Entrance Office Revisions

Emergency Egress Lighting

Addressable Fire Alarm and Strobes

Emergency Response

Communication

Intrusion Alarm Systems

Video Surveillance

Systems

Doors Locksets and Hardware

Student Drop-Off Area

Heating & Ventilation Air Conditioning

Bathroom Locker Room

Remodel

Window Replacement

EMERSON 23,000 12,000 72,000 8,000 8,000 18,000 50,000 980,000 248,000 11,000

FRANKLIN 16,000 12,000 8,000 8,000 18,000 18,000 22,000 710,000 193,000

HAMILTON 197,000 12,000 8,000 8,000 18,000 21,000 187,000 303,000

HINTGEN 12,000 77,000 8,000 18,000 24,000 1,070,000 142,000 130,000

NORTH WOODS 69,000 8,000 18,000 22,000 50,000

ROOSEVELT 12,000 59,000 8,000 8,000 18,000 18,000 831,000 275,000

SOUTHERN BLUFFS 71,000 8,000 18,000 23,000 15,000 15,000

SPENCE 79,000 8,000 18,000 23,000 1,067,000 220,000

STATE ROAD 12,000 64,000 8,000 8,000 18,000 18,000 40,000 880,000 248,000

SUMMIT 12,000 73,000 8,000 18,000 23,000 47,000 1,012,000 385,000

LINCOLN MIDDLE 17,000 8,000 8,000 28,000 33,000 29,000 1,815,000 457,000 11,000

LOGAN MIDDLE 206,000 8,000 8,000 28,000 43,000 2,695,000 743,000 77,000

LONGFELLOW MIDDLE 15,000 153,000 8,000 28,000 43,000 20,000 2,184,000 550,000 15,000

CENTRAL HIGH 200,000 10,000 16,000 8,000 28,000 55,000 45,000

LOGAN HIGH 30,000 8,000 28,000 55,000 125,000

HOGAN 5,000 67,000 8,000 8,000 13,000 18,000 1,007,000

TOTAL 478,000$ 109,000$ 1,000,000$ 80,000$ 128,000$ 333,000$ 487,000$ 393,000$ 14,438,000$ 3,622,000$ 271,000$ 130,000$

Contingency 31,000$

GRAND TOTAL 21,500,000$

ATTACHMENT B

School District of La CrosseReferendum Projects, QSCB Application

SAFETY DETAIL NEEDS DETAILHVAC DETAILURGENT FACILITY

ATTACHMENT C

Qualified School Construction Bonds Project Descriptions

Entrance Office Revisions These remodeling projects will provide direct line-of-sight vision from each main office to the building’s main entry. This will increase student and safety. Life Safety Systems (Emergency Egress Lighting, Addressable Fire Alarms and Strobes, Emergency Response Communication) This project involves upgrading fire alarm systems, strobes, emergency egress lighting, and emergency response communication. Addressable fire alarm systems allow the fire panel to communicate directly with each detection device (e.g., smoke detector, duct detector, pull station). In the event of a fire, the fire panel will display the exact device that signaled the alarm, allowing the fire to be located more quickly. Strobes are located in each occupied room (not just hallways). Emergency lighting upgrade meets current Life Safety Standards to ensure safe evacuation in the event of a power outage. Emergency response communication allows occupants to go to a safe area and communicate with emergency rescuers informing them of their current location and condition. Intrusion Alarm Systems This project involves upgrading intrusion alarm systems that are past their life expectancy in District buildings. The systems will allow immediate detection of unauthorized individuals and activity in buildings. The updated intrusion systems will work in conjunction with the access control and video surveillance systems which will ultimately assist law enforcement personnel to safely and effectively respond. Video Surveillance Systems Planning for these systems has been in cooperation with the La Crosse Police Department. The integrated system will allow police officers wireless and remote access to each building’s security video including live footage of activity in building corridors. The project involves installation of security cameras operating on the ExacqVision video management system (VMS). The client user interface can connect to multiple camera servers creating a virtually unlimited amount of cameras and protection. Video from all ExacqVision systems can also be accessed with web browsers and mobile devices that have access to the Internet. This VMS supports the latest camera technology including multi-megapixel cameras and H.264 compression, digital PTZ functionality on all cameras in live and recorded mode. Doors, Locksets, and Hardware During lockdown situations, staff are currently at risk because they must enter the hallway from their room in order to lock their door. This project involves changing locksets on all doors to give staff the ability to lock doors from inside each room. Student Drop-Off Area Virtually all of our facilities rest on relatively small lots (many on 3 acres or less). This makes designated student drop off areas problematic from a safety standpoint. These projects include construction to redirect and improve traffic flow for student safety. Heating Ventilation and Air Conditioning HVAC systems beyond their serviceable life will be replaced including new hot water boilers, computer technology, and zone heating to optimize energy use and save heating costs. New

systems will improve air quality for a healthier learning environment and will control humidity levels to preserve building structure and equipment. Heating: The existing heating systems are steam boilers of varying vintages that provide low pressure steam to heating coils, terminal heating equipment, and some heat exchangers to convert to heating water for newer additions. It is estimated that the existing systems are approximately 65% efficient. The new heating systems employ high efficiency condensing boilers which provide heated water to all heating coils and terminal heating equipment. The boiler design has an average heating water return temperature which will result in 92% efficiency. An outside air reset schedule will also reduce the return water temperatures to 80 degrees Fahrenheit which can increase efficiency to 96% or more during mild outside air temperatures. The pumping distribution systems will also employ Variable Frequency Drives (VFD’s) for the pumps to only use the required energy to satisfy the most remote zone. Premium efficiency motors are also specified for these pumps to maximize efficiency. Ventilation/Air Handling Systems: All of the existing air handling units heat only constant volume systems with fans that operate at their maximum flow during occupied modes. The new air handling systems will be modular air handling units with VFD’s for supply fans which will reduce energy during off-peak airflows required to heat/cool zones. Airside economizers are specified for systems to use outside air for cooling when temperatures permit. Carbon dioxide monitoring will also enable the reduction of outside air for large single zones such as gyms and cafeterias. Outside air will be reduced accordingly based on actual occupant usage. New thermostats provided with air handling systems and Variable Air Boxes will provide for temperature setback, scheduling, optimum starting, and the ability to monitor areas remotely. Air Conditioning: Nearly all of the District’s buildings lack air-conditioned. The new systems will have chilled water coils served from central chiller plants. The efficiency of the air-cooled systems is approximately 1.2 kW/ton or 10 Energy Efficiency Ratio (EER). New water-cooled chiller systems are anticipated to be 0.7 kW/ton or 17 EER including pump energy. An outside air reset schedule will also increase the return water temperatures to 55 degrees Fahrenheit during mild outside air temperatures to save energy when design chilled water is not needed. The pumping distribution systems will also employ VFD’s for the pumps to only use the required energy to satisfy the most remote zone. Premium efficiency motors are also specified for these pumps to maximize efficiency. Bathroom and Locker Room Remodel These projects help the District meet ADA and safety requirements. Window Replacement This project replaces old original inefficient windows with modern energy efficient windows.

User

Typewritten Text

ATTACHMENT D