A Complete Guide to Selecting API 675 Chemical Injection Pumps for Reliable Performance Choosing the right chemical injection pump is one of the most important decisions for maintaining efficiency, safety, and compliance in industrial operations. At MJ Systems, we specialize in delivering engineered chemical injection and flow measurement solutions tailored to demanding environments such as…
Why Choose API 675 Compliant Diaphragm Pumps for Your Operations When your operation depends on precise chemical injection in challenging offshore and onshore environments, choosing the right metering pump technology determines whether your systems run reliably for decades or face costly failures and unplanned downtime. At MJ Systems, we specialize in providing SPX Flow Bran+Luebbe’s…
In today’s demanding industrial landscape, accurate flow measurement isn’t just about process efficiency—it’s about safety, profitability, and regulatory compliance. When dealing with challenging applications involving viscous fluids, corrosive chemicals, or extreme operating conditions, conventional flow measurement technologies often fall short. At MJ Systems, we specialize in delivering engineered solutions for your flow line’s most critical…
Chemical injection pumps are the backbone of precise chemical dosing across countless industrial operations, from water treatment to oil and gas processing. When properly maintained, these critical pieces of equipment can deliver accurate metering for years – but neglect can lead to catastrophic failures and costly downtime. At MJ Systems, we’ve spent decades perfecting custom-engineered…
Optimizing Process Efficiency Through Strategic Chemical Dosing Systems At MJ Systems, we’ve spent over two decades at the forefront of chemical injection technology, designing and implementing precision dosing solutions for some of the most demanding industrial environments worldwide. Our team of factory trained engineers possess a unique combination of theoretical knowledge and practical field experience to every…
The industrial landscape is constantly evolving. New chemicals, changing processes, and advancements in automation require that your chemical injection pumps are up to the task. Modernizing your pumps is essential to keep pace with these changes and ensure that your operations remain safe, efficient, and reliable. Process/Application Changes Oil & Gas application requirements often change…
Over the past 20-25 years, the energy and industrial markets have developed and deployed technological and procedural advancements at an exponential pace. In today’s industrial space, modernization of applied methods and process equipment is critical to ensuring a safe and effective production environment. As technologies expand and facilities age, the importance and frequency of modernizing…
Rheonik built the leading Coriolis flow meter design because it provides a range of advantages above the limitations of their counterparts. For more about the history, theory and limitations of competitive Coriolis meters, check out our companion blog “Understanding Coriolis Meter Technology”. For now, let’s examine the common and differing parts of the Rheonik Coriolis flow…
History, Theory, Function and Limitations Why Coriolis Meters? Understanding Coriolis meter technology starts with knowing their capabilities: mass flow measurement, high accuracy and no moving parts design. Most flow meter technologies measure volume or velocity while Coriolis Meters directly measure mass. Since many consumers purchase media by weight, direct measurement of mass appeals to producers…
The Drag Reducing Agent Injection Challenge Drag reducing agent injection presents a challenge particularly when selecting the key component solutions. The characteristics of drag reducing agents (DRA) make it a notoriously difficult injection application to pump and meter. The shear thickening long-chain polymers tend to drop out of suspension in the carrier fluid causing solids…