Plant industry lubricating equipment and filtering devices
We offer automatic lubrication systems, auto lube systems, or lube systems, also referred to as automatic grease lubrication systems or auto lube systems, for wheel loaders, auto lube systems for heavy equipment, auto lube systems for trucks, and components for all manufacturing, transportation, maintenance, and industrial applications. Complete systems and individual components available. We have designed and installed systems for power plants, paper mills, CNC machines, packaging facilities, food processing equipment, heavy equipment, trucks, and many other applications, both large and small. The series progressive lubrication systems automatic lubrication systems, centralized lubrication systems meter oil or grease up to NLGI 2 via distribution blocks divider valves to lubricate the friction points of the machines.VIDEO ON THE TOPIC: ECOFIL oil filtration manufacturer
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- Industrial wastewater treatment
- Oil & Gas Filtration and Separation Solutions
- Welcome to Dropsa SPICELUBE
- Understanding the Basics of Automatic Lubrication
- Your back-to-the-basics primer on filtering, lubricating, and regulating compressed air
- 10 Lubrication Best Practices for Improved Equipment Reliability
- What is a Filter Regulator Lubricator – FRL?
- Lubrication 101
- How to Choose an Oil Filtration System
Industrial wastewater treatment
The upstream part of the oil and gas business is comprised of production facilities. These facilities are where hydrocarbons are first recovered in the process. Pall filtration and separation solutions increase oil recovery rates, help maximize output and efficiently dispose of produced water. Transportation of produced fluids, gas processing, and LNG production is what comprises the midstream segment.
The complex system of pipelines, compressor stations and access points move product to endpoints. Separation of oil, gas and water and the removal of solid contaminants is essential prior to pipeline transportation. Oil and gas refining process rely on the purity of feed streams for efficient process reactions. Removal of fluid and particulate contaminants from feed streams and fluid recirculation processes is essential for improving refining efficiency.
Effective and reliable filtration is extremely important through the production, transportation, and refining of produced hydrocarbons. Failure to remove contaminants from critical processes results in decreased process efficiency, increased operating costs and heightened risk of damaging sensitive equipment downstream.
While each filtration step is extremely important, upstream filtration operations sets the stage for the rest of the journey for produced hydrocarbons. Mistakes in this part of the business can cascade and magnify resulting in extensive maintenance downtime for pipeline or equipment repairs.
This same principal applies until the very last filtration step of the refining process. For this series of piping and equipment to reliably function at its highest level — the fluids being transported must effectively be filtered, along with the ancillary fluid loops, like the equipment lubricants, catalysts, and solvents. Ineffective filtration at any point in the process can result in costly consequences that intensify as you move further downstream in the process.
Our line of coalescer elements deliver premium solids removal and fluid separation in the upstream segment that aids in preventing contaminants from damaging downstream pipelines and process equipment.
Phase separation and particulate removal in the downstream segment promote high efficiency processes. Filtration for lubricant oil systems ensure midstream compressor reliability to minimize downtime as well as preserve the life of capital equipment.
Pall coalescers and filters are reliable and cost effective. Explore our solutions or contact one of our experts today for a consultation. Clean, aerosol free gas is critical to equipment reliability and optimized operations in the refinery and chemical industries.
Our advanced filtration solutions for midstream oil and gas processes remove contaminants and separate fluids with unmatched effectiveness and reliability for streamlined operations and improved business performance.
Midstream transportation and processing of hydrocarbons from production location to refining facilities requires the collaboration of multiple complex processes that rely on a variety of fluid filtration processes for reliable operation. While it is crucial to separate and filter produced oil, gas, and water to preserve pipelines and downstream equipment, other fluids such as lubricants and solvents are equally important for the reliability and efficiency of the fluid transfer and processing operations.
Our advanced filtration solutions for midstream operations effectively and reliably separate and filter produced fluids, solvents and lubricants to minimize maintenance downtime, lower operating costs, extend the life of capital equipment and improve business performance. Medallion coalescers can be used for many applications to enhance process performance. Its cost effectiveness is due to the ability of each coalescer element to process a higher flow while still providing superior effluent quality.
Our advanced filtration solutions deliver premium filtration and fluid separation performance for a variety of refining processes such as alkylation, caustic treatment, amine and catalyst recirculation systems, fluid separations, and much more.
As the industry leader in innovative filtration technology, We offer premium filtration solutions for refining applications that maximize contaminant removal, minimize maintenance downtime, and extend the life of capital equipment for dramatically improved business performance. Entrained water in liquid hydrocarbons and chemicals can be a problem. You are running an unsupported browser, please upgrade your browser.
Upstream The upstream part of the oil and gas business is comprised of production facilities. Midstream Transportation of produced fluids, gas processing, and LNG production is what comprises the midstream segment. Downstream Oil and gas refining process rely on the purity of feed streams for efficient process reactions.
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Midstream Our advanced filtration solutions for midstream oil and gas processes remove contaminants and separate fluids with unmatched effectiveness and reliability for streamlined operations and improved business performance. Refinery Oil and gas refining process rely on the purity of feed streams for efficient process reactions.
In addition, hydrocarbons and solid contaminants can induce foaming in an amine contactor tower and can contribute to premature catalyst changeouts in catalytic processes.
Effective removal of these contaminants can prevent costly problems and downtime with downstream equipment like compressors, turbines, and burners. Learn More.
Oil & Gas Filtration and Separation Solutions
The need for lubrication in mechanical systems is understood-and sometimes it can be taken for granted. The following information covers some of the basic issues in lubrication, such as making the choice between oil and grease for lubrication and the impact which oil-distribution methods, viscosity and heat can have on the process. The wide range of bearing types and operating conditions precludes any simple, all-inclusive statement or guideline allowing the selection of the proper lubricant. At the design level, the first consideration is whether oil or grease is best for the particular operation. When heat must be carried away from the bearing, oil must be used.
Heavy machinery, especially Mining, Industrial or Farming Equipment, requires constant maintenance to keep it in good working order. Conversely, poorly maintained large machinery equipment runs inefficiently. Breakdowns are costly and safety is also an important consideration. Many types of large machinery have multiple operators.
Welcome to Dropsa SPICELUBE
The upstream part of the oil and gas business is comprised of production facilities. These facilities are where hydrocarbons are first recovered in the process. Pall filtration and separation solutions increase oil recovery rates, help maximize output and efficiently dispose of produced water. Transportation of produced fluids, gas processing, and LNG production is what comprises the midstream segment. The complex system of pipelines, compressor stations and access points move product to endpoints. Separation of oil, gas and water and the removal of solid contaminants is essential prior to pipeline transportation. Oil and gas refining process rely on the purity of feed streams for efficient process reactions.
Understanding the Basics of Automatic Lubrication
Solutions for pressure, temperature, force and level measurement, flow measurement, calibration and SF 6 gas solutions from WIKA are an integral component of our customers' business processes. This is why we consider ourselves to be not just suppliers of measurement components but rather more a competent partner that offers comprehensive solutions in close co-operation with our customers — customised and precisely designed products for the exact requirement. Rotating machinery requires the use of several monitored fluids to ensure safe, efficient operation. Lubricants and oil are the first among working fluids being monitored. Gas turbine engines, like those in helicopter rotors and commercial jets, use lubricants on all working surfaces to minimize wear, fretting, and general material degradation in order to maximize the useful life of the machine.
Compressed air moves the machines that make the things we work and play with every day. To maximize the efficiency and service life of pneumatic tools and equipment that push, pull, lift, position, or convey, compressed air must be clean, dry, and delivered at the appropriate pressure. Compressing air concentrates contaminants and moisture, which cause premature wear and tool damage.
Your back-to-the-basics primer on filtering, lubricating, and regulating compressed air
Strong, durable lubrication pumps are at the heart of every well-running automatic grease or oil dispensing system. Automatic lubrication systems supply machinery lubrication points with precisely metered amounts of lubricant from a single, centralized location. Accurately dispensing, measuring and monitoring your machinery's lubricants are critical aspects in achieving a best-in-class lubrication program. Successfully performing these key actions positively affects your plant's overall operating efficiency and profits.
Air leaving a compressor is hot, dirty, and wet—which can damage and shorten the life of downstream equipment, such as valves and cylinders. Before air can be used it needs to be filtered, regulated and lubricated. An air line filter cleans compressed air. It strains the air and traps solid particles dust, dirt, rust and separates liquids water, oil entrained in the compressed air. Filters are installed in the air line upstream of regulators, lubricators, directional control valves, and air driven devices such as cylinders and air motors. Air line filters remove contaminants from pneumatic systems, preventing damage to equipment and reducing production losses due to contaminant related downtime.
10 Lubrication Best Practices for Improved Equipment Reliability
Understanding failures modes of our equipment, processes and individual components in the equipment is a very important function. Every manufacturing or processing plant has rotating equipment that is performing plant functions. When this equipment stops working, our processes cease to perform their designed expectations. The negative impacts are operations downtime, reduced capacity, lower quality, and environmental, health and safety incidents. Reliability-Centered Maintenance RCM is becoming more popular in manufacturing and process plants in determining failure modes of equipment and processes.
What is a Filter Regulator Lubricator – FRL?
Lubrication has a direct effect on equipment reliability. If you have a good lubrication strategy, you will improve your plant and equipment uptime. For any given plant, there are a number of important steps that, if implemented, will increase equipment reliability.
Machinery Lubrication I ML I provides the foundational skillset for applying best lubrication practices and product knowledge. They also gain better understanding of oil analysis, so they can align their efforts with those of maintenance professionals or oil analysis experts. Suggest a New Date or Location. Having trouble viewing the calendar?
Original equipment manufacturer OEM machine designers have long recognized and respected the value of choosing the correct lubricant for the job. They spend considerable time with lubricant-company engineers to choose the types of oils and greases that will adequately perform under given sets of ambient and machine conditions and allow equipment to function per design specifications. To combat temperature excesses, a lubricant with a suitable viscosity and viscosity index VI is chosen. To ensure the lubricant has a chance of an extended life cycle, a good designer will incorporate a variety of contamination-control devices in the lubrication-system design. A typical recirculative oil-filtration system will usually have six to seven of the surface-type filters numbered in this diagram along with one depth-type filter.
How to Choose an Oil Filtration System
We've been carrying out filtration jobs since we first came to be in and some of our oil filtration specialists have been doing this kind of work for alot longer than that. All of our Filtration specialists are well trained in the importance of Oil Cleanliness and the effects contaminants can have on the longevity of your equipment. We ensure that all of our filtration specialists are ICML certified Machinery Lubrication Technicians and have an appreciation for the importance of oil cleanliness. Over the years we've carried out hundreds of filtration jobs, some big and some small. This has enabled us to have access to a great assortment of filtration equipment for any job we get tasked with. These devices allow us to perform live tests on High Pressure Lubrication Systems to provide an accurate measurement of any contamination present.
A common question that I am often asked is about how to select the right filtration skid for offline kidney-loop oil filtration. This is one of the most neglected and least understood issues in the industry, costing companies billions of dollars in losses. The question usually is asked by people who are having problems with their bulk lubricants in the reservoirs of critical machines.