#pumpability

Performance matters in challenging drilling environments.

Fast Hydrating Guar Gum provides reliable hydration, enhanced viscosity control, and excellent pumpability, making it a dependable solution for oilfield drilling and fracturing fluids.

In demanding oil well drilling operations, performance depends on reliable fluid management. Fast Hydrating Slurriable Guar Gum offers rapid hydration, improved pumpability, and excellent thermal resistance—ensuring consistent viscosity and efficiency throughout the process.

Discover the power of our Fast Hydrating Slurriable Guar – a non-ionic, polymeric viscosifier designed to perform in both diesel fuel systems and aqueous environments. Widely used in oil and gas well stimulation as a fracturing fluid, it ensures superior pumpability, excellent hydration, and remarkable thermal stability. Its ability to be cross-linked with borates enhances its carrying capacity, making it perfect for supporting sand or other proppants in fractures. When needed, viscosity can be reduced with enzymes, oxidizers, or acids like HCL.

Often during the concreting process in the construction sites, there is a common concern and complaint of all the parties. The water content in the concrete. One important equation which should be engraved in all the mind before the process is that “Water content is directly proportional to the pumpability/ease of placing of the concrete and inversely proportional to the strength of the concrete”. This is the very reason why the water content is very crucial and should be calculated carefully in the mix design. Although everyone understands the concept of slump, it is generally challenging to track the exact measurement of every batch or every lot of mix. Therefore, following some measures and practices at the time of concreting to maintain a healthy and desired slump is beneficial. Here are some of the important aspects which cover most of the challenges.

Batch Slip:

Check the water content in the batch slip and judge it according to the convenience of placing and pumping ability. At the beginning when you feel the slump is not according to your necessity, try to change the water content by coordinating with the batching plant team until you get the required slump or visible viscosity. It is imperative that your combination should be cross-checked by the slump cone test at concreting site. Once you achieve the needed slump, all you have to do is keep an eye on the water content in every batch slip and maintain its unanimity throughout the process.

In the sites where batching is done manually or by small millers, the quantity of water should be calculated and should be maintained every-time.

Monitoring Pumping & Placing Teams:

Many times the labor teams who deal with the pumping and placing process are taken on lumpsum basis. So often they mind their comfort and try to add water in the concrete so that the process becomes fast and easy yet diminishing the concrete quality. To avoid this, it is advisable to deploy a dedicated engineer to mind the water content while pumping the concrete. Generally, this water is mixed near the location of pump or transit mixer. The appointed engineer would be more productive of he has a good knowledge about the water levers and hoses inside the transit mixer and the pump.