That being said, last night was the architect's chance to present his proposal to the committee and for the committee to ask questions. And then the public could ask a few questions.
The architect for this project is Hugh Pearson. Some of you might remember that he was one of the architects of choice the last time, but was not chosen for the final project.
Present Building Committee Members were Mr. Burr, Mr. Bourdeau, Mr Lyden (first selectman), Mr. Green (also on BOE),Ms. Woronik, Mr. Asafaylo, Mr. Bernier, Ms. Traggis.
The architect started by saying that he was presented the 8 areas that the building committee wanted to address (from
The architect stated that he knows that the Building Committee's charge is to get the most efficient work with the least cost. He talked about Hazmat issues; stand along projects vs. combined; how long it might take; and the cost and possible reimbursement from State of CT.
So - this post might be kind of lengthy, so just bare with me. Grab a cup of coffee and sit back and absorb the information. I want to post everything that was presented, because I know many of you could not attend the meeting, but are very involved in making this decision!
So here is what the architect recommended/found:
-Various ages and materials: at or past useful life in the 1940's-1988 sections
-1994 addition: consider replacement with full facility, reduced reimbursement 15%-20%?
-Supporting structures need to be addressed; - wood, concrete, steel deck)
-Current leaks, deterioration, and mold potential all an issue at the current time
-Limited insulation value: heat loss/gain
-Solar reflective surface needed
-limited drainage slope and overflow: ponding water to air intakes - very flat roofs and state mandated getting away from flat roofs.
- architect is anticipating future systems work
- definite deck repaire required for 1956 part of the building.]
- roof priority #1 on the list
- 1940: stone, vinyl siding; minimum insulation. Consider strip out interior to add insulation, new interior finish. Old vines found under vinyl siding; moisture and insects could be getting in. Consider residing in conjunction with re-roofing.
- 1956: Brick/CMU no insulation
- 1963: brick/CMU no insulation (wall below windows requires structural bracing)
- 1973: Brick/CMU: no insulation
- 1988: Brick/CMU rigid insulation
- 1994: Brick/CMU: rigid insulation
- anticipate future systems work with window/door replacements
repoint masonry, re-seal control joints.
-architect request redoing walls in 1940s section
1963 - wall no up to code and wind force standards. It is not costly for steel supports
- work with walls goes with work on doors and windows
- 1940: wood single pane glazing, storm sash added - replace. Original window reduced for thermal improvement. Consider new windows to match original opening. Double pane to reduce UV and reduce heat loss was the recommendation of the architect.
- 1956: Aluminum, insulated glazing - update recommended.
-1963: original single pane metal framed - replace. Associated structural support work required for wind loading of wall.
- 1973: aluminum, insulated glazing; failed seals, non-thermally broken frames - replace.
- 1988: aluminum, insulated glazing, could remain or replace for consistent appearance and improved performance.
-1994: Aluminum, insulated glazing, remain. a few exceptions of failed glazing seal require replacement.
- New windows: thermally broken alum. frames, insulated glazing with UV-thermal films, properly sealed to adjacent walls
- all student rooms REQUIRE escape windows or doors.
Salem School: Exterior Doors:
- replace most exterior doors (1940-1988) for thermal performance, security with hardware upgrades and controls, keying.
- create vestibule areas where possible for security, dust control with mat systems, and thermal improvement
- update openings for ADA accessibility with corrected dimensions, hardware, door operators.
- consider overhangs where missing
- ADA will have a lot of say in doors. If you open the ADA window, a lot will have to be done - more than they are expecting.
Salem School Plumbing:
- update plumbing fixtures for ADA accessibility with corrected dimensions, stalls, grab bars, mounting heights, etc. (will be larger bathrooms)
- update plumbing controls for water conservation
- toilet rooms may require full renovation or expansion to meet the above criteria. Consider full ADA vs. limited "accessible route" compliance.
- accessible sinks in classrooms will impact adjacent millwork.
- past ADA changes may not meet current clearance and mounting height requirements
- locations and number of fixtures is code controlled.
- lead solder piping? (I am not sure about this one - I think this is what most of our piping is)
- architect knows there is no intent to add Sprinkler Fire protection.
- HOWEVER - courtyard classrooms REQUIRE (repeat REQUIRE) sprinklers.
-hazardous areas: boiler rooms, storage REQUIRE (repeat REQUIRE) sprinklers.
-Combustable construction (in 1940, 1956 areas) REQUIRE (repeat REQUIRE) sprinklers above and below ceiling plane.
- renovation project would result in full building sprinkler system with storage tank and fire pump.
**side note - building committee is STILL trying to get around not having sprinklers in the building. Yeah - we will see what ADA has to say about that.
HVAC (1940-1988 sections of the building)
- Boilers, with burners, hydronic piping and controls require replacement and upgrades
- Existing boilers do not have adequate capacity for extreme days; and no redundancy if one should fail.
- provide a source of combustion air to boilers for improved operation
-increase efficiency in conjunction with building envelope improvements (lower demand)
- provide and increase ventilation (more than operable windows) in older portions (40-73) for improved Indoor Air Quality (IAQ)
- IAQ is tied to proper learning, good health
- No AC needed for '40-'88
-Consider age of oil tanks: 10,000 gal in frotn of the 1963 wing, installed in 1987 (architect recommends replacing since it is older that 20 years old)
- consider CO2 monitoring throughout; also in 1994 building
- boiler room should have a second exit
- boiler controls are pneumatic, consider direct digital control boiler room only; expand to full facility
- Air Quality testing during occupied or unoccupied
- New electrical service should be considered, may be required for any added loads due to HV(AC) or program.
- Some tradeoff of loads could be realized through lighting replacements upgrades
- revised/new distribution is required for current educational program, avoid brownouts, etc. Then then can add more outlets in classrooms.
- no system surge suppression, or 'clean' power
- generator adequate for school, not emergency shelter
- limited upgrades to
- assess rooms acoustically
-current installation provides data drops per room, separate computer lab
- full building wireless - already done
- computers on wheels - 2 carts already in place
- change out Tv's for projects (whiteboards not chalkboards)
- Generally flourescent lighting fixtures throughout, surface mounted or ceiling recessed direct downlighting
- current T9 lamps with electronic ballasts are efficient
- replacement: consider direct-indirect similar to 1994: even light levels, less glare
- LED lighting would reduce electrical consumption; significant first dollar cost; possible utility rebates
- Manual switching should be converted to occupancy sensors (but this is expensive)
- coordinate with window replacement for daylight control to utilize less energy
So - according to the building committee - their priorities are like this (and next to it is if there is possible grant money)
Roof - 1 - state DOE
Exterior walls - 1 at 1963 part (no grant)
Plumbing - 1 - State DOE - ADA
Boilers - 1 - utility (partial?)
Ventilation 1 - (no grant)
Windows - 2 - State DOE - energy conservations
Exterior Doors - 2 -? ADA
Electrical - 2 (no grant)
Energy conservation rebates - 2
Lighting - 3 (utility)
Exterior walls - 3 in ever area except 1963 (no grant)
The good news? For the year 2011 - the reimbursement max for Salem is 52.14% from
The bad news? We have only 488 students in a (are you ready for this) 100,567 square foot building. The size
So - based on the fact that we have about 40,000 square feet of WASTED space (since we all know that classrooms is not where the square footage is being used). AND because of that (because
Okay - now before you get excited - this is an AVERAGE. Let me explain. The architect thinks that things like the roof, and ADA stuff - will all get the 52% reimbursement - hands down. BUT - some of the other things might only be eligible for the 35.45%....... It is a bit confusing, and until the architect comes back with some cost numbers on the projects, we won't really have any idea.
And - as Kevin Lyden told us - the last time they took the renovation to
But what is being proposed now would cost - off the record - around 7.5 million give a few million. Better than 15 million? Yes. But better than a brand new school for around 15 million? Heck no! Now - I know that really isn't in the cards, but after Keven Lyden told us that - wow.. it got me thinking. The plans are to fix 8 areas of around 7-8 million (maybe more - who knows) and it will take years because they are thinking about doing it in phases (I will get to that). Does that really make sense? Not really. But again - that is just my opinion.
Now - about the phases - the building committee is leaning heavily on doing things in phases, and I think Kevin Lyden backs this idea. I think this is a terrible idea, and I know quite a few parents who agree. Phase one would be like the roof and boiler (and - just so you know - anything that my daughter requires ADA wise). That would take place next summer - 2011. The boiler and roof are just going to have to make it one more year.
Then phase 2 would be things liked the electrical and windows - probably the next year (2012). They would continue to do these little phases over the next several summers.
Again - my opinion. Wouldn't this be MORE expensive in the long run? The plan would be to go to referendum EACH phase. So they would get the pricing around the time they were ready to do the work. right now - the windows cost around $900/piece. What are they going to cost 2 years from now? How is this a better choice? Is this really saving the town money? It isn't like we are paying out of pocket all up front. I just don't understand why we wouldn't go to referendum with the WHOLE plan right now - and get
Back to the Meeting:
The committee asked the architect some questions after they heard the presentation. Here are the questions and answers.
Question If the 1994 section of the roof was included in the renovation, would that portion of the renovation be 35%, but the rest of the roof 52%?
- Answer: yes. And it is not all seemless - the 1994 side would be a separate roof piece no matter what. It is 16 years old - may last another 10 years, but 20 years is around the time you want to replace a roof.
Question - Does the roof have to have the slope?
Answer: yes - new pitch requirement of roof. No reimbursement if no slope is done. Also - has to have more insulation and that expense is included in roof reimbursement.
Question - What percent of the WHOLE roof is 1994 side?
Answer: 43% of the roof is on the 1994 side. That side has a slight slope right now, but not up to current code.
**Building committee agreed that doing all roof might be the best option. (although consider that 800,000 for the 1994 side could be used on the side that REALLY needs remodeled)
Question - Will you need more roof drains?
Answer: architect doesn't think so, but may need to in older section. Would be included in the cost. The 1963 and 1973 sections - would be worth changing.
Question - If we make a decision to not use the courtyards for kids, could you do away with sprinklers?
Answer: no. even if sealed off, those classrooms MUST have access to outside, so STILL NEED SPRINKLERS. Need to be able to egress to a safe area.
Mr. Bourdeau spoke how they did an IAQ and CO2 check in a classroom with children in it and levels are fine. BUT - here is what you need to hear - the REASON the levels are good - they are getting a lot of air in because the windows are not sealed well. So - fresh air leaks in, which keeps the levels within normal range. Agreed that if we put in new windows and close off and seal the joints, the IAQ will go down. So the demand for more ventilation will be needed.
Answer - yes.
Question - What will state reimburse
Answer: guaranteed that roofs and ADA work will be reimbursed at 52%. BUT - you have to do the whole building. They are not going to reimburse for just a job here and a job there (ADA) - from what I could understand.
**architect said that no waivers are being accepted for anything except for roofs and ADA compliance. If they do a bathroom - to make it ADA compliant -
Question - as far as electrical - what do you need us to do?
Answer: strip out and start over is EASIER than figure out what is needed to be fixed. (redoing all redistribution wiring). Need to rip out exterior walls and replace insulation to get to electrical.
Question - what would the time line be for - example - the roof?
Answer: could be at
Question - talk more about the boiler project
Answer: could be done fairly quickly, but need to get to next summer so you can do work without the kids in the building. It is going to take time to find the right boilers. Recommend to do the whole project all at once to get the best price. Engineer will know what they need by this fall. Board of finance may have to be involved. The whole room is going to need to be done with combustion air and will need ventilation of its own. Will also need its own electrical.
Question - Explain outside walls in 1963-1973 section
Answer: The outside walls - structure needs immediate attention. It is deficient and would not hold up in strong winds.
Question - what is going on with the 1940's walls?
Answer: there is a potential that moisture and insects have gotten into that section of the building. If mold is in there, it may be weakening the studs.
Question - what about windows?
Answer: 1963 section is the worst. All windows are required to be escape windows, unless there is a door that leads to the outside. (NOT the courtyard)
Question: what do we need to do with bathroom to make ADA compliant? For example - bathroom near Kindergarten needs accessability
Answer: it is not up to code if you cannot get a wheelchair through the door. Suggests doing all bathrooms, because that is what ADA will want, but at least need a 7 foot by 7 foot unisex bathroom for the handicap.
**End notes - the public did get to ask questions. I asked about ADA stuff since it pertains to my daughter. And honestly, I don't want to have to call ADA in (I already made a call to them to ask how it works if school renovation doesn't go through). Kevin Lyden and Elbert Burr ASSURED me that my daughter's needs were at the top of the list. So we will get SOME ADA work done. But - we have a student that is very hard of hearing - what about her? We have a student in a wheelchair...what about him? We have family members that are handicapped. So - what about them? The whole building needs to be handicapped accessible - not just the Kindergarten wing where my daughter will be. This is a public building.
Are you still awake? I hope so! :) Hopefully I will see more and more parents at the building committee meetings. And I am thinking we need to have another parent meeting soon, so stay tuned for a date for that. Just remember - you can't complain if you aren't involved, so no matter which way you want to see this renovation to go - you need to get involved. For or against - whatever the outcome - if you aren't involved, then you can't complain later!! So come out and listen to what the building committee is proposing. They are looking for public insight. They want to know what parents think.
You can contact me at any time if you have questions, or suggestions, etc. I appreciate you taking the time to stay informed for your kids.