NP wastewater plant monitoring 2019-2020
NPDC New Plymouth wastewater treatment plant resource consent monitoring report 2019-2020
NPDC New Plymouth wastewater treatment plant resource consent monitoring report 2019-2020
pH, suspended solids, hydrocarbons, and chloride complied with the limits prescribed by consents 5997-1 and 6269-1. page 11 2.1.3 Results of consent holder monitoring 2.1.3.1 Stormwater monitoring by OMV OMV monitors the combined stormwater discharge from the site, with sampling triggered by rainfall events. Table 4 shows the results obtained during the 2019-2020 monitoring year. In all samples pH, hydrocarbons, suspended solids and chloride levels were all …
Regional Cleanfill Monitoring Programme Annual Report 2021-2022
Taranaki region has a temperate climate with generally abundant rainfall. The incised nature of ring plain streams means that flooding is not a major problem. However, occasional intense rainfall events can lead to rapid rises in river levels and flooding in hill country valleys and elsewhere. Figure 2: The Taranaki Region page 20 The people Figures from the 2013 census show the total population of Taranaki stands at 109,608, an increase of 5.3% over the 2006
Taranaki region has a temperate climate with generally abundant rainfall. The incised nature of ring plain streams means that flooding is not a major problem. However, occasional intense rainfall events can lead to rapid rises in river levels and flooding in hill country valleys and elsewhere. Figure 2: The Taranaki Region page 20 The people Figures from the 2013 census show the total population of Taranaki stands at 109,608, an increase of 5.3% over the 2006
Taranaki Regional Council meeting agenda February 2021 - Part 2
STDC Water Supplies Annual Report 2021-2022
Consultation Doc... 11 page 6 Consultation Issue 3: Addressing climate change As the impacts of climate change intensify, we are considering how we can best support climate action in Taranaki. Climate change will have wide-ranging impacts on Taranaki. With expected increases in temperature, variability in rainfall which increases the risk of both drought and floods and a rising sea-level that will increasingly threaten coastal communities. Submitters responses
in discrete areas, such as near river mouths and in close proximity to wastewater discharges. At river mouths, water quality can be reduced as a result of contaminants from land use and development (e.g. farming, earthworks, urban centres, industrial sites) entering waterways, particularly during or following heavy rainfall events. Accidental discharges of largely untreated wastewater can have temporary adverse effects on coastal water quality. Wastewater discharges from large population