Topic:"Emergency Response" in M11927

CI 50518 CA IR-5 Attachment 11 Page 15 of 34 REDACTED (CONFIDENTIAL INFORMATION REMOVED) Sheet Harbour Hydro System Ruth Falls Dam Sluice Gate Installation Project and Environmental Description water is expected, NS Power will notify the c...

AI summary The document outlines NS Power's contingency measures for managing water flow during the Sheet Harbour Hydro System Ruth Falls Dam Sluice Gate Installation Project. It describes actions such as removing bridges, using excavators, and adjusting access roads to manage water levels during storm events and potential flood conditions.

B.ENVIRONMENTAL EMERGENCY PREPAREDNESS The following list of materials will be made available: - Adequate number and properly sized pumps/hoses - Silt fence, filter fabric, hay bales, silt bags, absorbent pads - Silt booms/ Oil Booms - Pro...

AI summary The document outlines materials to be made available for environmental emergency preparedness, including equipment for spill containment and emergency contact information.

2 106.0 1.5 289 19 2.8 2.5 104.9 1.5 279 18 2.7 3 103.0 1.5 260 17 2.6 3.5 101.0 2 319 16 2.9 4 96.0 2 236 12 2.5 4.5 91.0 2 33 5 1.3 3.6 CONTINGENCY PLANNING

AI summary This section discusses contingency planning, highlighting the importance of preparing for unforeseen events and ensuring system reliability. It includes numerical data that may relate to planning scenarios or resource allocation.

CI 50518 NSUARB IR-12 Attachment 10 Page 19 of 591 REDACTED (CONFIDENTIAL INFORMATION REMOVED) Should high return period rain events (i.e. 1:10 year return period) be received during construction activities, the Ruth Falls Headpond can wit...

AI summary The document discusses flood management strategies during the construction of the Ruth Falls Headpond, including water level thresholds, infrastructure that can be removed during extreme weather events, and measures to ensure the sluiceway's discharge capacity is maintained. NS Power and the contractor will pause construction activities during high return period rain events.