A major Oil & Natural Gas operator in the UAE sought to modernize their boiler level indication systems. The existing setup—a water column with flat glass gages—was no longer meeting their standards for visibility & reliability. The Clark-Reliance Solution: LevelMax™ – a comprehensive system integrating Simpliport® 180 and Smart Level Eye-Hye® technologies. We upgraded the customer to a LevelMax™ Two Instrument Assembly. The LevelMax™ system provides one of the most economica

A major Oil & Natural Gas operator in the UAE sought to modernize their boiler level indication systems. The existing setup—a water column with flat glass gages—was no longer meeting their standards for visibility & reliability. The Clark-Reliance Solution: LevelMax™ – a comprehensive system integrating Simpliport® 180 and Smart Level Eye-Hye® technologies. We upgraded the customer to a LevelMax™ Two Instrument Assembly. The LevelMax™ system provides one of the most economica

The Problem: In thermal oil production, especially in high-volume operations exceeding 200,000 bbl./day, the reliability of fuel gas injection systems is crucial. One thermal oil producer was relying on threaded rotameters to confirm gas flow at the wellhead, but encountered frequent clogging due to contaminated sour gas (H₂S). In addition to the plugging issues, the use of sour gas requires strict compliance with material standards for corrosion resistance. 3D CAD model of a

The Problem: Throughout the midstream sector, compressors are used to maintain system pressure and convey gas through the system. These compressors push some lubrication oil (tramp oil) into the gas. If the oil is not removed, it can cause foaming or fouling. The Solution: Clark-Reliance is active in the gathering, transportation, treatment, and storage segments of the midstream market. In terms of equipment, we have provided Anderson® Mechanical Separators (Vane Separators

Check out this Magnicator® with Guided Wave Radar - Dual Chamber Design (MGWRD™) with SAS-16™ Snap-Action Switches heading to an oil & gas processing equipment manufacturer in Oklahoma! DID YOU KNOW? By combining Guided Wave Radar (GWR) with a Magnetic Level Gage, the Magnicator Guided Wave Radar (MGWR™) sets a new standard for reliable level indication. Why MGWR? ✔ True Redundant Measurement – Two independent level technologies from a single set of process taps ✔ Superio

When it comes to the world of offshore oil and gas, the challenges are as vast as the ocean itself. Operating at extreme depths and...

Check out this 6" HL in-line eductor headed to a gas processing facility in California! Once the company distills the crude, the lower carbon chain gases will get entrained with this eductor and get moved elsewhere for further processing. DID YOU KNOW? In-Line Eductors are the next generation of jet pumps, ejectors, and venturi pumps, providing in-line mixing, pumping, or heating in various process lines. Eductors decrease costs as there are no moving parts and require no dir

Check out these before and after install photos of our Single Chamber Magnicator® with Guided Wave Radar (MGWR™) at an oil & gas company in Ohio. Why Before and After Matters Photos documenting an installation's actual physical transformation give facilities considering a similar upgrade a concrete sense of what changes on the vessel itself - not just a description of the technology, but what the finished installation actually looks like in place. What This Installation Deliv

We have three Single Chamber Magnicator® with Guided Wave Radar (MGWR™) units headed to a gas processing facility here in Ohio. These MGWRs come equipped with hot insulation jackets, which cover the entire gage and include drawcords at each end for closure, with openings provided for gage process connections, indicator, and switches or transmitters. What MGWR Actually Combines By combining Guided Wave Radar (GWR) with a Magnetic Level Gage, the Magnicator Guided Wave Radar br

Check out these Jerguson® Magnicator® Magnetic Level Indicators headed to an oil and natural gas processing plant in West Texas - these indicators measure 208 inches long, over 17 feet. Why This Length Matters A 208-inch Magnicator represents serious engineering beyond a standard unit - maintaining precise manufacturing tolerances, consistent chamber alignment, and reliable magnetic coupling across more than 17 feet of length is a meaningfully different challenge than a compa

Check out our Jerguson® SureTest™ installed at a major midstream company in the Gulf Coast. This installation reflects the same local, manual check capability we've covered before: the SureTest allows an operator to simulate a high level and verify switch operation without breaking the pressure boundary, by extending the pressure tube and raising the switch enclosure so the SureTest housing installs between the enclosure and the chamber or tank. Why This Matters Specifically

The SureTest™ is a local, manual check feature for level switches. It allows the operator to simulate a high level in order to check the operation of the switch — without breaking the pressure boundary. A Top Mount Jerguson SureTest is headed to an oil and gas company in the Gulf Coast, where it will provide exactly this kind of on-demand switch verification. Why Testing a Level Switch Is Normally a Problem Level switches are safety-critical components, often tied to alarms o