Tuesday, September 22, 2020
The City of Goshen is working with the Michiana Area Council of Governments to expand public transit service within the community—and is inviting all Goshen residents to take a survey to help gather community input. MACOG will conduct a Goshen Transit Expansion Study to identify and study potential... more
Tuesday, September 22, 2020
The last brush pickup of the year will begin September 28, 2020. During scheduled brush collections, the Street Department will make only one pass through the city to pick up brush. Please have your brush by the front curb, but not in the street, by that first day in the morning at 7 a.m. Brush... more
Friday, September 18, 2020
Monitoring and Reporting Requirements not met for: Goshen Water Utility Out water system recently failed to collect the required source/well water samples for E. Coli following a total coliform-positive routine distribution system sample collected on August 17, 2020. Although this is not an emergency,... more
Monday, September 28, 2020
During scheduled brush collections, the Street Department will make only one pass through the city to pick up brush. Please have your brush by the front curb, but not in the street, by that Monday morning at 7:00 am. Brush will not be picked up in alleys and the piles should be trash free. Crews cannot access the piles if blocked by vehicles.
Monday, September 28, 2020, 2:00pm
To access a live streaming of this meeting, go to: https://us02web.zoom.us/j/83445903169
Monday, September 28, 2020, 7:00pm
Goshen's Wet Weather Detention Facility (WWDF) was constructed in 2011 and is capable of treating 212 million gallons daily (MGD) of stormwater. It is equipped to capture and store a one year/one hour rain event of 1.1 inches. It can also treat up to a ten year/one hour rain event of 1.88 inches. There are 3 pump stations along with a 90" sewer that deliver flows to the WWDF once the Wastewater Treatment Plant flow reaches the capacity of 12.5 MGD.
Once the flow enters the facility, it goes through 90" grinders which are the largest currently made. It is then pumped through 4 RCS (raw combined sewage) pumps that are rated at 53 MGD each. The water is treated with Sodium Hyochlorite for disinfection before it travels into 2 tanks that can hold approximately 2.5 million gallons each. If the facility reaches its storage capacity, the water is de-chlorinated with Sodium Bisulfite before discharging into the Elkhart River.
Once a rain event is over and the flow at the WWTP returns to normal, the WWDF then begins to drain back to the WWTP.
When the WWDF is completely drained, residual sediment remains on the bottom of the storage tanks. These tanks are flushed automatically with a flush gate system and each flush gate tank holds 7, 500 gallons. There are 5 flush tanks within each storage tank.
This picture is the inside of one of the storage tanks and in the distance you can see the gates and a couple employees working on the gates. This helps to grasp the size of the tank and the flush tanks with in them.