| #Q001 | administrative | operational | mandatory | Underground Utility Clearances | drinking water | Underground utility clearances will be obtained prior to construction activities. | prior to construction activities | high |
| #Q002 | design | health | mandatory | Chemical Storage Requirements | drinking water | The chemical storage area will be located within the new addition and will be stored according to Workplace Hazardous Materials Information System (WHMIS). | | high |
| #Q003 | reporting | reporting | mandatory | Planning and Design Reporting | drinking water | During this phase, the consultant will submit a Preliminary Design Report and upon approval by ISC and GLFN, will proceed with Detailed Design of the construction tender for the work. | Phase 1 – Planning and Design | high |
| #Q004 | operational | operational | mandatory | Construction Phase Activities | drinking water | The following Project activities will be undertaken at the WTP sites. Complete a site survey and layout of work areas; Clearing (as needed) at the WTP sites; Excavating for the new underground water reservoir (East and West WTPs); Construction of the new building expansions at both WTP sites; Installation of water treatment systems; Removal and/or upgrading existing treatment systems; Installing chemical storage area and workspace for operators within each WTP; Removal of construction debris and disposing of it at the GLFN waste disposal ground; and Re-vegetate the disturbed areas of each WTP. | Phase 2 – Construction Phase | high |
| #Q005 | design | operational | mandatory | Design Criteria and Capacity | drinking water | Design criteria for the GLFN WTP upgrades will be based on an On-Reserve population projection for the design period of 20 years based on the recommended growth rate of 1.60%. The upgrades must provide capacity to meet future demands and fire storage requirements. | 20-year design period | high |
| #Q006 | treatment | treatment | mandatory | Water Treatment Process Requirements | drinking water | The scope of work includes upgrading components of the existing ZeeWeed membrane filtration system and the addition of a process targeting organics removal at both East and West WTPs. | | high |