Samuel s baxter water treatment plant

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Password recovery. Touring the Baxter water treatment plant on State Road. By Northeast Times. October 17, Brown started with a simple statement. Tags Philadelphia Water Department. Previous article Coleman, Warriors have championsip dreams. Next article Spotted in Northeast Philly. Northeast Times. Around Town January 12, Community Calendar January January 12, Letters to the Editor January 12, Most Popular.

Lindsey leaving his legacy at Ghost January 12, Load more. For better health in the Northeast January 11, I was only able to use satellite recon to get eyes on the rear which revealed huge water storage areas typical of these large city treatment facilities. Samuel S. Posted by: Math Teacher. Quick Description: This is one of three drinking water treatment plants operated by The Philadelphia Water Department. Location: Pennsylvania, United States. Published By: CM Download this waymark:. GPX File.

LOC File. Long Description: The Baxter Water Treatment Plant treats an average of million gallons a day--enough water to fill almost one-third of the Spectrum. What is the capacity of the facility? Next, the water is pumped through primary sedimentation tanks which gets rid of scum and solids. The introduction of air makes the microbes go nuts and eat all the filth that is left over.

How are biosolids sludge managed? After dewatering, the biosolids may be composted, la What technology is used for disinfection prior to dicharge of treated water? Visit Instructions: Please post at least 2 original photographs of the site. We would much rather see photos of the plant itself as opposed to the front office, but we also understand that security and site layout may limit your opportunities.

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Samuel S. Posted by: Math Teacher. Quick Description: This is one of three drinking water treatment plants operated by The Philadelphia Water Department.

Location: Pennsylvania, United States. Published By: CM Download this waymark:. GPX File. LOC File. Long Description: The Baxter Water Treatment Plant treats an average of million gallons a day--enough water to fill almost one-third of the Spectrum. What is the capacity of the facility? Next, the water is pumped through primary sedimentation tanks which gets rid of scum and solids. The introduction of air makes the microbes go nuts and eat all the filth that is left over.

How are biosolids sludge managed? After dewatering, the biosolids may be composted, la What technology is used for disinfection prior to dicharge of treated water?

Visit Instructions: Please post at least 2 original photographs of the site. We would much rather see photos of the plant itself as opposed to the front office, but we also understand that security and site layout may limit your opportunities. Try the Waymarkly app! Includes the ability to log visits, view logs, save and filter offline Waymarks and use beautiful offline maps!

All applicable procedures of the U. Environmental Protection Agency EPA Prevention Program are adhered to, including key elements such as training, systems management, and emergency response procedures. This document complies with the U. The Baxter WTP has a chlorination system that uses chlorine gas fed from rail cars. This document summarizes our existing health and safety programs, our internal management response team, policies, procedures, and on-going actions that are designed to prevent or minimize impacts of accidental releases of chlorine to the environment.

The Baxter WTP has prepared a detailed and comprehensive emergency response plan to handle any potential accidental releases that is designed to safeguard both on- and off-site people.

To date, we have had an excellent record in preventing accidents from occurring. The Baxter WTP chlorine facility is equipped with a chlorine emergency scrubber system designed to contain and neutralize accidental releases and safeguard plant employees and as well as the general public.

The plant is located on property between the Delaware River and State Road in the northeastern section of Philadelphia. This water treatment process includes preliminary screening, coagulation and sedimentation, filtration, and chlorination before final distribution to the public. The Plant's chlorine storage exceeds the listed threshold quantity of 2, pounds in the RMP Regulations.

Liquid chlorine is brought to the plant via rail lines that enter the property. Chlorine leak detector monitors continuously checks for leaks in the bulk storage areas and in the chlorination rooms.

Other indicators include chlorine feed and evaporator alarms. These alarms are annunciated at the central and local control panels at the plant in the main control building. In the case of a leak, the storage area has an audible alarm and red flashing warning light on top of the building.

In addition, an evaporator shut-off and pressure reducing valve is designed to close if low evaporator gas temperature is detected; thus preventing liquid chlorine from reaching the gas piping system. These valves also reduce pressure and allow for quicker liquefaction to occur. All process related, factory-set pressure relief valves are set to protect the integrity of the equipment. Both the ton rail car storage and the chlorination rooms are enclosed in a building.

Both buildings are equipped with an automatic operated ventilation system that operates when the chlorine leak detector detects 5 ppm of either chlorine in the room. Room air is vented to a scrubber that neutralizes the gases. Emergency showers and eye wash stations are provided at each building. Visitors and contractors must check-in at the administration building and be approved by Baxter WTP staff prior to entry into the facility.

The plant is manned hours a day, year round, and alarms notify staff of any problems or situations that require follow-up investigations at all times. Offsite Consequence Analys is Results The offsite consequence analysis includes consideration of two release scenarios, identified as "worst case" and "alternative" release scenarios. The worst case scenario assumes that the entire content of the largest single container of chlorine is released, regardless of how improbable that may be.

In addition, only "passive" mitigation methods, such as buildings or dikes for liquids can be considered. Passive mitigation, as defined, requires no mechanical, electrical, or human input. The regulations require that the worst case scenario assume atmospheric conditions that are conservative and result in large impact areas.

An alternative release scenario is also required. The worst case release scenario for chlorine is focused on the ton rail cars that store chlorine liquid. The scenario used for Baxter WTP is the rupture of one chlorine rail car with a maximum capacity of 90 tons, resulting in a release of , pounds of chlorine over a minute duration. There are chlorine rail cars stored outdoors at times, so no building mitigation factor can be applied at Baxter WTP. The rail car rupture resulting in a chlorine release could be caused by catastrophic events, such as an earthquake.

In practice this type of total release of a rail car would be unlikely and never occur during the lifetime of the plant. The results of the dispersion modeling analysis for this worst case release scenario indicate that this scenario has an offsite impact.

The alternative release reflects a type of release that is more likely to occur, as compared to the worst case scenario. Unlike the worst case scenario, the alternative release scenario may consider "active" mitigation, such as automatic shutoff valves and scrubbers. Active mitigation is defined as requiring mechanical, electrical, or human input. Lastly, the alternative release scenario assumes more realistic regional and seaso nal meteorology. Based on the process hazard analysis performed for the chlorine system, several alternative release scenarios were selected.

Unlike the worst case release scenario, active controls can be applied to minimize the leak or impacts. Active controls consist of mechanical, electrical, or human input. The scenario used for chlorine was a failure of the excess flow valve on the chlorine rail car with mitigation provided by the storage building. Under this scenario, the amount of chlorine released was calculated to be The results of the dispersion modeling analysis for the worst alternative release scenario indicate that this scenario has an offsite impact.

Five-year Accident History Summary No chlorine releases that could have caused safety or health hazards to any individuals at off-site locations no deaths, injuries, property or environmental damage, evacuations, or sheltering in place occurred at Baxter WTP during the last five years.

Some minor, incide ntal releases may have occurred over this period, but they were quickly handled by staff, were neutralized by the existing scrubber, or posed no safety or health hazards. There was a single release on-site during the past 5-years that affected a single employee in the chlorine evaporator room at the plant. The employee affected received minor medical treatment and returned to work the next day.