Y1DA--Renovate Dallas Medical Inpatient Unit For Patient Privacy & Pandemic (VA-24-00008151)

***THIS IS AN UPDATED PRESOLICIATION NOTICE A REQUEST FOR PROPOSAL WILL BE POSTED ON OR ABOUT: DUE TO INTERNAL AGENCY CONSTRAINTS, A SPECIFIC SOLICITATION ISSUE DATE IS TO BE PROVIDED/UPDATED. ***

***THE REQUIREMENT TO POST THE SYNOPSIS NOTICE AT LEAST 15 DAYS BEFORE ISSUANCE OF A SOLICITATION IAW FAR 5.203(a) WILL BE SATISFIED, REGARDLESS OF SOLICITATION ISSUANCE DATE PROVIDED.***

***A SOLICITATION WILL MOST LIKELY BE POSTED AFTER APRIL 2024.***

Pre-Solicitation Notice: The North Texas Veterans Health Care System (NTVHCS) currently has a requirement for a project to Renovate Dallas Medical Inpatient Unit for Patient Privacy and COVID-19 Dallas VA Medical Center 4500 S Lancaster Rd, Dallas, TX 75216. The VAMC in Dallas, Texas currently has a requirement to renovate the outpatient clinic in building one (1). Solicitation Number: 36C25724R0005 The project will include all l labor, material, equipment, and supervision required to renovate the inpatient unit for patient recovery and Covid-19 in Building 2, 8th floor at the Dallas VA Medical Center as required by the VA North Texas Healthcare System. The scope of this project will require coordination between the contactor, COR and VA staff. Ultimately the means and methods to perform this work and determine a sequence of work will be determined by the contractor. The NAICS code for this procurement is 236220 with a small business size standard of $45M. The magnitude of this project is between $10,000,000 and $20,000,000 in accordance with Veterans Affairs Acquisition Regulations (VAAR) 836.204(h)(1). This procurement will be 100% set-aside for Small Businesses, as stated below. *Note that there will be a Veterans Preference factor, the solicitation will provide the specific details. Any veteran-owned small business (VOSB) or service-disabled veteran-owned small business (SDVOSB) who submits a proposal shall be verifiable within Veteran Small Business Certification (VetCert) at https://veterans.certify.sba.gov/. The POC for this project will be Horacio Fernandez. He can be contacted by email at Horacio.Fernandez@va.gov. This project consists of but is not limited to: The Contractor shall provide all labor, material, equipment, and supervision required to renovate the inpatient unit for patient recovery and Covid-19 in Building 2, 8th floor at the Dallas VA Medical Center as required by the VA North Texas Healthcare System. Activities generally to include demolition of existing unit (including abatement of ACM); installation of new HVAC, plumbing, communications, and electrical systems; new architectural floorplan and finishes for three (3) wings; and structural upgrades necessary to support required modifications and new equipment. Ultimately the means and methods to perform this work and determine a sequence of work will be determined by the contractor. WORK SHALL INCLUDE: The contractor shall provide the specific services and deliverables described below: The work effort, however, does suggest a general, phased sequence of construction. ARCHITECTURE: The existing Wings 100, 200, and 300 are currently Outpatient clinical spaces or offices vs patient care areas. The design solution is to provide patient rooms with all the supporting spaces for Med/Surg floor. The project requires complete demolition of the wings and reconstruction with new layout and infrastructure. STRUCTURAL: The existing building is a steel framed structure with concrete floor and roof slabs. The steel framing members are encased in concrete. A new air handler (AHU-8) is being added within the 8th floor mechanical room adjacent to elevators. The existing AHU-12 and AHU-30 and supporting HVAC system components will be demolished from their current locations and replaced on the roof located over the existing 8th floor mechanical roof at the south end of the 200 Wing. Exhaust equipment is also being added on the roof over the isolation rooms in both the 100 and 200 wings. The existing structure was also evaluated for capacity to support future patient lifts. MECHANICAL: The upgraded systems for this reconfigured 8th floor will include the addition of a new air handling unit (AHU-8), which will be served by the existing facility chilled and heating hot water systems. Since the entire 8th floor can now be fully exhausted, this unit will operate as a 100% dedicated outdoor air system (DOAS) in this mode. Since the existing facility exhaust capacity cannot handle the upgrades to the exhaust required for the floor, new exhaust fans will serve the space. These fans will be located on the roof of the existing building. To minimize the size of the exhaust ductwork, dedicated fan(s) will serve wing 8C-200 and dedicated fan(s) will serve wing 8C-300. PLUMBING: Plumbing will require modification to incorporate the new usage and room configuration on the 8th floor. Domestic water service piping will all be new consisting of a 3 cold water supply along with a 2 domestic hot water supply and a ¾ domestic hot water return. Piping will connect to existing services above the ceiling of the elevator lobby. Water piping distribution will be above the ceiling and routed to patient rooms and supporting spaces and each take-off provided with shut off valve accessible from the outside of the room in the corridor. Piping will be Type L copper and hot water supply and return will be insulated. Sanitary sewer and sanitary vents are located at numerous vertical risers on the floor. Piping will be cast iron with no-hub connections. The extensive redesign of the 8th floor floorplate will require some alterations on the floor(s) below for routing of sanitary sewer lines to existing vertical pipe locations. These alterations may affect the existing ceilings and wall locations below. The floor below is provided in the drawings for the contractor s reference. Plumbing fixtures will consist of wall-mounted water closets with flush valves installed at ADA heights. Patient toilets will have bedpan washing accessories for the flush valve along with wall mounted push-button activation. Nonpatient water closets will have sensor flush operation of its flush valve. Lavatories are to be vitreous China with wrist blade handles on the faucets. Patient shower will have handheld spray. Medication rooms and staff lounge sinks will be stainless steel. Mop sink will be floor mounted type. Roof drain piping is existing and will remain but provided with all new pipe insulation. The new location of the Mechanical equipment room will require new floor drains. Domestic water makeup lines with backflow preventers on each will serve the chilled and heating water systems. ELECTRICAL: The renovation of the 8th floor will require a different allocation of spaces to include nurse stations, patient rooms, isolation rooms, and other patient support spaces. Design includes demolition and new circuiting and distribution panels from the main feeder source for power. Additional design requirements include demolition of existing lighting and replacement with new lighting fixtures and controls. Electrical work will also include low-voltage communication routing and allocation. FIRE PROTECTION: The existing fire alarm control panel and power booster panels located in the existing telecom room shall be removed and replaced with new panels located in the new telecom room. Existing initiating and notification devices located within the renovated space will be removed. New devices shall be provided in renovated spaces. New initiating and notification devices shall be installed per NFPA 70 and NFPA 72. Audible and visual fire alarm appliances will be provided throughout the renovated spaces in accordance with the applicable codes. Speakers shall be located for intelligibility within the corridor. Smoke detectors will be installed for door hold opens within the corridor. The automatic voice messages will be broadcast through the fire alarm speakers on the appropriate floors. Initiating devices SLC will be Class B circuits. Duct smoke detectors for air handling units and combination fire/smoke dampers shall be provided where required by the IBC, IMC and NFPA. Operation of a duct smoke detector must initiate a supervisory signal to the main fire alarm control panel. A new wet pipe sprinkler system shall be installed within the renovated space. The new sprinkler systems shall be designed, tested, and installed per NFPA 13 and the systems shall coincide with the new smoke compartments. Semi-recessed sprinklers shall be utilized in rooms with a suspended ceiling and upright sprinklers shall be utilized in rooms without a ceiling (exposed to construction). Storage, equipment, electrical, mechanical, linen and utility rooms will be designed for an ordinary hazard (group 1 or 2) occupancy. The remainder of the renovated space will be designed for a light hazard sprinkler system. The existing sprinkler system within the renovated area will be demolished back to the existing to remain sprinkler standpipe system. All existing sprinklers, arm over, branch lines, and mains shall be demolished with the renovated space. In addition, the existing 1-1/2 fire hose connections and cabinets located with the renovated area shall also be removed. The existing hose connection piping shall be capped at the connection to the existing supply riser. ASBESTOS CONTAINING MATERIALS (ACM) ABATEMENT: Pre-abatement activities including pre-abatement meeting(s), inspection(s), notifications, permits, submittal approvals, regulated area preparations, emergency procedures arrangements, and standard operating procedures for asbestos abatement work. Abatement activities including removal, encapsulation, enclosure, clean-up and disposal of ACM waste, recordkeeping, security, monitoring, and inspections. Cleaning and decontamination activities.

***THIS IS AN UPDATED PRESOLICIATION NOTICE A REQUEST FOR PROPOSAL WILL BE POSTED ON OR ABOUT ***April 09, 2024*** Pre-Solicitation Notice: The North Texas Veterans Health Care System (NTVHCS) currently has a requirement for a project to Renovate Dallas Medical Inpatient Unit for Patient Privacy and COVID-19 Dallas VA Medical Center 4500 S Lancaster Rd, Dallas, TX 75216. The VAMC in Dallas, Texas currently has a requirement to renovate the outpatient clinic in building one (1). Solicitation Number: 36C25724R0005 The project will include all l labor, material, equipment, and supervision required to renovate the inpatient unit for patient recovery and Covid-19 in Building 2, 8th floor at the Dallas VA Medical Center as required by the VA North Texas Healthcare System. The scope of this project will require coordination between the contactor, COR and VA staff. Ultimately the means and methods to perform this work and determine a sequence of work will be determined by the contractor. The NAICS code for this procurement is 236220 with a small business size standard of $45M. The magnitude of this project is between $10,000,000 and $20,000,000 in accordance with Veterans Affairs Acquisition Regulations (VAAR) 836.204(h)(1). This procurement will be 100% set-aside for Small Businesses, as stated below. *Note that there will be a Veterans Preference factor, the solicitation will provide the specific details. Any veteran-owned small business (VOSB) or service-disabled veteran-owned small business (SDVOSB) who submits a proposal shall be verifiable within Veteran Small Business Certification (VetCert) at https://veterans.certify.sba.gov/. The POC for this project will be Horacio Fernandez. He can be contacted by email at Horacio.Fernandez@va.gov. This project consists of but is not limited to: The Contractor shall provide all labor, material, equipment, and supervision required to renovate the inpatient unit for patient recovery and Covid-19 in Building 2, 8th floor at the Dallas VA Medical Center as required by the VA North Texas Healthcare System. Activities generally to include demolition of existing unit (including abatement of ACM); installation of new HVAC, plumbing, communications, and electrical systems; new architectural floorplan and finishes for three (3) wings; and structural upgrades necessary to support required modifications and new equipment. Ultimately the means and methods to perform this work and determine a sequence of work will be determined by the contractor. WORK SHALL INCLUDE: The contractor shall provide the specific services and deliverables described below: The work effort, however, does suggest a general, phased sequence of construction. ARCHITECTURE: The existing Wings 100, 200, and 300 are currently Outpatient clinical spaces or offices vs patient care areas. The design solution is to provide patient rooms with all the supporting spaces for Med/Surg floor. The project requires complete demolition of the wings and reconstruction with new layout and infrastructure. STRUCTURAL: The existing building is a steel framed structure with concrete floor and roof slabs. The steel framing members are encased in concrete. A new air handler (AHU-8) is being added within the 8th floor mechanical room adjacent to elevators. The existing AHU-12 and AHU-30 and supporting HVAC system components will be demolished from their current locations and replaced on the roof located over the existing 8th floor mechanical roof at the south end of the 200 Wing. Exhaust equipment is also being added on the roof over the isolation rooms in both the 100 and 200 wings. The existing structure was also evaluated for capacity to support future patient lifts. MECHANICAL: The upgraded systems for this reconfigured 8th floor will include the addition of a new air handling unit (AHU-8), which will be served by the existing facility chilled and heating hot water systems. Since the entire 8th floor can now be fully exhausted, this unit will operate as a 100% dedicated outdoor air system (DOAS) in this mode. Since the existing facility exhaust capacity cannot handle the upgrades to the exhaust required for the floor, new exhaust fans will serve the space. These fans will be located on the roof of the existing building. To minimize the size of the exhaust ductwork, dedicated fan(s) will serve wing 8C-200 and dedicated fan(s) will serve wing 8C-300. PLUMBING: Plumbing will require modification to incorporate the new usage and room configuration on the 8th floor. Domestic water service piping will all be new consisting of a 3 cold water supply along with a 2 domestic hot water supply and a ¾ domestic hot water return. Piping will connect to existing services above the ceiling of the elevator lobby. Water piping distribution will be above the ceiling and routed to patient rooms and supporting spaces and each take-off provided with shut off valve accessible from the outside of the room in the corridor. Piping will be Type L copper and hot water supply and return will be insulated. Sanitary sewer and sanitary vents are located at numerous vertical risers on the floor. Piping will be cast iron with no-hub connections. The extensive redesign of the 8th floor floorplate will require some alterations on the floor(s) below for routing of sanitary sewer lines to existing vertical pipe locations. These alterations may affect the existing ceilings and wall locations below. The floor below is provided in the drawings for the contractor s reference. Plumbing fixtures will consist of wall-mounted water closets with flush valves installed at ADA heights. Patient toilets will have bedpan washing accessories for the flush valve along with wall mounted push-button activation. Nonpatient water closets will have sensor flush operation of its flush valve. Lavatories are to be vitreous China with wrist blade handles on the faucets. Patient shower will have handheld spray. Medication rooms and staff lounge sinks will be stainless steel. Mop sink will be floor mounted type. Roof drain piping is existing and will remain but provided with all new pipe insulation. The new location of the Mechanical equipment room will require new floor drains. Domestic water makeup lines with backflow preventers on each will serve the chilled and heating water systems. ELECTRICAL: The renovation of the 8th floor will require a different allocation of spaces to include nurse stations, patient rooms, isolation rooms, and other patient support spaces. Design includes demolition and new circuiting and distribution panels from the main feeder source for power. Additional design requirements include demolition of existing lighting and replacement with new lighting fixtures and controls. Electrical work will also include low-voltage communication routing and allocation. FIRE PROTECTION: The existing fire alarm control panel and power booster panels located in the existing telecom room shall be removed and replaced with new panels located in the new telecom room. Existing initiating and notification devices located within the renovated space will be removed. New devices shall be provided in renovated spaces. New initiating and notification devices shall be installed per NFPA 70 and NFPA 72. Audible and visual fire alarm appliances will be provided throughout the renovated spaces in accordance with the applicable codes. Speakers shall be located for intelligibility within the corridor. Smoke detectors will be installed for door hold opens within the corridor. The automatic voice messages will be broadcast through the fire alarm speakers on the appropriate floors. Initiating devices SLC will be Class B circuits. Duct smoke detectors for air handling units and combination fire/smoke dampers shall be provided where required by the IBC, IMC and NFPA. Operation of a duct smoke detector must initiate a supervisory signal to the main fire alarm control panel. A new wet pipe sprinkler system shall be installed within the renovated space. The new sprinkler systems shall be designed, tested, and installed per NFPA 13 and the systems shall coincide with the new smoke compartments. Semi-recessed sprinklers shall be utilized in rooms with a suspended ceiling and upright sprinklers shall be utilized in rooms without a ceiling (exposed to construction). Storage, equipment, electrical, mechanical, linen and utility rooms will be designed for an ordinary hazard (group 1 or 2) occupancy. The remainder of the renovated space will be designed for a light hazard sprinkler system. The existing sprinkler system within the renovated area will be demolished back to the existing to remain sprinkler standpipe system. All existing sprinklers, arm over, branch lines, and mains shall be demolished with the renovated space. In addition, the existing 1-1/2 fire hose connections and cabinets located with the renovated area shall also be removed. The existing hose connection piping shall be capped at the connection to the existing supply riser. ASBESTOS CONTAINING MATERIALS (ACM) ABATEMENT: Pre-abatement activities including pre-abatement meeting(s), inspection(s), notifications, permits, submittal approvals, regulated area preparations, emergency procedures arrangements, and standard operating procedures for asbestos abatement work. Abatement activities including removal, encapsulation, enclosure, clean-up and disposal of ACM waste, recordkeeping, security, monitoring, and inspections. Cleaning and decontamination activities.

THIS IS A PRESOLICIATION NOTICE A REQUEST FOR PROPOSAL WILL BE POSTED ON OR ABOUT March 07, 2024

Pre-Solicitation Notice: The North Texas Veterans Health Care System (NTVHCS) currently has a requirement for a project to Renovate Dallas Medical Inpatient Unit for Patient Privacy and COVID-19 Dallas VA Medical Center 4500 S Lancaster Rd, Dallas, TX 75216.

The VAMC in Dallas, Texas currently has a requirement to renovate the outpatient clinic in building one (1).

Solicitation Number: 36C25724R0005

The project will include all l labor, material, equipment, and supervision required to renovate the inpatient unit for patient recovery and Covid-19 in Building 2, 8th floor at the Dallas VA Medical Center as required by the VA North Texas Healthcare System. The scope of this project will require coordination between the contactor, COR and VA staff. Ultimately the means and methods to perform this work and determine a sequence of work will be determined by the contractor.

The NAICS code for this procurement is 236220 with a small business size standard of $45M. The magnitude of this project is between $10,000,000 and $20,000,000 in accordance with Veterans Affairs Acquisition Regulations (VAAR) 836.204(h)(1). This procurement will be 100% set-aside for Small Businesses, as stated below. *Note that there will be a Veterans Preference factor, the solicitation will provide the specific details. Any veteran-owned small business (VOSB) or service-disabled veteran-owned small business (SDVOSB) who submits a proposal shall be verifiable within Veteran Small Business Certification (VetCert) at https://veterans.certify.sba.gov/.

The POC for this project will be Horacio Fernandez. He can be contacted by email at Horacio.Fernandez@va.gov.

This project consists of but is not limited to: The Contractor shall provide all labor, material, equipment, and supervision required to renovate the inpatient unit for patient recovery and Covid-19 in Building 2, 8th floor at the Dallas VA Medical Center as required by the VA North Texas Healthcare System. Activities generally to include demolition of existing unit (including abatement of ACM); installation of new HVAC, plumbing, communications, and electrical systems; new architectural floorplan and finishes for three (3) wings; and structural upgrades necessary to support required modifications and new equipment. Ultimately the means and methods to perform this work and determine a sequence of work will be determined by the contractor.

WORK SHALL INCLUDE: The contractor shall provide the specific services and deliverables described below: The work effort, however, does suggest a general, phased sequence of construction.

ARCHITECTURE:

The existing Wings 100, 200, and 300 are currently Outpatient clinical spaces or offices vs patient care areas. The design solution is to provide patient rooms with all the supporting spaces for Med/Surg floor. The project requires complete demolition of the wings and reconstruction with new layout and infrastructure.

STRUCTURAL:

The existing building is a steel framed structure with concrete floor and roof slabs. The steel framing members are encased in concrete. A new air handler (AHU-8) is being added within the 8th floor mechanical room adjacent to elevators. The existing AHU-12 and AHU-30 and supporting HVAC system components will be demolished from their current locations and replaced on the roof located over the existing 8th floor mechanical roof at the south end of the 200 Wing. Exhaust equipment is also being added on the roof over the isolation rooms in both the 100 and 200 wings. The existing structure was also evaluated for capacity to support future patient lifts.

MECHANICAL:

The upgraded systems for this reconfigured 8th floor will include the addition of a new air

handling unit (AHU-8), which will be served by the existing facility chilled and heating hot water systems. Since the entire 8th floor can now be fully exhausted, this unit will operate as a 100%

dedicated outdoor air system (DOAS) in this mode. Since the existing facility exhaust capacity

cannot handle the upgrades to the exhaust required for the floor, new exhaust fans will serve the space. These fans will be located on the roof of the existing building. To minimize the size of the exhaust ductwork, dedicated fan(s) will serve wing 8C-200 and dedicated fan(s) will serve wing 8C-300.

PLUMBING:

Plumbing will require modification to incorporate the new usage and room configuration on the

8th floor. Domestic water service piping will all be new consisting of a 3 cold water supply along

with a 2 domestic hot water supply and a ¾ domestic hot water return. Piping will connect to

existing services above the ceiling of the elevator lobby. Water piping distribution will be above the ceiling and routed to patient rooms and supporting spaces and each take-off provided with

shut off valve accessible from the outside of the room in the corridor. Piping will be Type L copper and hot water supply and return will be insulated. Sanitary sewer and sanitary vents are located at numerous vertical risers on the floor. Piping will be cast iron with no-hub connections.

The extensive redesign of the 8th floor floorplate will require some alterations on the floor(s)

below for routing of sanitary sewer lines to existing vertical pipe locations. These alterations may

affect the existing ceilings and wall locations below. The floor below is provided in the drawings

for the contractor s reference. Plumbing fixtures will consist of wall-mounted water closets with

flush valves installed at ADA heights. Patient toilets will have bedpan washing accessories for the

flush valve along with wall mounted push-button activation. Nonpatient water closets will have

sensor flush operation of its flush valve. Lavatories are to be vitreous China with wrist blade

handles on the faucets. Patient shower will have handheld spray. Medication rooms and staff

lounge sinks will be stainless steel. Mop sink will be floor mounted type. Roof drain piping is

existing and will remain but provided with all new pipe insulation. The new location of the

Mechanical equipment room will require new floor drains. Domestic water makeup lines with

backflow preventers on each will serve the chilled and heating water systems.

ELECTRICAL:

The renovation of the 8th floor will require a different allocation of spaces to include nurse

stations, patient rooms, isolation rooms, and other patient support spaces. Design includes

demolition and new circuiting and distribution panels from the main feeder source for power.

Additional design requirements include demolition of existing lighting and replacement with new lighting fixtures and controls. Electrical work will also include low-voltage communication routing and allocation.

FIRE PROTECTION:

The existing fire alarm control panel and power booster panels located in the existing telecom

room shall be removed and replaced with new panels located in the new telecom room. Existing

initiating and notification devices located within the renovated space will be removed. New

devices shall be provided in renovated spaces. New initiating and notification devices shall be

installed per NFPA 70 and NFPA 72. Audible and visual fire alarm appliances will be provided

throughout the renovated spaces in accordance with the applicable codes. Speakers shall be

located for intelligibility within the corridor. Smoke detectors will be installed for door hold opens within the corridor. The automatic voice messages will be broadcast through the fire alarm speakers on the appropriate floors. Initiating devices SLC will be Class B circuits. Duct smoke detectors for air handling units and combination fire/smoke dampers shall be provided where required by the IBC, IMC and NFPA. Operation of a duct smoke detector must initiate a supervisory signal to the main fire alarm control panel.

A new wet pipe sprinkler system shall be installed within the renovated space. The new sprinkler

systems shall be designed, tested, and installed per NFPA 13 and the systems shall coincide with

the new smoke compartments. Semi-recessed sprinklers shall be utilized in rooms with a

suspended ceiling and upright sprinklers shall be utilized in rooms without a ceiling (exposed to

construction). Storage, equipment, electrical, mechanical, linen and utility rooms will be designed for an ordinary hazard (group 1 or 2) occupancy. The remainder of the renovated space will be designed for a light hazard sprinkler system. The existing sprinkler system within the renovated area will be demolished back to the existing to remain sprinkler standpipe system. All existing sprinklers, arm over, branch lines, and mains shall be demolished with the renovated space. In addition, the existing 1-1/2 fire hose connections and cabinets located with the renovated area shall also be removed. The existing hose connection piping shall be capped at the connection to the existing supply riser.

ASBESTOS CONTAINING MATERIALS (ACM) ABATEMENT:

Pre-abatement activities including pre-abatement meeting(s), inspection(s), notifications, permits, submittal approvals, regulated area preparations, emergency procedures arrangements, and standard operating procedures for asbestos abatement work. Abatement activities including removal, encapsulation, enclosure, clean-up and disposal of ACM waste, recordkeeping, security, monitoring, and inspections. Cleaning and decontamination activities.