repose
length; Geophysical Journal International, 193(2), 855-973
Turner M B, Bebington M S, Cronin SW and Stewart R B (2009); Merging eruption datasets: building an
integrated Holocene eruption record for Mt Taranaki, New Zealand; Bulletin of Volcanology, 71(8) 903-91.
What’s the story?
Since the GeoNet network was commissioned
in 1994, no volcanic activity or earthquake of
volcanic significance has been recorded in
Taranaki.
However, an eruption of Mount Taranaki is
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4.3 Describe the proposed structure [including building materials] and its purpose.
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4.4
out to sea. This sand builds a sandhill on the sea floor under the water called a sand bar.
After the storm passes the waves bring the sand from the sand bar back to the beach. Onshore
winds blow the sand to the dunes and therefore help to rebuild the sand dune again, in
preparation for the next storm.
So what can we do?
Unfortunately many buildings and roads were built too close to the sea before we understood how
the coast works. But we can try to protect remaining sand dunes by
notice
moisture on the inside of the bag. This shows how plants give off water.
Activity 4 The amount of CO2 in the atmosphere is a concern for the environment. A
build-up of CO2 is said to cause global warming.
This happens when heat from the sun’s rays is reflected off the earth and
trapped in the layer of CO2 gas in the atmosphere. This trapping of gas is
important to provide protection from extreme temperatures but if too much
CO2 builds up, the layer traps too
systems that are operated at the TBP and TBE plants. There are four extraction systems,
one each for concentrated odour sources in the two plants, and two independent
factory building air systems (FA1 and FA2) at the TBP plant to capture fugitive
emissions that are not collected by the concentrated sources (CS) bio-filter.
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7
Concentrated odorous gases from the TBP bovine, poultry and feather rendering (but
not blood) lines are collected at source, then cooled and scrubbed
the central part of the site and houses a series of
treatment tanks involved in the galvanising process (Figure 1). Two exhaust fans, one
positioned at either end of the main building, are used to extract fumes from the
building during galvanising operations. Large doors positioned on the northern and
eastern sides of the main building provide access for the receipt and dispatching of
materials at the site.
The area immediately surrounding the galvanising buildings is concreted. The
irrigation blocks on slope less than 70, the only farms required to build
new storage should be those with no current storage. TRC data suggest currently there are 261 (15%
of Taranaki dairy farms) dairy farms with no storage beyond their sump.
It can be reasonable assumed from the above data that all farms (with the exception of those with
excessive rainfall ->3500mm) on low risk soils will be able to practice deferred irrigation with
moderate ease in Taranaki. It can also be assumed
Regional Transport Committee agenda June 2020
followed by a
baghouse. This technology is simple, robust and effective.
During past (historical) monitoring periods, there were frequent, but intermittent, plume discharges from
the various sources to air. These varied in their impact offsite, depending on processing and weather
conditions at the time of emission. Fugitive emissions have not been noted from vents on the aluminium
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6
building roof in several years. The baghouse controls have pre-set temperature limits,
adjoining remnant of
virgin Hawkes Bay lowland forest. At the
centre is the homestead built in 1890, now
a category A Historic Building because of
its Totara panelling, in which Phyllida
(fifth generation at Gwavas - daughter of
Michael and Carola) and husband Stuart
run a business hosting guests and
receptions and look after the gardens
(under Michael’s watchful eye).
After a great lunch and tour of the house
the Pukeiti group were guided through the
gardens by Stuart and joined by