Risansi Industries

  Every drop of spent wash—the dense, high-temperature by-product of ethanol and sugar production—tells a story of complex industrial movement. Behind the scenes, powerful pumps shoulder the burden of transporting this heavy, often corrosive liquid without clogging, stalling, or giving in to wear. And at the heart of this operation lies the spent wash transfer pump —an essential component of efficient and sustainable industrial processing.   Used extensively across distilleries and agro -based industries, spent wash pumps play a pivotal role in maintaining flow consistency and preventing environmental damage. But their utility extends far beyond just moving liquid. Designed using positive displacement pump princi ples , these machines are built to handle the most demanding fluid transfer tasks.   In this blog, we dive into the top 5 applications of spent wash transfer pumps —so you can better understand their significance, and why choosing the right one is critical fo...

  In industrial processes, moving fluids is more than just pouring from one container to another. It’s a precise, often complex task that requires specialized equipment. At the heart of many of these processes lie pumps, and today, we'll delve into three crucial types: syrup transfer pumps, slurry pumps, and the foundational category they often belong to: positive displacement pumps. Understanding these pumps is critical for anyone involved in manufacturing, food production, wastewater treatment, and many other industries. Positive Displacement Pumps: The Master Category Before we dive into the specifics of syrup and slurry pumps , let's first understand the umbrella term: positive displacement pumps . These pumps work by trapping a fixed amount of fluid and forcing it through the system with each cycle. Unlike centrifugal pumps, which rely on kinetic energy to move fluid, positive displacement pumps generate flow through volumetric action. This means they can maintain a co...

In the paint and food industries, specific pump types are chosen based on the qualities of the materials being transported, such as viscosity, abrasiveness, and sensitivity. The most commonly used positive displacement pumps in these industries are designed to handle high-viscosity liquids while maintaining a consistent, precise flow. Positive displacement pumps are frequently utilized in paint and food transfer applications because of their capacity to handle high-viscosity fluids while maintaining consistent flow rates. Here's how they are used in these industries. Use in Paint Transfer and Handling ·          High Viscosity Paint: Positive displacement pumps, namely gear pumps, screw pumps, and diaphragm pumps, are ideal for moving thick, viscous paints, coatings, and varnishes. The paint transfer pump ensures a smooth flow without pulsation, preventing air bubbles that might degrade the finish. ·       ...

Centrifugal, reciprocating, and rotary positive displacement pumps are the three primary families into which pumps are divided. The choice of pump technology for a given application is influenced by several factors, including the needed duty point, temperature, abrasiveness, viscosity, and kind of liquid. An introduction to rotary pumps and reciprocating positive displacement pumps, or PD pumps, will be given in this blog. What Are Positive Displacement Pumps? Pump with Positive Displacement Pumps with positive displacement (PD) are made to guarantee that all pumping motion is forward-moving (positive). Its internal construction guarantees that fluid cannot circulate inside its casing or back toward the pump inlet. Positive displacement (PD) pumps come in both rotary and reciprocating designs. with various internal components and designs to handle a range of fluid properties. Because of the way they are made, reciprocating and rotary pumps share several design concepts. The...

A positive displacement pump is a type of pump that, with each rotation or stroke of the pump mechanism, transports a fixed volume of fluid from the intake to the exit. These pumps work by capturing a specified volume of fluid, pushing, or displacing it to the outlet side, and then turning it on. Positive displacement pumps are useful in a variety of applications because of their reputation for offering a steady and precise flow rate. Positive displacement pumps come in a variety of popular varieties like screw pumps, rota pumps, etc. Positive displacement pumps are suitable for a variety of industrial and commercial applications due to their many benefits. These benefits consist of: Precise Flow Control:  Positive displacement pumps also known as progressive cavity pumps are the best choice for applications that call for precision dosing or metering of liquids because they offer accurate and reliable flow rates. Self-Priming:  Many positive displacement pumps have an ...