LAKOS Filtration Solutions
At Process & Power, we proudly supply LAKOS, a global leader in engineered filtration and solids separation systems. Since 1972, LAKOS has specialized in centrifugal separation and filtration technologies that protect pumps, piping, and process equipment from abrasive solids. Their solutions are trusted in industries such as HVAC, industrial process, irrigation, municipal water, food & beverage, and power generation.
Product Highlights
Centrifugal Separators – Efficient removal of sand, grit, and solids from water and process fluids.
Pump Protection Separators – Extend the life of pumps by preventing abrasive wear and clogging.
HVAC Filtration Systems – Side-stream and full-flow solutions to improve cooling tower and chiller efficiency.
Irrigation Filtration – Protect agricultural irrigation systems from clogging and wear.
Custom Engineered Systems – Turnkey filtration packages designed to meet specific application requirements.
Why Choose LAKOS?
Over 50 years of expertise in solids separation and filtration
Proven to reduce maintenance costs and extend equipment life
Widely trusted across industrial, municipal, and agricultural applications
Contact Process & Power for LAKOS Filtration Solutions
Located at: 1721 Corporate Avenue • Memphis, TN 38132
Call us at: (901) 362-5500
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LAKOS Filtration Solutions FAQ
What LAKOS equipment is featured?
The page includes centrifugal separation, pump-protection, HVAC, irrigation, and engineered solids-removal arrangements.
How does a centrifugal separator remove particles?
Flow through the separator creates motion that directs suitable heavier particles toward a collection area. Performance depends on flow and the particle and liquid properties.
What is the difference between side-stream and full-flow filtration?
A side-stream arrangement treats part of the circulating flow, while a full-flow arrangement handles the main flow. The right choice depends on the contamination source and process goal.
Can LAKOS equipment be considered for cooling-tower sediment?
Yes. A suitable selection can address suspended solids in a cooling-water circuit. Include basin conditions, contamination load, and the proposed circulation arrangement.
Will a separator remove every particle size equally?
No. Particle size, density, and operating conditions affect separation. Define the target and use the selected equipment's performance data.
Can pump protection replace all other water treatment?
No. Solids removal addresses a particular problem. Chemical treatment, biological control, or other filtration may still be necessary for the process.
How do I size a solids-removal system?
Provide flow range, fluid properties, pressure, solids concentration, and particle size and density. Selection should reflect the separation goal and available pressure differential.
Does solids separation remove dissolved contaminants?
No. Removing suspended material is different from treating dissolved salts, chemicals, or microbes. Define the water-quality target before selecting treatment equipment.
Why has separation performance declined?
Flow outside the intended range, changed particles, purge problems, or restrictions can reduce results. Compare inlet and outlet conditions and inspect the solids-disposal arrangement.
Why is collected-solids removal important?
Separated material must leave the collection area at an appropriate interval. A blocked or unsuitable purge arrangement can undermine the system's performance.
How can filtration help protect pumps?
Removing abrasive particles can reduce wear when the system is selected correctly. Account for added pressure loss so the protective equipment does not create an inlet restriction problem.
What should routine filtration maintenance include?
Follow the specific equipment's instructions for purging, screens or media where fitted, valves, and controls. Record flow, pressure difference, and observed solids removal.
Can an existing system handle increased flow?
Check its operating range and separation performance at the proposed flow. Piping, purge capacity, and associated pumps may also need review.
How should performance be verified?
Compare representative inlet and outlet samples and operating measurements against the agreed target. Use consistent sampling methods rather than judging results only by water appearance.
How can I get local support for LAKOS Filtration Solutions?
Contact Process & Power at (901) 362-5500 with your location, equipment identification, and application or service concern. The team can review selection, parts, and service options for your needs.
What should I send when requesting a quote?
Include the required duty, fluid or process details, operating conditions, utilities, and installation dimensions. For existing equipment, add nameplate photos, model and serial numbers, and a description of the problem or planned change.