The Equilibar Back Pressure Regulator played a key role in a study conducted by The Harvard-Smithsonian Center for Astrophysics. The BPR was used to stabilize cryogenic temperatures by controlling helium gas pressure in the range of 4 degrees Kelvin. The study reported an increase in temperature stability of 66 percent.
Flow Control Magazine June 2012
Understanding when and how mass flow meters need to be calibrated
Thermal mass flow meters and mass flow controllers are widely used in situations requiring precise control of gas flow rate. Accepted good practice is to control the outlet pressure of mass flow meters in the same range as the application pressure. This article describes how a sensitive dome-loaded back pressure regulator can improve quality and efficiency.
Flow Control Magazine March 2011
Low and ultra-low pressure control
System designers often face a tricky decision about the best way to control extremely low pressures that may be encountered in applications such as tank blanketing, tubing die extrusion control and product integrity testing. This article describes several traditional and emerging pressure control methods in the low-pressure range.