Connecticut Above Ground OWS

Ohio Oil Water Separator Suppliers - Vermont Oil Water Separator Suppliers - California OWS Manufacturers - Maine OWS Manufacturers - Michigan OWS Manufacturers - Pennsylvania OWS Manufacturers - Oil Water Separator Tanks California - California Above Ground Oil Water Separators - British Columbia Above Ground Oil Water Separators - Georgia Above Ground Oil Water Separators - Illinois Above Ground Oil Water Separators - Mississippi Above Ground Oil Water Separators - New Hampshire Above Ground Oil Water Separators - New York Above Ground Oil Water Separators - Pennsylvania Above Ground Oil Water Separators - Rhode Island Above Ground Oil Water Separators - Quebec Above Ground Oil Water Separators - Tennessee Above Ground Oil Water Separators - Utah Above Ground Oil Water Separators - Virginia Above Ground Oil Water Separators - Maine Above Ground Oil Water Separators - British Columbia Above Ground OWS - Connecticut Above Ground OWS - Alaska Above Ground OWS - Delaware Above Ground OWS - Virginia Above Ground OWS - Vermont Above Ground OWS - Rhode Island Above Ground OWS - Ontario Above Ground OWS - New Jersey Above Ground OWS - Massachusetts Above Ground OWS - Georgia Above Ground OWS - West Virginia Above Ground OWS - Alaska Above Ground Oil Water Separators - Maine Below Ground Oil Water Separators - Oil Skimmers Washington - Oil Skimmers Vermont - Oil Skimmers Michigan - Oil Skimmers Georgia - Oil Skimmers Delaware - Oil Skimmers California - Air Compressor Oil Water Separator New Jersey - Vermont Above Ground Oil Water Separators

Table of Contents

In Connecticut, the need for efficient oil water separation is key. Companies aim to meet tough environmental rules. Freytech Inc. Above Ground Oil Water Separators (OWS) are now a crucial tool. They help with both environmental rules and keeping operations smooth.

Connecticut’s Above Ground OWS lead in protecting our environment. They use the latest technology to remove oil from water. This is important for industries like manufacturing and transportation. Using a reliable OWS is not just about avoiding fines. It’s about keeping our water safe for the future.

Key Takeaways

  • Connecticut Above Ground OWS systems are crucial for environmental compliance
  • Advanced coalescing technology enhances oil-water separation efficiency
  • Above Ground Oil Water Separators offer flexible installation options
  • OWS systems help businesses meet strict discharge limits
  • Proper OWS implementation protects both industry operations and water resources

Introduction to Above Ground Oil Water Separators in Connecticut

Connecticut industries face unique challenges in wastewater treatment. Above ground oil water separators offer effective solutions for managing effluent. These systems are key to keeping the environment safe and promoting sustainable drainage.

Importance in Industrial Settings

Oil water separators are vital for treating industrial wastewater. They remove oil, grease, and oily solids from different discharges. This is crucial in places like bulk storage facilities, vehicle maintenance sites, and environmental cleanup projects.

Regulatory Compliance

Connecticut businesses must follow strict EPA discharge rules. Above ground separators help by managing effluent well. They make sure the water released is up to standard.

Benefits of Above Ground Systems

Above ground oil water separators have many benefits. They’re simpler to install than underground ones. They’re easier to maintain and monitor, cutting down on costs over time. These systems offer flexible solutions for different industrial needs.

Using above ground separators in Connecticut improves wastewater treatment. They help manage effluent efficiently and protect the environment. As industries change, these systems remain crucial for sustainable water management.

Connecticut Above Ground OWS: Features and Technology

Connecticut’s above ground oil water separators (OWS) have the latest features and technology. They are key in handling industrial wastewater, similar to septic systems and leach fields for homes. These systems are designed to efficiently separate oil from water, keeping the environment safe and meeting tough rules.

Enhanced Coalescing Technology

Modern OWS units use advanced coalescing technology for better oil removal. This method uses special plates or media to help oil droplets merge and separate from water. It’s like how leach fields in septic systems spread and filter wastewater.

California Above Ground Oil Water Separators - Delaware Above Ground Oil Water Separators - Illinois Above Ground Oil Water Separators - Massachusetts Above Ground Oil Water Separators - Michigan Above Ground Oil Water Separators - New York Above Ground Oil Water Separators - Ontario Above Ground Oil Water Separators - Ontario Above Ground Oil Water Separators - Washington Above Ground Oil Water Separators - Connecticut Above Ground OWS

Separation Efficiency and Discharge Limits

OWS systems in Connecticut are very efficient at separating oil and water. Many can get effluent with less than 10 parts per million (PPM) of free oil. This meets or beats North American discharge limits. It’s vital for industries that follow strict environmental laws.

Materials and Construction

Building OWS systems to last is important. They use strong materials like stainless steel or concrete for durability. Some models also have UL® specs and special coatings for extra protection. This focus on quality is similar to what’s needed in septic system installations, ensuring they work well for a long time and protect the environment.

Applications and Industries Served by Above Ground OWS

Above ground oil water separators (OWS) are key in many industries. They help companies follow sewage disposal laws and keep the environment safe. These systems are used in many areas, from storing petroleum to washing vehicles.

Facilities that store a lot of petroleum use OWS to stop oil spills. These systems protect the groundwater and soil. At places where planes and cars get refueled, OWS manage runoff to keep things clean.

OWS also help with cleaning polluted sites for environmental projects. They take oil out of water, helping to fix damaged areas. These systems can handle flow rates from 1 to 100 gallons per minute, fitting many industrial needs.

Some companies put OWS alone, while others link them with bigger systems for treating wastewater. This flexibility lets companies choose the best way to handle water based on their needs and the laws.

Freytech Inc.’s Superior OWS Solutions

Freytech Inc. leads in above ground oil water separators in Connecticut. Their advanced technology ensures top-notch performance for both industrial and environmental needs.

Guaranteed 5 PPM Separation Efficiency

Freytech’s oil water separators go beyond North American limits. They guarantee a 5 PPM separation efficiency. This means they meet strict water quality standards and protect the environment.

This level of performance is perfect for industries with high water quality needs.

California Above Ground Oil Water Separators - District of Columbia Above Ground Oil Water Separators - District of Columbia Above Ground Oil Water Separators - Georgia Above Ground Oil Water Separators - Mississippi Above Ground Oil Water Separators - New Hampshire Above Ground Oil Water Separators - New Jersey Above Ground Oil Water Separators - Pennsylvania Above Ground Oil Water Separators - South Carolina Above Ground Oil Water Separators - Tennessee Above Ground Oil Water Separators - Utah Above Ground Oil Water Separators - Vermont Above Ground Oil Water Separators - West Virginia Above Ground Oil Water Separators - Virginia Above Ground Oil Water Separators - California Above Ground OWS - Connecticut Above Ground OWS

Capability to Achieve 0.1 PPM Separation

For the purest water, Freytech’s separators can get down to 0.1 PPM. This is key for removing tiny amounts of emulsified oil. It meets the toughest environmental standards.

Versatility in Separating Various Hydrocarbons

Freytech’s separators are versatile. They work well with many hydrocarbons like motor oil, diesel, gasoline, and jet fuel. This makes them great for different industries, from car shops to airports.

Choosing Freytech’s oil water separators in Connecticut means getting a dependable water treatment solution. These systems perform well, follow regulations, and protect the environment in various sectors.

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.

Installation and Maintenance of Above Ground OWS

Installing an above ground oil water separator needs careful planning and following local rules. You must prepare the site well and get the needed permits. Keeping it maintained regularly helps it work well and last longer.

Site Preparation and Permit Requirements

Getting the site ready is key for a successful OWS setup. The ground should be flat and strong to hold the system. You need to plan the connections to the lines well. Before you start, make sure you know the local building codes and get all the permits. This prevents legal problems and makes sure the system is safe.

Ongoing Maintenance and Best Practices

Keeping your OWS in good shape is important. Check it often for any damage or wear. Clean the coalescing media when it’s needed to keep it working right. It’s also key to dispose of the oil and sludge properly to follow environmental laws. Some systems have advanced monitoring that shows how well they’re doing, making upkeep simpler and more effective.

By following these steps for setting up and maintaining your OWS, it will work well for many years. A well-kept system not only meets the rules but also protects the environment and saves you money.

Conclusion

Connecticut Above Ground OWS systems are key for industries wanting to follow environmental rules. They manage effluent well, making water cleaner and protecting nature. These units are essential in many industries in Connecticut because they work well and separate materials efficiently.

Freytech Inc. is a leader in OWS innovation, offering top-notch solutions that go beyond what’s required. Their systems can separate as little as 0.1 PPM, showing how advanced oil-water separation technology has become. This high performance helps the environment and keeps businesses out of trouble with fines and bad publicity.

As Connecticut’s industries grow, the need for good effluent management will get bigger. Above ground OWS systems are a smart, effective way to meet this need. By using these advanced separators, companies can follow environmental laws, keep our water clean, and help make Connecticut a healthier place for everyone.

FAQ

What is an Above Ground Oil Water Separator (OWS)?

An Above Ground Oil Water Separator (OWS) is a system that separates oil and other hydrocarbons from water in industrial wastewater. It’s key for meeting environmental laws and stopping pollutants from getting into water.

What are the benefits of using Above Ground OWS compared to underground systems?

Above Ground OWS are better than underground ones because they’re easier to install, maintain, and check. They’re also more visible, making inspections and servicing simpler.

What industries and applications require Above Ground OWS?

Many industries use Above Ground OWS, like bulk petroleum storage, aircraft and vehicle maintenance, and environmental cleanup projects. They’re needed at any place that makes oil-contaminated wastewater.

How efficient are Above Ground OWS in separating oil from water?

Top-notch Above Ground OWS, like those from Freytech Inc., can separate oil down to 0.1 PPM. This is way better than the usual limit of 10 PPM in North America.

What technology is used in Above Ground OWS for efficient separation?

Connecticut’s Above Ground OWS use advanced tech like coalescing plate separators (CPS) and Corella® technology. These help oil droplets merge better, making separation from water more effective.

What materials are used in the construction of Above Ground OWS?

They’re made with strong materials like stainless steel or concrete for lasting use. Some also have UL® specs and special coatings for extra safety.

What is involved in the installation and maintenance of Above Ground OWS?

Putting in Above Ground OWS needs the right site prep, following local permits, and meeting building codes. Keeping them running well means regular checks, cleaning the coalescing media, and safely getting rid of the oil and sludge.

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.