Pennsylvania Below Ground OWS

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Ever wondered how Pennsylvania keeps its water clean and safe, even with lots of industries and cities? The answer might be under your feet. Pennsylvania Below Ground OWS systems are key in managing groundwater and recharging aquifers. They act as silent protectors of our water.

Freytech Inc. is a leader in this important area, offering top-notch Pennsylvania Below Ground OWS solutions. These systems keep oil and water apart very well. Freytech’s tech is so good, it can remove 5 PPM of oil from water, beating North American standards. This means cleaner water and better protection for the environment.

Freytech’s advanced coalescing technology can handle many pollutants, like free oil and various fuels. This system can remove trace amounts of emulsified oil with a 0.1 PPM efficiency. It’s a new high in the industry.

Key Takeaways

  • Pennsylvania Below Ground OWS systems are vital for water management
  • Freytech Inc. offers high-efficiency OWS solutions
  • Enhanced coalescing technology separates various oil types from water
  • Freytech’s systems exceed North American discharge standards
  • Underground water storage contributes to aquifer recharge
  • OWS technology plays a crucial role in environmental protection

Introduction to Below Ground Oil Water Separators

Below Ground OWS are key in saving water and using it wisely. They take out oil, grease, and other petroleum stuff from wastewater before it goes into the environment.

Definition and Purpose

These devices sit underground and separate oil and water. They let oil rise to the top while keeping clean water flowing out. This stops pollution and keeps our water safe.

Environmental Protection

These separators are crucial for the environment. They keep bad stuff from getting into our water, which can hurt nature and animals. By using Below Ground OWS, companies can lessen their harm to the environment.

Pennsylvania Regulations

In Pennsylvania, there are tough rules for Below Ground OWS. The state’s Department of Environmental Protection makes sure of this. They check that businesses set up and keep these systems right to meet water quality standards. These rules help save water and use it wisely across the state.

Pennsylvania Below Ground OWS: Types and Applications

Below Ground Oil Water Separators are key in keeping Pennsylvania’s water safe. They come in different types for various needs. Cylindrical ones are great for underground setups, while rectangular ones fit in vaulted areas. Both use advanced technology to improve separation.

These separators are used in many fields. Wastewater plants use them to clean up before letting it go. Oil companies use them to separate oil from water when extracting it. They also help prevent spills in secondary containment areas and help recycle oil from waste.

Choosing the right separator means knowing about underground water flow and soil types. Pennsylvania’s varied land needs careful thought for the best separator use. This ensures they work well underground.

The type of separator used affects its rules and checks. In Pennsylvania, environmental groups watch these systems to keep the water clean. By picking the right separator for each job, industries help keep Pennsylvania’s water safe.

Design and Construction of Underground OWS Systems

Underground oil water separators (OWS) are key in keeping our environment safe. They need to be designed and built with care. This ensures they can handle oil-contaminated water well. It also helps us adapt to climate change.

Material Considerations

OWS systems are made from materials like steel or fiberglass. Steel is strong and durable, while fiberglass resists chemicals. The choice depends on the site and local laws.

Sizing and Capacity Requirements

Getting the size right is important for OWS systems to work well. Engineers figure out the capacity by looking at flow rates and oil amounts. If a system is too big or too small, it can cause problems.

Choosing the right size helps the system work as it should and follow the rules. This is key for good performance and safety.

Installation Procedures

Installing OWS systems requires careful work. The steps include digging, putting in the tank, and connecting it to pipes. It’s important to fill in the area well and pack it down. This stops the system from moving or getting damaged.

Experts make sure it’s installed right. This keeps the system working well and protects the environment.

By paying attention to design and building, underground OWS systems help us fight climate change and protect the environment. They help businesses follow the law and reduce their impact on nature.

Performance Standards and Efficiency Ratings

Oil water separators are key to saving water and using it wisely. They must work well to keep oil and water apart. Companies like Highland Tank make sure their separators meet these high standards.

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Highland Tank’s separators can get water clean with less than 10 parts per million (PPM) of oil. This is better than what the EPA requires. For those wanting even cleaner water, Freytech Inc. has separators that go further.

Freytech’s separators can remove up to 5 PPM of oil, and some can even get down to 0.1 PPM for very small amounts of oil. This helps save water by making sure it’s almost oil-free.

These standards are vital for companies to follow the law and use water wisely. By picking oil water separators with top efficiency, companies can lessen their environmental harm. This helps everyone work towards saving more water.

Maintenance and Inspection of Below Ground OWS

Keeping below ground oil water separators in good shape is key for managing groundwater and protecting the environment. Regular checks and fixing problems on time make sure these systems work well. This helps keep our water safe.

Regular Maintenance Procedures

Important maintenance tasks include taking out sludge, cleaning filters, and looking for wear and tear. Operators should plan these tasks based on how much they use the system and the maker’s advice. Doing this stops big problems and keeps the system running smoothly.

Inspection Protocols

Checking these systems carefully is important for the environment. Operators do visual checks, and official groups also inspect them. The Pennsylvania Department of Environmental Protection (DEP) keeps a close eye on them. They’ve logged over 1,600 inspections in just two weeks.

Troubleshooting Common Issues

Spotting and fixing problems quickly is crucial for managing groundwater well. Issues like leaks, wrong flow rates, and less separation can happen. Operators need to be able to find these problems early and fix them fast. Watching the quality of the effluent helps spot issues before they get worse.

Environmental Benefits of Below Ground OWS in Pennsylvania

Below ground oil water separators (OWS) are key to protecting Pennsylvania’s environment. They stop oil and pollutants from getting into waterways and groundwater. This helps save water across the state.

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OWS help facilities deal with climate change by better managing water. They let treated water be used in industrial processes, which cuts down on freshwater use. This supports Pennsylvania’s efforts to be more environmentally friendly.

Using below ground OWS helps meet Pennsylvania’s environmental goals. They keep oil pollution out of water, protecting aquatic life and keeping water safe for people. This is vital as the state deals with the effects of climate change.

Companies that use below ground OWS show they care about the environment. These systems make sure they follow state laws and help with saving water. As Pennsylvania focuses on being more sustainable, OWS play a big part in keeping our water clean and plentiful.

Compliance with Pennsylvania Regulations and Standards

In Pennsylvania, rules for underground oil water separators are key to keeping water safe and protecting aquifers. Operators must follow strict rules to keep the environment safe and avoid legal trouble.

SPCC Rule Applicability

The Spill Prevention, Control, and Countermeasure (SPCC) rule covers most OWS systems. But, some wastewater treatment uses get special rules. Operators should check their situation to see if they need to follow SPCC rules.

DEP Inspection and Enforcement

The Department of Environmental Protection (DEP) checks OWS facilities often. They gave out 507 conventional and 119 unconventional Notices of Violation recently. These checks help keep water safe and protect aquifers.

Reporting Requirements

OWS operators must send in yearly reports on production, waste, and well condition. It’s important to report accurately and on time to stay in line with the law. Not doing so can lead to fines and harm efforts to keep water safe and recharge aquifers.

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.

Conclusion

Pennsylvania Below Ground OWS systems are key to protecting our environment. They work hard to keep oil and water apart in many industries. This helps keep our waterways clean and safe.

Using these systems isn’t just good practice – it’s the law. Pennsylvania has strict rules for designing, installing, and maintaining OWS units. Following these rules ensures the systems work well and last long.

When businesses use Pennsylvania Below Ground OWS correctly, they’re not just following the law. They’re also helping to create a cleaner, greener state. This push for environmental sustainability is good for everyone. It means cleaner water, healthier ecosystems, and a brighter future for Pennsylvania.

FAQ

What are Below Ground Oil Water Separators (OWS)?

Oil/water separators (OWS) remove oil, grease, and oily-coated solids from wastewater. They help meet EPA discharge rules and are often used in industrial areas.

What are the types and applications of Below Ground OWS?

Highland Tank offers various oil/water separators. They include cylindrical and rectangular types for different setups. These separators are used in many places, like wastewater treatment and oil recovery.

How are Below Ground OWS designed and constructed?

Highland Tank’s OWS follow UL® specs and use Corella® technology. They come in single-wall or double-wall designs with various capacities. It’s important to size them right for the flow rate and oil capacity. Installing them correctly is key for them to work well and follow the rules.

What are the performance standards and efficiency ratings of Below Ground OWS?

Highland Tank separators can get effluent down to 10 PPM or less of free oil. Freytech Inc. can even get it down to 5 PPM. These standards are important for meeting environmental laws and separating oil and water well.

How is the maintenance and inspection of Below Ground OWS carried out?

Keeping Below Ground OWS in good shape is important. This means regular checks by the people who run them and inspections by groups like the DEP. If there are problems, like leaks, they need to be fixed to keep the OWS working right.

What are the environmental benefits of Below Ground OWS in Pennsylvania?

Below Ground OWS help protect the environment by keeping oil and contaminants out of water and groundwater. They also help save water and help facilities deal with climate change by managing water better.

What are the compliance requirements with Pennsylvania regulations and standards for Below Ground OWS?

Following Pennsylvania’s rules is key for Below Ground OWS. The SPCC rule applies in some cases, but not all. The DEP checks on these systems and can take action if there’s a problem. Not following the rules can lead to fines and legal trouble.

FreyTech's Line of Quality Below Ground Oil Water Separators

EcoLine B

Enhanced Coalescing Oil Water Separators for installation inside new or to RETROFIT existing concrete or steel tanks. This series is extremely versatile in that it can be installed inside existing above or below ground round, square or rectangular tanks. Instead of shipping heavy concrete / steel tanks cross country, simply procure a standard off the shelf tank locally and connect our turnkey separator kit to the outlet pipe inside your tank. 

 
This unique solution can save operators substantial time and expense since they can now utilize an existing tank instead of having to replace it with costly new tanking systems. Separates free non-emulsified oil, hydrocarbons, diesel, gasoline, fuels, from water to below 5 parts per million (PPM) guaranteed. Affordable small units for flow rates starting between 50 gallons per minute (GPM) to over 1,100 GPM. 
 
The filter / coalescing media can be washed by hand with a hose for years of trouble free efficient use. Maintenance is conducted above ground without having to enter tank making it more affordable, quicker, cleaner and safer. Mechanical automatic shut off valve included to prevent accidental discharge in the event the unit is not maintained on a timely basis. No electrical power requirements.

Typical Fields of Application

  • Gasoline stations and other fueling facilities.
  • Electrical transformers, power generation plants.
  • Oil storage areas.
  • Transportation fueling systems, diesel, gasoline, jet fuel, etc.
  • Surface and washing water from petrol stations, car wash and
  • repair workshops, pressure washer cleaning, wash water recycling.
  • Treatment of industrial process waste water.
  • Treatment of waste water from oil-removal plants.
  • Purification upstream to emulsion breakers, ultra- and microfiltration.
  • Refineries – extremely hot oily water applications.

ECOSORP

FOR EMULSIFIED AND DISSOLVED OIL: (ECOSORP BELOW 1 PPM)

The EcoSorp oil water separator is for use to obtain below 1 part per million (PPM) separation efficiencies. It is for use with free or PHYSICALLY EMULSIFIED AND DISSOLVED OIL by adsorption from water. This represents exceptionally clean separation. The EcoSorp requires filter / coalescing media cartridge replacement since it works through adsorption and the media becomes saturated over time (typically once a year). Recommended for use downstream of a Freytech Inc. above or below ground 5 PPM oil water separator to prolong its useful life. The media can absorb up to 22 lbs (10 kg) of oil. Units available with flow rates up to 100 gallons per minute (GPM) / 380 liters per minute (L/M). No electrical power requirements.

Typical Fields of Application

  • For emulsified and dissolved oil. 

HIGH FLOW RATE OIL WATER SEPARATOR

Each XL Separator Panel can effectively treat oily water flow rates ranging from 320 GPM (20 l/s) to 640 GPM (40 l/s). Achieves 5 Part per Million (PPM) separation of free non-emulsified oil. By far, the most affordable method for large industrial oil-water separation since panels can be installed side by side like windowpanes in a submerged cross-wall in locally procured concrete or steel tanks. This unique solution represents a huge advantage over shipping conventional bulky separators since there is no limit to the flow rate that can be treated and the panels are washable and reusable. Maintenance is conducted from above ground making it safer, cleaner, quicker and of course, more affordable. Each panel requires 1 yard / 1 meter of submerged wall space. Optional polishing system available to also separate trace emulsified oil down to 0.1 PPM.

With the optional ADD Skimmer, the oil being separated by the XL Panels 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.