FRANC Environmental helps Rodale Institute Eco-Center Recycle Wastewater

July 29th, 2011

On June 16th Rodale Institute, located in Kutztown, PA, held the grand opening of the new visitor restrooms. An eco-friendly wastewater treatment system was installed by FRANC Environmental.

Rodale Institute is a nonprofit organization dedicated to pioneering organic farming through research and outreach. For over sixty-years, they have been researching the best practices of organic agriculture and sharing their findings with farmers and scientists throughout the world, advocating for policies that support farmers, and educating consumers about how going organic is the healthiest option for people and the planet.

Rainwater collected from the roof is used to charge the toilets.  The wastewater is treated by a wetland system with the treated water being used to irrigate landscaping around the building.

Jeff Moyer, Farm Director, Rodale Institute, said “It’s scalable so it can work for a single family house like this would be the size for or it could work for a small community, it could work for the city of Allentown”

FRANC Environmental is proud to have been chosen the qualified installer for this wastewater treatment system.

GET THE SQUEEZE ON CAR WASHING

July 19th, 2011


Reprinted from www.TCPalm.com June 20, 2011

Washing our cars in our driveways is one of the most environmentally unfriendly chores.

Unlike household wastewater that enters sewers or septic systems and undergoes treatment before it is discharged into the environment,  what runs off from your car goes right into storm drains – and eventually into lakes, wetlands, or rivers where it may harm aquatic life.

After all, that water is loaded with a witch’s brew of gasoline, oil, and residues from exhaust fumes — as well as the harsh detergents being used  for the washing itself.

Commercial Car Washes Treat Wastewater

On the other hand, federal law in the U.S. requires commercial carwash facilities to drain their wastewater into sanitary sewer systems, so it  gets treated before it is discharged back into the great outdoors. And commercial car washes use computer controlled systems and high-  pressure nozzles and pumps that minimize water usage. Many reuse the rinse water.

Think Green When Washing Your Car…

If you must wash your car at home, choose a biodegradable soap specifically formulated for automotive parts. Or you can make your own biodegradable car wash by mixing one cup of liquid dishwashing detergent and 3/4 cup of powdered laundry detergent (each should be chlorine- and phosphate-free and non-petroleum based) with three gallons of water. This concentrate can then be used sparingly with water over exterior car surfaces. This recipe can be found at http://scienceofeverydaylife.discover

WASH YOUR CAR ON THE LAWN…… Even when using green-friendly cleaners, it is better to avoid the driveway and instead wash your car on your lawn or over dirt so that the wastewater can be absorbed and neutralized in soil instead of flowing directly into storm drains or open water bodies. (If you don’t have a lawn, try parking on a gravel surface, where water can also percolate into the soil.)

A Better Car Wash Option for Fundraising…

One last caution: Kids and parents planning a fundraising car wash event should know that they might be violating clean water laws if runoff is not contained and disposed of properly. Some car wash facilities allow fundraisers to sell tickets redeemable at local car washes, enabling the organizations to still make money while keeping dry and keeping local waterways clean. If the group decides to do a fundraiser car wash the practices below need to be followed:

• Good Housekeeping Practice #1: Before beginning your car wash, remove all trash and debris from the car washing area.

• Good Housekeeping Practice #2: Use only soaps, cleaners, or detergents labeled “non-toxic”, “phosphate free”, or “biodegradable”. The safest products for the environment are vegetable-based or citrus-based soaps.

• Good Housekeeping Practice #3: Avoid the use of acid-based wheel cleaners.

• Good Housekeeping Practice #4: Minimize the amount of water or soapy wash water running off the car washing area by implementing the following:

  • Always shut off or kink the hoses when not in use.
  • Whenever possible, select a site where the cars can be driven onto grass or gravel for washing. Or, select a site where wash water will drain onto grass, gravel, or landscaping. Or, divert the wash water using a simple dewatering pump and hose to transfer the wash water up onto the grassy area. This will allow the soapy water to filter through vegetation and soil instead of flowing into a storm drain.
  • Use a bucket of soapy water to re-soap rags or sponges throughout the wash rather than adding more soap directly to the rag/sponge.
  • Do not empty buckets of soapy or rinse water into the parking lot, street, gutter or storm drains. Always empty buckets into the sanitary sewer system (e.g. sinks or toilets) or onto grassed areas.

Citizens can help achieve the goal of protecting our waterways by voluntarily taking action to reduce the amount and improving the quality, of water that runs off their properties.

 

Don’t be fooled by floods: Conserving Water is IN!!!

May 18th, 2011

Raindrops Although April brought us many days of rain, causing significant amounts of water in our streams and lakes, a warm and dry summer could cause drought conditions for our area. Conserving water at home is always a good practice, no matter how plentiful our water supply. For those paying for water and sewer bills, water conservation can lower the amount paid. And for those with wells and septic systems, reducing water usage can help to maintain water levels within the well and put less stress on the system. There is a wide variety of simple and more complex changes that can reduce your household’s daily water use.

One general way to reduce the water consumed in your home is checking for leaks. According to the Red Cross, a one-drop-per-second leak wastes 2,700 gallons of water per year. An easy way to check for leaks in your house is by checking your water meter. When you know that there is no water being used in the house, check the reading on your water meter. After about 30 minutes, check the meter again. If there has been a change, there is a leak.

Toilets are a huge culprit for wasting a lot of water, especially when leaking. One simple way to check if your toilet is leaking is to add food coloring to the tank. Check the toilet after about 30 minutes. If there is dye in the toilet bowl, your toilet has a leak. Installing low-flow toilets in your home can make a difference. According to the American Water Works Association, toilets use an average of 20.1 gallons of water per person, per day in a household, accounting for about 30 percent of the daily water use. Older toilets used upwards of 3.5 gallons of water per flush, while new, low-flow models use 1.6 gallons per flush.

Another way, although a little more expensive, to reduce water use within your home is to replace water-using appliances, with more energy and water-efficient models. Washing machines and dishwashers can use a lot of water and many households use them several times during the week. Be sure to only run full loads or use the “light wash” setting on dishwashers to reduce the amount of water used. Hot water heaters are also a source of water loss and energy usage. Water is wasted as it is run until it reaches the appropriate temperature. Some homeowners are installing instant hot water heaters at faucets, reducing wasted water.

There are also many inexpensive ways to conserve water and other changes that anyone can make to their actions. Installing aerators with flow restrictors on all faucets is inexpensive and can make huge improvements. Reusing water, such as water used to wash vegetables, could be used to water plants. Turning off the water while lathering or washing hair in the shower and only turning it on to rinse could save significant amounts of water. Also, turning the water off while brushing your teeth, washing your face, or shaving are simple changes.
Published by Jessica Reinhart on May 6, 2011 at auburnpub.com

National Medication Take Back Day

April 19th, 2011
RADM Thomas McGinnis, Chief of Pharmaceutical Operations, TRICARE Management Activity

RADM Thomas McGinnis, Chief of Pharmaceutical Operations, TRICARE Management Activity

Is your medicine cabinet filled with expired medications you no longer use? With Earth Day quickly approaching on April 22, TRICARE reminds beneficiaries the importance of disposing of unused medications in a safe, environmentally-friendly manner.

Medications thrown in the trash, dumped down the sink or flushed down the toilet can kill bacteria that break down waste in sewage plants, damage septic systems and contaminate nearby waterways. Drinking water may be adversely impacted – humans, fish and other aquatic wildlife may be injured.

A 2008 Associated Press (AP) investigation found pharmaceuticals in the drinking water supplies of at least 41 million Americans. In the course of a five-month inquiry, the AP discovered that drugs have been detected in the drinking water supplies of 24 major metropolitan areas.

Medication take back or collection programs are aimed at reducing the quantity of unused pharmaceuticals entering the environment and reducing the amount of drugs available for theft or accidental poisoning.

You can learn more about the negative impact of improper medication disposal and find a participating pharmacy near you that takes back unused medications for proper disposal year-round at www.disposemymeds.org. If a medication take back or collection program is not available in your area, refer to Federal Guidelines from the Office of National Drug Control Policy on the proper disposal of medications.

Article originally published in DOD News on April 18, 2011 and written by Jian DeLeon

Have your Septic System Serviced & Maintained.  Contact Franc Environmental in Bucks-Montgomery-Philadelphia County.

Older Septic Systems More Likely To Pollute

April 18th, 2011

By FLORI MEEKS Houston Chronicle Correspondent, published March 16, 2011

Water DropTurnout was low, but interest was high among those who attended a public meeting in League City last month on the Houston-Galveston Area Council’s proposed plan to reduce bacteria in area waterways.

“It went really well,” said Rachel Powers, H-GAC senior environmental planner. “Generally, turn out at water quality meetings is low unless the meetings are controversial.”

Bacteria levels exceed state recommendations

H-GAC established the Bacteria Implementation Group (BIG) in 2008 to recommend actions municipalities, industry and individuals can take to reduce water bacteria levels.

The plan is a response to increased bacteria levels in the rivers, bayous, creeks and streams in the Houston-Galveston area, levels that exceed state recommendations.

“A lot is common sense. If a septic system is fixed, then less bacteria will be going into the waterways, but we can’t quantify that.

“We will try to have better timelines and cost estimates by the time the plan’s five-year review rolls around. We expect to have a lot more information by then.”

Once the public’s suggestions are incorporated into BIG’s plan, and the document is finalized, BIG will seek formal support from the region’s city and county governments and MUD boards before bringing the plan to the Texas Commission on Environmental Quality for final approval.

It could go before the state commission by January 2012, Powers said.

“What’s exciting is we’ve already started doing some of these activities (in the plan),” Powers said.

H-GAC representatives have, for instance, nearly completed a map of the septic systems within the plan’s boundaries.

The next step

Now they will be looking for systems 20 years old and older, which are grandfathered and not required to comply with the state’s current permitting requirements.

These facilities were subject to less vigorous standards when they were built and more likely to be responsible for releasing excess bacteria moving into waterways. Some of them will require improvements or replacement, Powers said.

“Our next goal is to find out where they are and address them,” she said. “We’ve already gotten started.”

Jack Murphy, city engineer and BIG participant, said the League City meeting was a valuable opportunity to learn what H-GAC plans to do to address bacteria in the waterways and how the community will be expected to help.

“I’m just not sure everybody is totally aware these issues are out there,” he said.

“They may think they don’t have an impact (on water bacteria levels), but that’s not true. Each individual has an impact on water quality.”

Have your Septic System Serviced & Maintained.  Contact Franc Environmental in Bucks-Montgomery-Philadelphia County.

Don’t Ignore Your Septic System

April 1st, 2011

The Environmental Protection Agency (http://cfpub.epa.gov/owm/septic/index.cfm) has established guidelines for homeowners and professional services to follow regarding maintenance of septic systems:

* The typical septic system should be inspected by a state-licensed and certified professional at least every three years.

Photo by Eugene Parciasepe, Jr.

Photo by Eugene Parciasepe, Jr.

* Likewise, pumping should be done at regular intervals. But there are factors that may influence the frequency: the number of people in your household, the amount of water used, the amount of solids in the wastewater (for example, using a garbage disposal increases the amount of solids) and septic tank size.

Other Considerations

Ground and soil – Rocky or clay-filled soils are not conducive to proper drainage.

System age — Systems in homes more than 20 years old may require more frequent pumping.

Water use — The average indoor water use in a single-family home is 70 gallons per person a day, according to the EPA. A leaky toilet, for instance, can waste up to 200 gallons a day.

Not a trash can — What goes down your drains can also impact your septic system. Fats, oils, chemical compounds and non-biodegradable solids (such as feminine hygiene products, diapers and baby wipes) can clog systems and do costly damage.

Why Maintain?

One reason to maintain your septic system is to save money. Failing systems are expensive to repair or replace; a poorly maintained system that is in disrepair might actually lower the value of your property.

Other reasons to provide safe treatment of sewage is to prevent the spread of disease and ensure safe water supplies. According to the EPA, more than four billion gallons of wastewater a day are dispersed below the ground’s surface. Inadequate treatment of that waste can lead to contamination, unsafe drinking water for human and animal life, and potentially hazardous health conditions for nearby bodies of water such as lakes, ponds and streams.

Reprinted from North Jersey Homes written by Angela Daidone, published March 19, 2011

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Septic Tanks Produce Less Greenhouse Gases Than Expected

March 23rd, 2011
Septic Tank Gases

A researcher samples greenhouse gases from a septic tank access.

Around one-fifth of the U.S. population uses septic tanks to treat wastewater from their homes. Because the microorganisms that break down the tanks’ waste produce greenhouse gases including methane, carbon dioxide, and nitrous oxide, knowing the magnitude of tank emissions is critical to accurately model the climate. Now researchers report empirical measurements of septic tank emissions and show that they’re about half as high as estimates (Environ. Sci. Technol., DOI: 10.1021/es1036095).

Currently climate modelers estimate septic tank emissions based on the rate at which microbes convert organic matter into methane. The Intergovernmental Panel on Climate Change (IPCC) estimates that an average tank emits 0.23 metric tons of carbon dioxide equivalents per tank user per year.

To make measurements, environmental engineer Chris Cappa of the University of California, Davis, and his colleagues collected samples from eight domestic septic systems in California. They quantified gas levels from different parts of the septic systems using gas chromatography and calculated that a septic tank emits on average 11 g of methane per user per day. By contrast, IPCC estimates that a tank emits 25.5 g of methane per user per day. Meanwhile, Cappa found that CO2 emissions averaged 33.3 g per user per day, and N2O emissions were negligible. Overall, the team reported that septic tanks produce between 0.1 and 0.12 metric tons of carbon dioxide equivalents per user per year.

Typically, methane production is temperature sensitive, but temperatures inside the tanks didn’t seem to influence emissions, Cappa says. This consistency suggests that their results should be robust over a wide range of climates, he says.

Reprinted from Chemical & Engineering News, March 16, 2011, Chris Cappa  et al., Univ. of California, Davis

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Components of a Septic System

March 18th, 2011
Typical Septic System

Typical Septic System

If you have a septic system, you may have wondered how it works. The typical septic system has 3 main components each providing important parts in wastewater treatment.

  1. The septic tank. A large reservoir buried a short distance from your home.  When you flush or drain the sink, this wastewater flows into the tank. Two key things then occur:
    1. First, the solids in the water separate from the liquid
    2. Second, bacteria in the tank begin to decompose solids.

These bacteria in part digest the waste and begin the wastewater treatment process. Importantly, the bacteria do not process all the solids so the septic tank needs to be pumped out every few years. As the septic tank begins to fill with water, the next component in the system takes over.

  1. The drain field. Most septic systems have multiple pipes buried further away from your home than the septic tank. Water leaving the tank is dispersed between these pipes, moving through a distribution box that distributes the liquid. The drain pipes have small holes to permit the water to slowly leave the pipes and enter the surrounding ground.
  2. Soil in the drain field. The final part of wastewater treatment is completed here. The liquid from the pipes is absorbed into this soil. As it drains through the soil, it is absorbed, cleaned and then may eventually go back into the ground water supply.

For your septic system to work properly, all of these items need to work correctly. If the septic tank is not pumped recurrently, the solids can reach the drain field or clog the pipes leading to the drain field.  Repairing a problem with the drain field can be expensive.

FRANC Environmental holds the first accreditation issued in Pennsylvania by the NSF, Int’l and has been trained by organizations such as the National Onsite Wastewater Recycling Association, the Pennsylvania Septage Management Association, and the National Association of Wastewater Transporters.

With over 40 years of experience and state of the art equipment, FRANC Environmental will professionally service all of you septic system, waste water, and drainage needs.  Located in Horsham PA, we service Bucks, Montgomery. Delaware, Chester, & Philadelphia County - Residential, Commercial and Municipal needs.

Maintaining Septic Systems

February 11th, 2011

 

Septic Tank Pumpout

Septic Tank Pumpout

Is this question fact or fiction?

 

“It’s not necessary to pump a septic system if you are careful with what goes down the drain.”  False.

To maintain a well-functioning septic system, it must be pumped every several years depending on use and size of the tank. It is also necessary to keep the bacteria that live within the septic tank healthy and decomposing waste efficiently.

To do this avoid products with the following warnings on the labels: “Harmful if swallowed,” “Avoid contact with skin,” “Do not get in open cuts or sores” or “If product comes in contact with eyes, call a physician immediately.”  However, do not pump too frequently because it can reduce bacterial populations by not giving them enough time to grow.

Under normal circumstances, there is no reason to put additives into the septic system that say they increase bacterial functioning. Also, ignore the myth about dumping yeast into a septic system to maintain it, as yeast can cause bubbles that cling to particles of sludge and carry them out of the septic tank into the drainfield (defeating the purpose of the septic tank). There is no substitute for pumping.

Things that cause a system to fail:

Blocked or broken pipes or lines between the house and tank or tank and leach field

Pump failure on systems with pumps

Tank blocked with solids, collapsed or leaking

Flooded drain field or one with poorly draining soil

Drain field clogged with solids or roots

Extensive use of the garbage disposal

Use of salts and chemicals from water softeners and washing machines

Pouring kitchen grease into drains.

Tips to keep a septic system working well:
Don’t water the leach field

Don’t flood the system with excess water

Keep excess solids out of the system

Avoid flushing toxic chemicals down the drain

Avoid using the garbage disposal

Regularly pump out the septic tank and have the physical components of the system inspected

Don’t drive or park over the leach field.

Never dump kitty litter down the toilet because it clogs lines and systems. Don’t put women’s sanitary products or Kleenex down the toilet. Never flush cigarette butts or other inorganic materials that won’t break down in the tank down the toilet. Only toilet paper and your body wastes should be flushed.

Article written by JoAnne Skelly the Carson City/Storey County Extension educator for University of Nevada Cooperative Extension.

Contact us for more information on our wastewater solutions: wastewater management, wastewater treatment, septic tank maintenance and all of your wastewater related issues.

SUMP PUMPS

November 30th, 2010

For many homeowners the first line of defense against water in the basement is a sump with a pump in it.  The sump may be connected to drain tile that drains the footings of the house, under the entire basement, or just the area where the sump is located.  Many houses have tiling installed around a portion of the house.  The water that drains into the sump must be removed, and this is accomplished with a sump pump.

You should NOT drain the pump into a sewer drain, basement floor drain, or other connection to the sewage system.  If you have a septic system, under no circumstances should the sump be pumped into the basement floor drain!  During wet conditions the drainfield of the septic system may already be saturated and struggling to handle the normal flow of water from the house.  Adding to it with a sump pump can damage the septic system.  Even if you are connected to public sewers the sump should not be pumped into a floor drain.  Putting additional water into the sewer system can overload the public system, and there are probably regulations against this anyway.

This article has been paraphrased from a North Dakota State University fact sheet on sump pumps.