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Lucille Packard Children's Hospital Stanford Medical Air & Vacuum System Replacement
Industry: Hospitals and Healthcare
Type: Construction, Equipment
Description
Design-Build and Installation of New Medical Air & Vacuum System Replacement
Scope of Work
Medical Air System Replacement
Phase 1
- Plan, review and coordinate (N) MGA-signal wire conduit route from (N) medical vacuum system. Complete all conduits
and wiring to a terminal box in the mechanical room. ICRA planning and coordination. (2) (E) Master Alarm Panel
locations including security office. - Coordinate and complete demo/removal of (E) HE-5 and HE-6. *Including review of steam piping distribution system.
- Complete (N) concrete equipment pad.
- Install temporary medical air system equipment. Including plumbing, electrical, and structural installation requirements.
Current plan is to install temporary medical air system on (E) HE-5 and HE-6 concrete equipment pads.
Phase 2
- Receive set and seismically anchor (N) AES-Powerex triplex 40HP oil-less scroll medical air compressor system model
AES-MSET40-SPL with variable pump demand. - z(N) Powerex Oil-Less Scroll air compressors.
- Proposed Triplex 40HP Powerex.
- System Capacity 294.4 ICFM @ 50 PSIG with (1) 40HP Enclosed Scroll in Reserve. *System Capacity 368
ICFM @ 50 PSIG with one 20HP module compressor in reserve per NFPA99. - 25% to 56% increase in system capacity.
- Confirm height dimension of structural steel pipe supports and stands as required.
- Install structural steel pipe support and stands as required.
- Complete (N) medical air system plumbing POC for medical air intake (E) 3” and medical air discharge (E) 2”. Coordinate
medical air system installation verification/certification. - Complete interconnecting system wiring.
Medical Vacuum System Replacement
Phase 1
- Plan, review and coordinate (N) MGA-signal wire conduit route from (N) medical vacuum system. Complete all conduits
and wiring to a terminal box in the mechanical room. ICRA planning and coordination. (2) (E) Master Alarm Panel
locations including security office.
Phase 2
- Receive set and seismically anchor (N) AES-Powerex Quad 15HP oil-less rotary claw medical vacuum system model
CVPQ1505 with VFD controls and manifold piping. System Capacity 387 SCFM @19"HGVAC with one pump reserve per NFPA99. *Note 129 SCFM @19"HGVAC each vacuum pump. - Confirm height dimension of structural steel pipe supports and stands as required.
- Install structural steel pipe support and stands as required.
- Complete (N) medical vacuum system plumbing POC for exhaust/discharge (E) 4” and suction (E) 4”. *Provide temporary/emergency suction and exhaust POC valves.
- Coordinate medical air system installation verification/certification.
- Complete interconnecting system wiring.
- Complete main power feed.
- Startup and test (N) medical vacuum system.
- Coordinate final medical gas system certification.
Phase 3
- Demo and remove (E) medical vacuum system.
- OSHPD Closeout
Description
Design-Build and Installation of New Medical Air & Vacuum System Replacement
Scope of Work
Medical Air System Replacement
Phase 1
- Plan, review and coordinate (N) MGA-signal wire conduit route from (N) medical vacuum system. Complete all conduits
and wiring to a terminal box in the mechanical room. ICRA planning and coordination. (2) (E) Master Alarm Panel
locations including security office. - Coordinate and complete demo/removal of (E) HE-5 and HE-6. *Including review of steam piping distribution system.
- Complete (N) concrete equipment pad.
- Install temporary medical air system equipment. Including plumbing, electrical, and structural installation requirements.
Current plan is to install temporary medical air system on (E) HE-5 and HE-6 concrete equipment pads.
Phase 2
- Receive set and seismically anchor (N) AES-Powerex triplex 40HP oil-less scroll medical air compressor system model
AES-MSET40-SPL with variable pump demand. - z(N) Powerex Oil-Less Scroll air compressors.
- Proposed Triplex 40HP Powerex.
- System Capacity 294.4 ICFM @ 50 PSIG with (1) 40HP Enclosed Scroll in Reserve. *System Capacity 368
ICFM @ 50 PSIG with one 20HP module compressor in reserve per NFPA99. - 25% to 56% increase in system capacity.
- Confirm height dimension of structural steel pipe supports and stands as required.
- Install structural steel pipe support and stands as required.
- Complete (N) medical air system plumbing POC for medical air intake (E) 3” and medical air discharge (E) 2”. Coordinate
medical air system installation verification/certification. - Complete interconnecting system wiring.
Medical Vacuum System Replacement
Phase 1
- Plan, review and coordinate (N) MGA-signal wire conduit route from (N) medical vacuum system. Complete all conduits
and wiring to a terminal box in the mechanical room. ICRA planning and coordination. (2) (E) Master Alarm Panel
locations including security office.
Phase 2
- Receive set and seismically anchor (N) AES-Powerex Quad 15HP oil-less rotary claw medical vacuum system model
CVPQ1505 with VFD controls and manifold piping. System Capacity 387 SCFM @19"HGVAC with one pump reserve per NFPA99. *Note 129 SCFM @19"HGVAC each vacuum pump. - Confirm height dimension of structural steel pipe supports and stands as required.
- Install structural steel pipe support and stands as required.
- Complete (N) medical vacuum system plumbing POC for exhaust/discharge (E) 4” and suction (E) 4”. *Provide temporary/emergency suction and exhaust POC valves.
- Coordinate medical air system installation verification/certification.
- Complete interconnecting system wiring.
- Complete main power feed.
- Startup and test (N) medical vacuum system.
- Coordinate final medical gas system certification.
Phase 3
- Demo and remove (E) medical vacuum system.
- OSHPD Closeout