API 675 Metering Pump with a Hydraulic Diaphragm: A Comprehensive Overview

 

API 675 Metering Pump
API 675 Metering Pump with a Hydraulic Diaphragm: A Comprehensive Overview

When it comes to precision and reliability in fluid handling, metering pumps are known to deliver. The API 675 metering pump with a hydraulic diaphragm is a standout solution among metering pumps. It is designed for demanding applications. Industries that adhere to stringent performance, safety, and dependability guidelines the API 675 metering pumps. These include

·       Oil and gas

·       Chemical processing

·       Water treatment

·       Power generation

What are API 675 Standards?

API stands for American Petroleum Institute. The API 675 standard covers requirements for making controlled volume pumps and pump units for use in services across industries such as:

·       Petroleum

·       Petrochemical

·       Gas

Everything from the design, construction, and performance criteria for reciprocating positive displacement pumps are included. When a metering pump is certified as per API 675, the operators can be assured of its:

·       Precision

·       Reliability

·       Safety

Key requirements of API 675

In order to meet the API 675 criteria, the pump must offer these features –

  • Accurate flow control – Industries such as oil & gas, water treatment and gas require precise dosing with almost no deviation. Therefore, API 675 pumps must offer precise flow control.
  • Strength to handle challenging conditions – API 675 pumps are designed to handle extreme temperatures and pressures and work with corrosive and abrasive fluids.
  • Safety – Like every reputed standard, API 675 ensures that the certified pumps are safe. They are designed to minimise the risk of failure or leakage.

API 675 Metering Pump with a Hydraulic Diaphragm

A hydraulic diaphragm metering pump uses a flexible diaphragm to move liquids with a very high accuracy. By moving back and forth, the diaphragm changes the volume of the pump’s chamber to increase and decrease pressure on the fluid inside. Hydraulic diaphragm metering pumps are a notch above conventional pumps because they offer safe, leakproof operation. This capability is especially desired by industries which handle toxic, corrosive, or hazardous fluids.

Advantages of Hydraulic Diaphragm Metering Pumps

·       They are safe - Hydraulic diaphragm metering pumps are leakproof and minimise contamination or environmental risks.

·       They are versatile – These pumps can pump various kinds of liquids, including corrosive, viscous, and slurry materials, making them truly versatile.

·       They are low maintenance - Hydraulic diaphragm metering pumps have fewer moving parts, which means less wear and tear, leading to lower maintenance costs and downtime.

·       They are durable – These pumps are made of durable material which can handle challenging conditions. This, coupled with a simple design, enhances the pump’s lifespan.

Industries that require API 675

·       Oil and Gas: API 675 metering pumps can handle the most corrosive fluids, making them ideal for the oil and gas industry, which has applications that require corrosion inhibition and scale control.

·       Chemical Industry: Chemical companies require precise dosing to carry out their processes. API 675 metering pumps are designed to offer precise dosing, making them ideal for the chemical industry.

·       Water Treatment: API 675 metering pumps are also popular in water treatment processes because of their precise dosing capabilities.

Pulsafeeder – Delivering metering technologies for decades

IDEX Pulsafeeder has been around for more than 70 years now. In recent years, it has delivered industrial equipment, including diaphragms, chemical injection packages, dosing skids, and plunger pumps. All Pulsafeeder pumps are API-675 compliant and built to last for years.

·       Pulsa Series Metering Pumps

These API 675-compliant pumps are built to offer consistent performance and promise long-term service. They feature a manual stroke adjustment mechanism, three hydraulic valves, a flat diaphragm, and precision check valves. These pumps also offer 5-year warranties. The pumps under this series can handle pressures up to 345 Bar and temperatures between -29 to 121 degrees Celsius. The Pulsar series can pump liquids in the 0.1 to 1000 cP viscosity range.

·       Pulsa Pro Series

The API 675-compliant metering pumps under this series feature a four-bolt check valve design, hydraulic bypass valve, hydraulic performance valve, sealed gearbox design and a patented modular drive train. These pumps have a five-year train warranty. These reliable pumps feature an API 675-compliant hydraulically actuated diaphragm design. Materials such as alloys, PTFE single and Monel ensure the pumps are built for durability. The pumps in this series can handle pressures up to 220 Bar and temperatures between 29 to 121 °C.

While selecting the right API 675-compliant metering pump, one should go for a reputed brand that has been operational for a long time. Pulsafeeder has been a leader in the diaphragm and dosing metering technologies for decades now. Their team of experts work alongside clients to offer them the best-in-class service, from the moment an order is placed till the entire operational duration of the pumps. Every client is offered customised solutions based on their unique requirements.

To learn more about Pulsafeeder metering pumps, please visit their website - https://www.idexindia.in/pulsafeeder/.

Comments

Post a Comment

Popular posts from this blog

What is negative suction in a pump?

Image
  What is negative suction in a pump? Negative suction in a pump refers to the scenario where the pump is drawing liquid up from below its centerline. We measure the space between the pump's centre and the liquid's surface in "head feet." It can be a negative value (below the pump) or a positive value (above the pump). In simpler terms, a negative suction head occurs when the surface of the fluid is below the level of the pumping unit. This is also referred to as a suction lift. The significance of negative suction in a pump lies in its impact on the pump's operation and efficiency. If not properly managed, negative suction can lead to issues such as cavitation, which is a common cause of pump failure. Cavitation occurs when there are changes in pressure within the pump, leading to the formation of vapour bubbles that can cause damage when they collapse. Therefore, understanding and managing negative suction is crucial for maintaining the efficiency and long...
Read more

Key Differences Between PFA Lined Valves and Sleeved Plug Valves

Image
Key Differences Between PFA Lined Valves and Sleeved Plug Valves In industrial settings handling chemicals and corrosive liquids, conventional valves may not be up to the task. This is where PFA lined valves and sleeved plug valves step into the equation. Both provide corrosion resistance and dependable shutoff capabilities, each with benefits tailored to specific requirements. This article will explore the disparities between PFA lined valves, Sleeved plug valves , and aid in selecting the most suitable option for your operation. PFA lined valves: shielding against corrosion PFA lined valves, also referred to as plug valves, feature a sturdy construction that offers exceptional defence against corrosive substances. These valves are coated entirely with perfluoroalkoxy (PFA), a high-performance fluoropolymer renowned for its chemical resistance. The inert properties of PFA render it impervious to a range of chemicals, such as acids, alkalis, and strong solvents. Let's delve d...
Read more

The Future of Electrically Operated Double Diaphragm Pumps

Image
  The Future of Electrically Operated Double Diaphragm Pumps Electric solutions are quickly becoming more popular in a variety of industries, transforming pump technologies. Energy Efficiency Electrically operated pumps have higher energy efficiency compared to pumps that rely on fossil fuels. By converting energy these pumps reduce waste and lower operational expenses. For example, heat pumps are now a choice for heating in constructed buildings because of their efficiency and positive impact on the environment. Smart and Connected The desire for energy conservation and connected automation has reached the pump industry. Smart pumps, which come with sensors and Internet of Things (IoT) capabilities enhance performance, monitor conditions, and support maintenance. The market for pumps is expected to see growth reaching $20.5 billion by 2032. IIoT Integration Industrial pumps are adapting to the Industrial Internet of Things (IIoT). By linking pumps to networks, operators gain real-...
Read more