Recommended Yamada pump family NDP Series AODD pumps (most common industrial choice) https://www.yamadapump.com/ndp-series/ Why it’s reliable for polymer Air-powered and easy to control with an air regulator (simple turndown) Can run slow to reduce polymer shear Self-priming and tolerant of intermittent operation Handles viscosity changes better than many fixed-speed pump types Common configuration notes Non-metallic…

For most industrial epoxy/resin dispensing and transfer duties, the best-fit Yamada solution is typically an NDP Series air-operated double diaphragm (AODD) pump, selected and configured specifically for the resin chemistry, viscosity, and dispensing method. https://www.yamadapump.com/ndp-series/ 1) Bulk transfer / supply to a dispenser (day tank or feed system) Recommended: Yamada NDP Series AODD pump (often…

Both “coolant” and “antifreeze” are often glycol-based fluids, so the pump style can be the same (Yamada NDP Series AODD is a common choice). The real differences that drive pump selection are usually chemistry/additives, temperature, viscosity, and contamination. https://www.yamadapump.com/ndp-series/ 1) Fluid definition (what you’re actually pumping) Coolant transfer (most common meanings): Engine coolant in vehicles/fleets…

For most industrial oil transfer duties, the best overall choice is typically a Yamada NDP Series AODD pump configured with oil-compatible elastomers (commonly NBR (Buna‑N) or FKM, depending on temperature and any solvent contamination). NDP pumps are popular for oil because they’re self-priming, dry-run capable, air-powered (no electric motor at the pump), and easy to…

Artificial Lift & Extraction (Upstream): what it is and where pumps fit What “Artificial Lift” means Artificial lift is any method used to increase production rate when a reservoir no longer has enough natural energy to lift fluids to surface, or when fluids are too heavy, gassy, sandy, or the well has high backpressure. It’s…

Pipeline, Processing & Transfer (Midstream): what it covers and where pumps are used Midstream is the “between” segment of oil & gas—gathering, boosting, treating/processing, storing, and transporting hydrocarbons and related fluids from the field to refineries/petrochemical plants or export terminals. Typical assets include: Gathering systems & pipeline stations Compressor stations (gas) and pump stations (liquids)…

Slurry & High‑Wear Oil & Gas Applications (and where Yamada AODD pumps fit) In oil & gas, “slurry/high-wear” usually means fluids carrying abrasives (sand, scale, catalyst fines, proppant residue, rust) that rapidly wear pump internals. These services often appear in upstream production facilities, midstream terminals, and maintenance/turnaround work—especially where you have dirty, variable, intermittent flow.…

Choose reliable Yamada pump solutions for oil & gas extraction and production support services. Where Yamada pumps are commonly used in oil & gas extraction Yamada air-operated double diaphragm (AODD) pumps are a strong, reliable fit for many upstream and midstream support duties, especially when you need: Dry-run capability (no damage when run without liquid…

For pumping oil with a pneumatic pump, the most common and reliable choice is an air‑operated double diaphragm (AODD) pump—especially for transfer, unloading, sump/containment, and dirty oil services. In the Yamada lineup, this is typically the NDP Series (our flagship industrial AODD family). https://www.yamadapump.com/ndp-series/ Why an air‑operated pump is a good fit for oil Yamada…