this study are discussed
in section 3.4.1 of this report.
1.1.5 Public access to on-line air quality monitoring data
The results of air quality monitoring were made available to the public in real time
on the TRC web site in a simple and easy-to-understand format.
PM10 data generated by the Thermo BAM analyzer were captured by ‘Ebase Lite’
(Real-time monitoring software). Ebase then processed the raw data and formatted in
graphical form ready for publication. A second process involved
environmental management strategies and content of regional plans; and
• consultation on associated matters.
1.4.3 Site inspections
The Trust’s site was visited three times during the monitoring period. With regard to consents for the
discharge to water, the main points of interest were plant processes with potential or actual discharges to
receiving watercourses, including contaminated stormwater and process wastewaters. Sources of data being
collected by the Trust were identified and accessed, so
NPDC landfills consent monitoring report - Taranaki Regional Council
Submissions received (526) and scanned copies
250
page
Document No. 2254043
211 Antoniah Snooks - NPBA and Basketball Taranaki
2253139
212 Mike Plant
213 Peter Clark
214 Nick Taylor
215 Al Dobson
216 Peter Walsh
217 Laine Hopkinson
218 Graeme & Kathy James
219 Mel Cook
220 Frederick Cayetano
221 Trent Riddick – Taranaki Badminton Association
222 Shaun Luke
223 Megan Peters
224 Jack Turner
225 Charlie Ngeru
226 Keith
NPDC landfills consent monitoring report 2017-2018
period. The sampling
of injectate is carried out in order to characterise the general chemical nature of the discharge and also the
variation in its chemical composition across the monitoring period.
Injectate samples were collected from the bulk storage tanks at the WPS, identified on-site as tank T206A
and T206B, and produced water storage tank at the Waitapu wellsite (Figure 3). The injectate samples were
analysed for the following parameters:
• pH;
• conductivity;
• suspended
Injectate samples were obtained for analysis in the Council’s IANZ accredited laboratory on two occasions
during the monitoring period. The sampling of injectate is carried out in order to characterise the general
chemical nature of the discharge and also the variation in its chemical composition across the monitoring
period.
Injectate samples were collected from the bulk storage tanks at the Waihapa Production Station, identified
on-site as tanks T206A and T206B and displayed on Figure 3
occasions from the Manutahi-D wellsite during the
monitoring period. The sampling of injectate is carried out in order to characterise the general chemical
nature of the discharge and also the variation in its chemical composition across the monitoring period.
There are three wells available for the injection of fluids for the purpose of water flooding at the Company’s
DWI wellsites. A summary of the details for each injection well is included in Table 2 and locations are
displayed in Figure 3. …
metres offshore)
Application Purpose: Change
To discharge treated municipal wastewater from the New Plymouth wastewater treatment
plant through a marine outfall structure into the Tasman Sea
Change of consent conditions to change the screen aperture size
Rohe:
Te Atiawa (Statutory Acknowledgement)
Engagement or consultation:
Ngati Tawhirikura Hapu Consulted by applicant
Te Kotahitanga o Te Atiawa Trust Comment on application received
Neither
Council, South Taranaki District Council, Taranaki Regional Council and
NZ Transport Agency (System Design and Delivery).
Summaries of progress on activities that were considered regionally
significant are provided in tabular form in Appendix B, for ease of
comparison to the way these were structured in (Section 5.3 of) the
Plan.
Other activities, largely those considered as ‘business as usual’ such as
maintenance and minor improvements, are outlined by organisation