contours (3) orientation to the sun. g) Discharge point design Dispersion of discharges is enhanced by: increasing the height of discharge points; avoiding the use of conical rain shields over the top of discharge stacks; increasing vertical exhaust velocities by appropriate fan speeds, fan sizes, and shaft sizes; the use of vertical discharge fan units with minimal obstruction to the outside shaft’s airflow; tunnel
site security and upkeep / maintenance of the site in accordance with this Plan. 3. 1.3 Site operating hours The operating hours of the site are generally 7:00am to 5:00pm daily but may vary to cater for specific needs of clients1 3. 1.4 Internal roads & tracks Internal roads and tracks are to be maintained to ensure that silt or spilt waste does not enter the Haehanga Stream. The Site Manager to check the tracks daily during rain events otherwise weekly page Appendix C is
October was a month of contrasts for rainfall in Taranaki, ranging from 65% of the average for the month at Waitotara at Hawken Rd to 164% at Mangati at SH3. The average across the region was 101.1% of the long-term average although there was less rain on the Maunga where rainfall was only around 60% at North Egmont and Kahui Hut. Year to date rainfall is sitting between 110% (Kotare at OSullivans) and 163% (Kapoaiaia at Lighthouse) with an average of 126.8% of normal. Mean river flows for
page Doc. No: 2882775 TARANAKI REGIONAL COUNCIL MONTHLY RAINFALL AND RIVER REPORT FOR October 2021 Provisional Data Only Note: some sites record a number of parameters Table 1: Rainfall at 27 sites throughout the region Station Sub-region Monthly Year to Date Records Began Number of rain days (>0.5mm) Total Monthly Rainfall (mm) % of Monthly Normal (%) Total to date (mm) % of Normal for year to date % of average full calendar year Nth
petroleum and gas production. ▪ Severe weather events – with high winds and heavy rain are not uncommon. The electricity network (winds) and road network (slips) are most vulnerable. page Taranaki Lifelines Vulnerability Study: V1.0 October 2018 Page 12 2.2 Volcano The Hazard Taranaki could be impacted by eruption of its own volcano, or ash fall from a more distant volcano (known, existing volcanic areas are shown in
overall E. coli concentrations in rivers including all NOF criteria. Attribute criteria Total no. sites Attribute grade A B C D E % >540 22 2 0 2 9 9 % >260 22 3 1 0 7 11 Median 22 4 N/A N/A 7 11 Q95 22 2 1 0 19 N/A Overall grade 22 2 0 1 7 12 The assessment shows that only three out of the 22 monitoring sites meet the minimum standard (band C; based on the national swimmability target), while the remaining 19 sites fall within
page Doc. No: 2765952 TARANAKI REGIONAL COUNCIL MONTHLY RAINFALL AND RIVER REPORT FOR April 2021 Provisional Data Only Note: some sites record a number of parameters Table 1: Rainfall at 27 sites throughout the region Station Sub-region Monthly Year to Date Records Began Number of rain days (>0.5mm) Total Monthly Rainfall (mm) % of Monthly Normal (%) Total to date (mm) % of Normal for year to date % of average full calendar year Nth
of gravity (Photo 5 to 7). Discharge from Pond F to the unnamed tributary of the Kurapete Stream occurs via a steel pipe access culvert. The tributary flows approximately 600 m before joining the Kurapete Stream upstream of the Everett Road Bridge. In an emergency (e.g., during a sustained heavy rain event), Ponds B and C are bypassed as water is pumped directly from Pond A to Pond D where it travels through the system to Pond F. Contouring and bunding of the site directs stormwater to Ponds
page Doc. No: 3033222 TARANAKI REGIONAL COUNCIL MONTHLY RAINFALL AND RIVER REPORT FOR March 2022 Provisional Data Only Note: some sites record a number of parameters Table 1: Rainfall at 27 sites throughout the region Station Sub-region Monthly Year to Date Records Began Number of rain days (>0.5mm) Total Monthly Rainfall (mm) % of Monthly Normal (%) Total to date (mm) % of Normal for year to date % of average full calendar year Nth
Rainfall for May was generally above the long-term May average, ranging from 85% to 179%, with an average of 118% of normal. Rainfall was higher around the Maunga and Ring Plain, and in the south of the region. Year to date rainfall is sitting between 75.6% and 213.4% with an average of 121.8% of normal. Cape Egmont remains at more than 200% of normal to date and has already received 80% of a typical year’s rain in five months. May 2022 hydrology report May 2022 rainfall maps What you should