Pennsylvania Above Ground OWS

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Ever wondered how Pennsylvania’s industries handle oily wastewater and follow environmental laws? The answer is in Above Ground Oil Water Separators (OWS). These systems are key to removing oil and grease from water before it’s released.

In Pennsylvania Above Ground OWS are crucial for businesses to meet EPA standards. They’re used in many areas, like petroleum storage and vehicle maintenance. Thanks to advanced tech, some systems can get water so clean it has only 10 PPM of free oil.

Key Takeaways

  • Above ground OWS are crucial for industrial wastewater management in Pennsylvania
  • These systems help businesses comply with EPA regulations
  • OWS remove oil, grease, and light petroleum products from wastewater
  • Advanced systems can achieve effluent quality of 10 PPM or less of free oil
  • Above ground OWS are used in various industries, including petroleum storage and vehicle maintenance

Understanding Above Ground Oil Water Separators in Pennsylvania

Above ground oil water separators are key in Pennsylvania’s industrial world. They are vital for handling wastewater and keeping the environment safe. Let’s look into their main purpose, the rules they must follow, and why they’re beneficial.

Definition and Purpose of OWS Systems

Oil water separators remove oil, grease, and oily bits from wastewater. They clean the water before it’s let out, helping industries follow environmental laws. In Pennsylvania, these systems are a must for keeping water clean and following state rules.

Regulatory Compliance in Pennsylvania

Pennsylvania has tough rules for wastewater discharge. Companies need NPDES permits and must meet certain water quality standards. Above ground oil water separators help companies meet these standards by treating wastewater properly before it’s released.

Benefits of Above Ground Installation

Installing above ground oil water separators has many perks. They’re simpler to check and maintain, which cuts down on costs over time. They also make it easier to change them if new rules come out. Freytech Inc. in Greensburg, PA, uses an above ground API oil/water separator, showing how useful this setup can be.

Key Features of Pennsylvania Above Ground OWS

Pennsylvania’s above ground oil water separators (OWS) have advanced features that make them stand out in managing wastewater. They are known for their efficiency, flexibility, and long-lasting performance.

Advanced Separation Technology

At the heart of Pennsylvania’s above ground OWS is advanced separation technology. This technology uses new coalescing methods to quickly separate oil and water. This leads to cleaner water with little oil, meeting high environmental standards.

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Customizable Designs for Various Industries

OWS designs can be tailored to fit different industrial needs. They come in cylindrical or rectangular shapes, with options for single-wall or double-wall construction. This flexibility lets businesses pick the best option for their space and needs.

Durability and Longevity

Pennsylvania’s above ground OWS are made to endure. They can handle tough industrial settings and harsh weather. With top-quality materials and strong build, they work well for a long time. This means they don’t need to be replaced or repaired often.

Applications and Industries Served by Above Ground OWS

Above ground oil water separators (OWS) are key in treating industrial wastewater in Pennsylvania. They are often found in petroleum storage facilities. These facilities use them to manage stormwater from tank farms and loading areas.

The Buckeye Terminals Greensburg Facility is one example. It uses above ground OWS to treat water from its areas and surfaces.

Vehicle maintenance centers also use these systems. They separate oil and grease from wastewater during maintenance. This helps meet environmental rules.

Aircraft and vehicle fueling stations use OWS for spills and contaminated runoff. This protects nearby water sources.

Environmental remediation sites often use above ground OWS for cleanup. These systems can handle water from different sources like groundwater and soil washing. Pipeline companies use OWS to treat water from hydrostatic testing before disposal.

OWS are very useful in many sectors in Pennsylvania. They help protect the environment and meet regulations.

These separators are crucial in storm water systems. They process runoff to meet the US EPA’s Clean Water Act standards. With effective oily water treatment, facilities protect the environment and dodge big fines.

Freytech Inc.’s Enhanced Coalescing Technology

Freytech Inc. is at the forefront with its advanced coalescing technology for oil water separators. This technology changes how we separate hydrocarbons, setting new standards in wastewater treatment.

Achieving 5 PPM Separation Efficiency

The systems from Freytech Inc. reach an amazing 5 PPM separation efficiency. This is way above the North American discharge limits of 10 PPM. It shows the company’s strong commitment to protecting the environment.

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Handling Various Hydrocarbon Types

Freytech’s technology is great at separating many types of hydrocarbons. It can handle motor oil, diesel, gasoline, and jet fuel, removing contaminants from wastewater. This makes it perfect for many industrial uses.

Meeting North American Discharge Limits

Freytech’s separator packages do more than just meet discharge limits. They can get down to an incredible 0.1 PPM separation efficiency for trace amounts of emulsified oil. This top-notch performance helps follow strict environmental laws and supports sustainable water use.

Installation and Maintenance of Above Ground OWS in Pennsylvania

Installing an OWS in Pennsylvania needs careful planning and following state rules. First, look at your site’s needs and get the right permits. Pick a spot that’s easy to get to for upkeep and fits local laws.

Setting up an OWS means putting the separator on a flat, stable ground. Make sure inlet and outlet pipes are connected right, with the flow going the right way. Add safety stuff like alarms for overflows and valves to shut off in emergencies to stop spills.

Keeping an OWS in good shape is key for it to work well. Check the coalescing parts every month and clean out oil and sludge. Watch the quality of the effluent to meet NPDES permit rules. Use absorbent materials and better air diffusers to help the separation work better.

Looking after your wastewater system means cleaning tanks, changing filters, and adjusting sensors. Keep records of maintenance to see how things are doing and spot problems early. By doing this, you’ll make your OWS last longer and follow Pennsylvania’s rules.

Comparing Above Ground and Underground OWS Solutions

Choosing between above ground and underground OWS systems in Pennsylvania involves looking at several factors. Each option has its own benefits, making it important to think about what you need and the situation you’re in.

Cost Considerations

Above ground OWS systems are often more budget-friendly. They’re easier and faster to install, which cuts down on upfront costs. Plus, they’re cheaper to maintain because they’re simpler to get to and keep up with.

Accessibility and Maintenance

One big plus of above ground systems is how easy they are to get to. You can check and fix them without digging, which saves time and money. This makes sure the system works well, lasts longer, and is a smart choice for managing wastewater.

Environmental Impact

For the environment, above ground systems are a better choice in many ways. If there are problems, you can spot and fix them quickly, reducing the chance of harming soil or water. This is key in Pennsylvania, where keeping nature safe is a big deal.

Even with the advantages of above ground systems, underground OWS might be better in places where space is tight or looks matter. The decision between the two should be based on what your facility needs and the rules in your area.

Conclusion: The Future of Wastewater Management in Pennsylvania

Pennsylvania’s wastewater management is changing with new OWS technology. Advanced above ground oil water separators are leading this change. They offer great performance and help industries follow strict environmental laws.

Companies like Freytech Inc.  are at the forefront with their innovative designs. Their OWS solutions show how innovation can fight water pollution. This means businesses in Pennsylvania can protect water resources and follow the law.

The move to high-tech OWS systems is a big step for environmental protection in the state. Industries are adopting these tools to improve their green efforts. This trend looks forward to a cleaner, more sustainable future for Pennsylvania’s waterways and ecosystems.

FAQ

What is the purpose of above ground oil water separators (OWS) in Pennsylvania?

Above ground OWS systems remove oil, grease, and light petroleum from industrial wastewater in Pennsylvania. They make sure wastewater meets EPA standards before it goes into water bodies.

What are the benefits of installing above ground OWS in Pennsylvania?

Installing above ground OWS has many benefits. It makes maintenance and checks easier. It also cuts down on costs and reduces environmental harm. This is because leaks are easier to spot and control.

What advanced separation technologies are used in Pennsylvania above ground OWS systems?

Companies like Freytech Inc. use cutting-edge tech in their OWS systems. They use Corella® coalescing media and better coalescing systems. These systems can remove free oil down to 5 PPM or less.

What industries in Pennsylvania commonly utilize above ground OWS systems?

Many industries in Pennsylvania use above ground OWS. These include petroleum stations, vehicle fueling spots, aircraft fueling, and sites cleaning up environmental messes.

How do Freytech Inc.’s enhanced coalescing systems perform in meeting discharge limits?

Freytech Inc.’s OWS systems with better coalescing tech can get down to 5 PPM in separation. This is way above the North American limit of 10 PPM for things like motor oil and diesel.

What maintenance procedures are required for above ground OWS in Pennsylvania?

For upkeep, check the coalescing parts, clean out oil and sludge, and watch the water quality. Use absorbents and better air diffusers as needed. This follows NPDES permit rules.

How do above ground and underground OWS solutions compare in terms of cost and environmental impact?

Above ground OWS are cheaper because they’re easier to put in and maintain. Underground ones might be better in places where space is tight or looks matter. But, above ground systems are better for the environment since leaks are easier to catch and fix.

FreyTech's Line of Quality Above Ground Oil Water Separators

EcoLine A

Enhanced Coalescing Oil Water Separators (OWS) to separate free non-emulsified oil, hydrocarbons, diesel, gasoline, fuels, from water and guarantee 5 parts per million (PPM) separation efficiency. Affordable small footprint units for flow rates starting at 25 GPM (1.5 l/s) to over 640 GPM (40 l/s). Coalescing media is easy to maintain and can be spray washed and reused for years of trouble-free efficient use. Each model comes with standard manual oil drain port or can be provided with the optional “ADD” oil skimmer. Optional downstream polishing system available to also separate trace emulsified oil down to 0.1 PPM.

 
With the ADD Skimmer, the oil being separated inside the OWS is mechanically and automatically collected 24/7 and drained by gravity to a separate receptacle. The skimmed oil will contain only 0.3 % of water thus providing the operator with an outstanding 99.7 % concentration of pure used oil. This represents a significant advantage over other skimmers in that the operator no longer has to pay for the separated oil and the excess water to be removed from the separator by septic truck and shipped/ treated in a wastewater treatment plant. The operator can even sell or donate the pure separated oil since it is now possible to skim it free of water from the separator on site.
 

Typical Fields of Application

  • Gasoline stations and other fueling facilities.
  • Electrical transformers.
  • Oil storage areas.
  • Transportation fueling systems.
  • Surface and wash water from petrol stations, car wash and repair workshops, pressure washer cleaning, wash water recycling.
  • Industrial process wastewater treatment
  • Treatment of wastewater from oil-removal plants.
  • Purification upstream to emulsion breakers, ultra- and microfiltration.

EcoSorp Emulsified Oil Separator

The ecoTop above ground oil water separator is made of high- grade stainless steel. Achieves below 5 parts per million (PPM) separation. Each ecoTop model comes with standard manual oil drain port or can be provided with the optional “ADD” oil skimmer. Optional downstream polishing system available to also separate trace emulsified oil down to 0.1 PPM.

 
With the ADD Skimmer, the oil being separated inside the OWS is mechanically and automatically collected 24/7 and drained by gravity to a separate receptacle. The skimmed oil will contain only 0.3 % of water thus providing the operator with an outstanding 99.7 % concentration of pure used oil. This represents a significant advantage over other skimmers in that the operator no longer has to pay for the separated oil and the excess water to be removed from the separator by septic truck and shipped/ treated in a wastewater treatment plant. The operator can even sell or donate the pure separated oil since it is now possible to skim it free of water from the separator on site.
 

Typical Fields of Application

  • Transportation.
  • Gasoline stations, car wash and repair workshops.
  • Industrial process waste water.
  • Oil production, oil-removal plants.
  • Reconditioning of cooling water.
  • Treatment of waste water from oil-removal plants.
  • Mobile cleaning of oil-contaminated ground water and oil contaminated land.
  • Mining Operations.

Containerized Separators

The Containerized Oil Water Separator includes a steel cargo container measuring either 20 or 40 feet in length that is provided turnkey to the client. It has all of the sedimentation chambers and the oil water separator equipment built into the container itself. It represents a unique solution for a wide variety of applications where infrastructure may be lacking and also for those cases where the operator may not want to invest in concrete tank construction or other types of resources on property being used / exploited on a short-term basis. Achieves 5 PPM separation of free non-emulsified oil. Optional downstream polishing system available to also separate trace emulsified oil down to 0.1 PPM. Engineered for use in both hot and cold climates.

Typical Fields of Application

  • Gasoline stations and other fueling facilities.
  • Electrical transformers.
  • Oil storage areas.
  • Transportation fueling systems.
  • Dept. of Transportation (DOT) maintenance sites.  
  • Treatment of industrial process waste water.
  • Treatment of waste water from oil-removal plants.
  • Mining sites

EcoTop (Stainless Steel) Oil Water Separators

The ecoTop above ground oil water separator is made of high- grade stainless steel. Achieves below 5 parts per million (PPM) separation. Each ecoTop model comes with standard manual oil drain port or can be provided with the optional “ADD” oil skimmer. Optional downstream polishing system available to also separate trace emulsified oil down to 0.1 PPM.

 
With the ADD Skimmer, the oil being separated inside the OWS is mechanically and automatically collected 24/7 and drained by gravity to a separate receptacle. The skimmed oil will contain only 0.3 % of water thus providing the operator with an outstanding 99.7 % concentration of pure used oil. This represents a significant advantage over other skimmers in that the operator no longer has to pay for the separated oil and the excess water to be removed from the separator by septic truck and shipped/ treated in a wastewater treatment plant. The operator can even sell or donate the pure separated oil since it is now possible to skim it free of water from the separator on site.
 

Typical Fields of Application

  • Transportation.
  • Gasoline stations, car wash and repair workshops.
  • Industrial process waste water.
  • Oil production, oil-removal plants.
  • Reconditioning of cooling water.
  • Treatment of waste water from oil-removal plants.
  • Mobile cleaning of oil-contaminated ground water and oil contaminated land.
  • Mining Operations.