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
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 bases can occasionally render shellfish in the area unsuitable for
(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 bases can occasionally render shellfish in the area unsuitable for consumption. Water quality can also be impacted on a short-term or on an ongoing basis by discharges to coastal waters or other
Regional Cleanfill Annual Report 2020-2021
Fonterra Whareroa consent monitoring report 2017-2018
for 7.5 hours. The volume of wastewater discharged from the site complied with conditions of consent 1450. Monitoring of the wastewater by the consent holder showed that water quality of the discharges was compliant with consent conditions for COD and fat concentration. There were four exceedances of suspended solids consent limits all associated with extreme page rainfall events. Inter-laboratory comparisons showed an acceptable level of agreement between results
Methanex Motonui and Waitara Valley consent monitoring report 2018-2019
Annual Plan 2019/2020