Outflow from GSTW into Wey Natural River: Trunley Heath Road

Wey Natural River

Godalming, Surrey, United Kingdom

West side of Trunley Heath Road, outflow pipe from Godalming Sewerage Treatment Works (GSTW) (51.20189, -0.57882). Vegetation has been cut back to allow access.

Location created by
Trevor Murrells

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Wey Natural River : Outflow from GSTW into Wey Natural River: Trunley Heath Road

Observed on
2024-11-22

Water was coming out of the outflow pipe. Small amount of bubbles near the pipe which dissipated ...

Wey Natural River : Outflow from GSTW into Wey Natural River: Trunley Heath Road

Observed on
2024-10-25

Sample taken from water surging from the outflow pipe. Some bubbles were produced which soon disp...

Wey Natural River : Outflow from GSTW into Wey Natural River: Trunley Heath Road

Observed on
2024-09-27

Sample taken directly from the river not the pipe, the river surface was high due to recent rain

Wey Natural River : Outflow from GSTW into Wey Natural River: Trunley Heath Road

Observed on
2024-08-23

Washing machine smell. There was a steady flow of water coming from the outflow pipe.

Wey Natural River : Outflow from GSTW into Wey Natural River: Trunley Heath Road

Observed on
2024-07-26

Washing machine smell, steady flow from pipe, some bubbles/foam downstream of the pipe.

Wey Natural River : Outflow from GSTW into Wey Natural River: Trunley Heath Road

Observed on
2024-06-28

Level of the river was low and moving slowly. Water was surging from the outflow pipe.

Wey Natural River : Outflow from GSTW into Wey Natural River: Trunley Heath Road

Observed on
2024-05-24

Surging flow from pipe. River level was below the pipe. Washing machine smell. River level is low...

Wey Natural River : Outflow from GSTW into Wey Natural River: Trunley Heath Road

Observed on
2024-05-10

Total coliforms above testing range of >2419.6

Wey Natural River : Outflow from GSTW into Wey Natural River: Trunley Heath Road

Observed on
2024-05-03

Both Total Coliforms and E.coli read >2419.6CFU/100mL. Recommend dilutions for next reading.