monitored in 2016- 2017 (*) Parameter Unit Site 1 Site 2 Site 3 Site 4 Site 5 Site 6* Site 7* Conductivity @ 20°C mS/m 54.5 108.0 4,130 4,540 4,620 25.2 111.0 E. coli cfu/100 ml 380 390 72 31 <2 280 390 Enterococci cfu/100 ml 160 1,300 38 16 <2 360 160 Faecal coliforms cfu/100 ml 380 400 72 31 <2 280 410 Pump station Baches Effluent ponds Tributary/ discharge Site 7* Site 6* Site 1 Infiltration trenches Agricultural N Site 2 Site 5
NPDC Colson Rd landfill consent monitoring report - Taranaki Regional Council
Civil Quarries Everett Road quarry consent monitoring report 2018-2019
Kohi Stream and these results are necessary to compare with effect, if any, observed in the receiving water. These comparisons are presented in Section 2.2.1.2. Table 3 Water quality analysis of samples taken from the discharge drain below Waverley Sawmills Ltd’s wood waste discharge site at Monk Road Parameter Unit IND001055 26 September 2018a 16 April 2019 Dissolved arsenic g/m3 0.45 0.85 BODCF g/m3 72 1.4 Conductivity @ 20°C mS/m 51.0 74.6 Dissolved chromium g/m3
Operations and Regulatory Committee Agenda November 2024 WEBSITE
environmental effects of NPDC’s activities. In relation to the operation of the NPWWTP, NPDC holds six resource consents, which include a total of 72 conditions setting out the requirements that NPDC must satisfy. NPDC holds one consent to discharge treated wastewater into the Tasman Sea, one consent to discharge sludge leachate to groundwater, two consents relating to structures, one consent to discharge emissions into the air at the site and one consent to discharge dewatered sludge to land on a
Eltham wastewater treatment plant consent monitoring report 2017-2018
Coastal bathing beach monitoring report - Taranaki Regional Council.
g/m3 29 page 14 Analyte Units Mangahewa-05 (18/07/2012) Benzene g/m3 0.0061 Toluene g/m3 0.036 Ethylbenzene g/m3 0.0038 m&p-Xylene g/m3 0.011 o-Xylene g/m3 0.0079 C7 - C9 g/m3 0.8 C10 - C14 g/m3 33 C15 - C36 g/m3 72 Total hydrocarbons (C7 - C36) g/m3 106 The results of the analyses carried out on the return fluid sample obtained following the hydraulic fracturing of the Mangahewa-05 well are summarised below in Table 7.