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Todd Generation Taranaki Ltd McKee Power Plant Annual Report 2022-2023

page page Appendix I Resource consents held by Nova Energy Ltd (For a copy of the signed resource consent please contact the TRC Consents department) page Water abstraction permits Section 14 of the RMA stipulates that no person may take, use, dam or divert any water, unless the activity is expressly allowed for by a resource consent or a rule in a regional plan, or it falls within some particular categories set out in

AEE Appendix 1 - Ōpunake Power Ltd

a regional plan, or it falls within some particular categories set out in Section 14. The Company holds water permit 1795-4 to cover the taking of water from the Waiaua River in association with the Opunake hydroelectric power scheme. This permit was issued by the Council on 13 October 2006 under Section 87(d) of the RMA. It is due to expire on 1 June 2018. Special condition 1 defines the maximum rate of abstraction (3,900 L/s). Special condition 2 requires the Company to

Methanex consent monitoring 2018-2019

process sewers which flow to the storm pond. The stormwater falling on the non-process areas of the western half of the site (Figure 1) is directed by “v” ditches running alongside the roads to a dam known as the Duck Pond and then out to the Tasman Sea via the Manu Stream. Stormwater falling on the eastern side of the site is directed to unnamed tributaries of the Waihi Stream via outfalls and a small sedimentation pond. Sludge from the storm pond, off-spec pond and blow down pond stored in

TRC Technical Memorandum Water Quantity 11 August 2023

7-day period across all the recorded years. MALF is generally the minimum flow needed to maintain a catchment’s natural character and ecosystem health however, as this measurement is an ‘average’, flows do naturally fall below MALF during prolonged periods of dry weather or drought. Estimations of MALF are made using long term flow records but, if no records are available, it can also be estimated using records from hydrologically similar streams. When developing estimates of MALF, flow