1. Ground Level Indoor Inspection a. Univents are on and air discharge grills are free of obstructions. If false, send email to building principal and facilities director asking staff to be instructed to keep vents clear at all times. Record locations here: 2. Ground Level Outdoor Inspection (weather permitting) a. Univent air intakes are free of obstructions. If false, record locations here: b. Filters i. Medium efficiency filters are installed in all univents. If false, list locations and create work orders to initiate corrective action. ii. High efficiency filters are installed in the air handling units. If false, list locations and create work orders to initiate correction action. iii. Filters are being changed every six months and the installed date is written on the outer filter casing. If filter is older than 6 months, list locations and create work orders to initiate corrective action. c. Insects, bird nests, or droppings are not evident near outdoor air intakes. If false, indicate locations here: d. Trash dumpsters are located away from doors, windows, and outdoor air intakes. e. Potential sources of air contaminants do not exist near the building. (e.g. chimneys, stacks, industrial plants, exhaust from nearby buildings) f. Trucks and buses are not allowed to keep their engines idling near the building. Page 1 of 9
g. No evidence of drainage problems exist. Water drains away from the building including roof downspouts. h. Sprinklers do not spray directly toward the building or into outdoor air intakes. i. Grass clippings from mowers are directed away from the building air intakes. j. Clean walk-off mats are present at exterior entrances. 3. Roof (Inspections conducted weather permitting) a. Roofing consultant has not found any issues requiring immediate repair. Most recent roofing inspection date/company: 5-year roofing plan completed 5/25/2010 with C. E. Crowley & Associates. b. There is no evidence of water ponding on the roof. c. Intake ventilation units are operating properly and free of debris. d. All exhaust fans are operating properly and free of debris. e. Air intake dampers are set to allow air flow even at minimum setting. f. Insects, birds, animal nests or droppings are not evident near outdoor air intakes. g. Plumbing stacks and exhaust vents are located away from air intakes. 4. Attic a. There is no evidence of roof or plumbing leaks. No attic. Page 2 of 9
Page 3 of 9 b. There is no evidence in attic of insects, birds, animals, or nests. No Attic. 5. General Considerations a. Classrooms, offices and/or common areas appear recently cleaned. If examples of poor housekeeping are found, record locations below: b. Only vacuums with HEPA filters are being used. c. All supply and exhaust ventilation units are working properly. d. Occupied space temperatures and relative humidity levels are within the standards listed below. i. Temperature range: Winter temperatures 70-73 degrees. Summer temperatures 74-80 in air-conditioned spaces and 74-85 in non-air-conditioned spaces. Outdoor air temperature: 47.1 degrees. Highest temperature Location: 118; Reading of 74.9 degrees. Lowest temperature Location: Reception; Reading of 69.1 degrees. ii. Relative humidity range is 30% to 60%. Non-air-conditioned spaces may be higher on rainy or humid summer humid days. All spaces may be less than 30% when the out-door air temperature is less than 32 degrees. Outdoor relative humidity: 72.3% Highest relative humidity Location: Nurse, Reception; Reading of 42% Lowest relative humidity Location: 111, 208;Reading of 34.3% Readings not within acceptable standards will result in the creation of a work order, requesting maintenance to address. (Readings are noted on the attached test data sheet)
e. Occupied space readings of carbon monoxide (CO) levels are less than 9.0 PPM. Outdoor Air CO Reading: 1.1 Highest CO Location: 218 Reading: 1.1 Lowest CO Location: Several Rooms Reading:.5 If the CO level is greater than 9.0 PPM in any space as measured with a handheld device or leave-in monitor, the space must be cleared of all occupants and steps taken to correct the problem. The issue will be immediately addressed by maintenance and the Fire Department. (Readings are noted on the attached test data sheet) f. CO2 levels in any occupied space are below threshold limits. i. Perform CO2 check with Gray Wolf or other portable device. Measure four times yearly or more often if needed. Measure only in fully occupied rooms. Reading should be less than 700 PPM plus outside air CO2 PPM. 700 PPM + 358 PPM = 1058 PPM Assume outside CO2 is 350 if temperature is below 41 degrees and air is not stagnant with no- wind. Record all occupied space CO2 levels on forms provided. Provide the outdoor CO2 level as well as the high and low CO2 extremes below: Outdoor reading: 358 PPM Highest CO2 reading Location: 190; Reading of 802 PPM Lowest CO2 reading Location: Gymnasium; Reading of 444 PPM ii. If reading is above threshold, check univent and air handling dampers to ensure a value is set to provide at least 15 cfm of fresh air intake per student based on average space occupancies. If reading is consistently elevated, then use data logging to monitor CO2 concentrations over time and look for other sources of problems. Page 4 of 9
iii. CO2 levels were checked three months ago. iv. CO2 levels on leave-in devices, where present, where checked. No Leave In devices g. Offensive odors are not apparent. If false, list problem areas: See Odor Report. h. Water damage is not evident. Check for roof leaks, pipe leaks, spills, stained ceiling tiles, etc, visually and with moisture meter. Look for the source of any water leaks and schedule repairs. Discard porous items such as ceiling tiles if wet for more than 24 hours. For carpeting, if less than 9 square feet of wet area, shampoo with germicide and fan dry. For areas greater than 9 square feet, replace carpet with tile in reasonable timeframe. If carpet is over ACM tile, replace during next unoccupied break time (winter break, spring break, summer). If false, record findings and locations here: From a leak in the Mechanical Room there is slightly stained ceiling material (blown on) in the Music Room, 106. We have not painted this yet. i. Mold or mildew growth is not evident. If false, record findings and locations here: j. All pest management issues are being handled by Integrated Pest Management. k. No other unresolved concerns or complaints by building personnel are known. If false, list any pending issues not previously mentioned in this report here: l. There are no incomplete HVAC preventative maintenance (PM) work requests. If false, list any incomplete HVAC work request here: 6. Bathrooms and General Plumbing a. All locker or restroom exhaust fans are working. Inoperable or malfunctioning fans are listed as follows: Location: Problem: Page 5 of 9
b. All of the following drain-trap maintenance procedures are being conducted according to the frequency indicated. If false, indicate all deviations and locations: i. Water is poured into floor drains once per week (approximately 1 quart of water) or water and a teaspoon of cooking oil poured into the drain once a month. ii. Water is poured into sinks at least once per week (about 2 cups of water). iii. Toilets are flushed at least once per week. 7. Lab Chemicals & Maintenance Supplies a. Lab chemicals are used with exhaust fans turned on. b. Lab chemical storage areas have been inspected yearly by ROE and Fire Department. Record last inspection dates below: ROE: 10/2016 LZFD: Scheduled for the spring. c. Flammables are not stored with igniters. d. All chemicals that may react or produce toxic or explosive by-products are separated and maintained in approved containers stored in approved storage. (e.g. lockable, with appropriate ventilation). e. Chemical disposal records for all lab chemicals are available for review. f. All cleaning products used in building contain no/low VOC. List any exceptions: Page 6 of 9
g. Increased ventilation is considered when installing new carpets, cleaning upholstered furniture, shampooing carpets, etc. h. Exhaust ventilation systems in chemical and trash storage areas are turned on and functioning properly. i. Portable fuel containers are properly closed. j. Power equipment, like snow blowers and lawn mowers, have been serviced and maintained according to manufacturers guidelines. k. Oil based paints are stored in approved storage cabinets. No oil based paints allowed in the district. l. Green Cleaning products and processes are used in this building. 8. Combustion Appliances a. Combustion analysis is performed at the start of the heating season on all boilers. Adjustments are made to the burners to correct any abnormalities and improve efficiency. This is in process. b. In rooms that contain combustion appliances, there is no evidence of combustion gas or fuel odors. If false, record locations here: c. No leaks, disconnections, and/or deterioration were found on exhaust hoods. d. Flue components are clean and free of soot. e. All combustion appliances have flues or exhaust hoods and vent NO2. i. If false, inspect cooking hoods, chemical hoods. Assure that cooking stoves and appliances are correctly installed, used, and maintained according to manufacturers specifications. Page 7 of 9
ii. If not vented, ensure that leave-in CO monitors are placed in room. Record locations here: iii. CO levels in rooms with combustion appliances are measured and recorded with an IAQ monitor. CO readings outside of normal CO range will result in an immediate response by maintenance to reduce CO level or vacating the room/building, if necessary. Record locations here: Boiler Room, Kitchen 9. Other a. Paint No peeling and/or flaking paint found. If planned building renovation will damage paint or if peeling paint is discovered, lead testing may be necessary. If peeling paint is found, send email to the building Principal and the Facilities Director alerting them of the problem. Staff and teachers need to pick up any flakes of paint to prevent children from being exposed. The Facilities Director will advise the Facilities Coordinator (a Certified Lead Paint Renovator) to test the paint for lead. Lead paint was discontinued in 1978. Buildings built after 1978 are exempt from lead paint testing. If lead is present, required repairs should be done immediately using lead-safe methods and, if necessary, a licensed lead contractor. Location(s) of known peeling paint in building: b. The following preventive measures are being taken to reduce lead exposure. i. Play areas and toys are cleaned nightly. ii. Floors are mopped nightly. iii. Dust at least weekly. c. Radon testing is recommended by IEMA every 5 years. Last testing date listed below: Date: 12/13/2011-12/15/2011; Reading of <1.3 pci/l (Highest) in the Teacher's Lounge and 115 Page 8 of 9
National concern: 4.0 pci/l d. The IAQ testing equipment used for this inspection was calibrated and is in good working order. Equipment Used: Gray Wolf Last date of calibration: 1/18/2016 Page 9 of 9
Spencer Loomis Fall 2016 IAQ Data Site Location Date/Time F %RH CO ppm CO2 ppm OccupancyWindow AC Note Spencer Loomis Outdoor Air 11/28/2016 10:29:29 AM 47.1 72.3 1.1 358 Spencer Loomis 102 11/28/2016 11:17:45 AM 72.5 39.2 0.6 751 7 Spencer Loomis 103 11/28/2016 11:16:07 AM 72 37.6 0.5 625 7 Spencer Loomis 105 11/28/2016 11:19:48 AM 72.3 37.1 0.6 541 3 Spencer Loomis 106 11/28/2016 12:28:18 PM 73.9 34.4 0.7 570 13 Spencer Loomis 107 11/28/2016 11:48:08 AM 72.9 36.5 0.5 561 24 Spencer Loomis 108 11/28/2016 11:25:34 AM 72.6 37.6 0.8 729 25 Spencer Loomis 109 11/28/2016 11:24:12 AM 72.3 36.8 0.5 573 24 Spencer Loomis 110 11/28/2016 11:27:08 AM 71.8 36.6 0.6 615 21 Spencer Loomis 111 11/28/2016 12:24:11 PM 74.1 34.3 0.7 564 17 Spencer Loomis 112 11/28/2016 12:26:01 PM 73.9 34.6 0.7 617 21 Spencer Loomis 113 11/28/2016 12:15:25 PM 74 36.1 0.7 590 14 Spencer Loomis 114 11/28/2016 12:18:18 PM 74.7 35.2 0.8 598 23 Spencer Loomis 115 11/28/2016 12:20:30 PM 74.2 34.7 0.7 539 11 Spencer Loomis 116 11/28/2016 12:17:15 PM 74.5 34.7 0.8 513 23 Spencer Loomis 118 11/28/2016 12:21:56 PM 74.9 35.1 0.6 711 23 Spencer Loomis 190 11/28/2016 11:09:49 AM 71.2 40.5 0.5 802 76 Spencer Loomis 200 11/28/2016 12:41:25 PM 74 34.8 0.7 573 1 Spencer Loomis 202 11/28/2016 12:32:11 PM 74.5 34.5 0.9 578 2 Spencer Loomis 203 11/28/2016 11:53:13 AM 73.3 35.2 0.6 596 2 Spencer Loomis 204 11/28/2016 1:56:10 PM 74.8 35.7 0.9 766 1 Spencer Loomis 205 11/28/2016 1:55:02 PM 74.4 35.7 0.7 760 3 Spencer Loomis 207 11/28/2016 12:30:55 PM 74.3 34.8 0.7 643 2 Spencer Loomis 208 11/28/2016 12:55:49 PM 74.6 34.3 0.8 598 23 Spencer Loomis 209 11/28/2016 11:43:41 AM 73.3 36.5 0.6 562 6 Spencer Loomis 210 11/28/2016 11:44:57 AM 73.3 35.8 0.9 583 25 Spencer Loomis 211 11/28/2016 12:37:02 PM 73 36.1 0.6 685 25 Spencer Loomis 212 11/28/2016 11:36:29 AM 72.2 37.3 0.8 661 22 Spencer Loomis 213 11/28/2016 11:55:12 AM 73.1 35 0.8 566 2 Spencer Loomis 214 11/28/2016 11:33:01 AM 71.8 37.9 0.7 662 23 Spencer Loomis 215 11/28/2016 11:35:27 AM 72.1 37.3 0.6 687 18 Spencer Loomis 216 11/28/2016 1:13:50 PM 74.1 35.5 0.9 610 25 Spencer Loomis 217 11/28/2016 11:34:14 AM 71.9 37.8 0.8 680 21 Spencer Loomis 218 11/28/2016 1:11:07 PM 73.9 35.7 1.1 626 23
Spencer Loomis 219 11/28/2016 1:09:51 PM 73.9 35.9 0.8 645 25 Spencer Loomis 108b 11/28/2016 11:22:04 AM 72 37 0.5 631 5 Spencer Loomis Cafeteria 11/28/2016 11:07:25 AM 70.5 39 0.7 590 72 Spencer Loomis Emmons 11/28/2016 11:05:52 AM 71.6 39.2 0.5 621 3 Spencer Loomis Gymnasium 11/28/2016 11:50:57 AM 73.2 35.3 0.6 444 26 Spencer Loomis Library 11/28/2016 11:38:45 AM 72.6 36.3 0.6 490 2 Spencer Loomis Loshkin 11/28/2016 10:59:07 AM 69.3 40.6 0.5 512 1 Spencer Loomis Lounge 11/28/2016 11:13:45 AM 71.4 39.3 0.6 625 5 Spencer Loomis Nurse 11/28/2016 10:53:08 AM 69.3 42 0.6 500 1 Spencer Loomis Principal 11/28/2016 10:54:24 AM 69.4 41.2 0.6 547 2 Spencer Loomis Reception 11/28/2016 10:52:00 AM 69.1 42 0.6 509 1 Spencer Loomis Van Arsdale 11/28/2016 11:02:29 AM 70.4 40 0.5 514 1 CO2 Formula: 700 + 358 = 1058