I work in a basement office. There is a below-grade egress window, with a 3-4ft ladder and a large plexiglass dome that you can push out of the way.

I noticed a terrible smell when I opened my window the other day, and it was because of a dead mouse that presumably couldn't get out of the recess. On inspection, I found the remains of several more dead rodents there, so this has been a problem in the past too.

Any ideas on how to prevent this? I both feel bad for the dead animals and am disgusted by the smell when they decay. The plexiglass dome has chicken wire for airflow, so I can't necessarily block those off. Maybe there's some method to repell them, or help them escape?

What am I missing ? I didnt move in yet, maybe it will look cozy when I use it and it looks like someone uses it?

2 Lampe are going left and right of the Stove

Added a few pics...

I'm currently working on my sprinkler valve box. It sucks ass. It's dug in the ground. I'm on my knees trying to replace a Hunter valve. This is the second time I'm back here this week because replacing the diaphragm didn't fix the leak. I think I'm gonna have to replace the whole valve, but the stupid valves are in the stupid valve box. So now I have dig out the box anyway (which is something the valve box is supposed to save you from).

I don't get why people think valve boxes are a good idea... It's making maintenance a bitch. It also hid the leak from me for a while. I only found this problem because I had a HUGE helldivers2-style bug breach here. Which makes sense: the box provides shelter and water.

I'm thinking of redoing this part of the Irrigation system and having the valves stick up out of the ground. Obviously now I have to protect against the weather, but that seems like a decent trade off for easy maintenance, easy malfunction discovery, and less potential for a bug infestation. (Don't give a crap about looks.)

Does anyone have any recommendations for above ground enclosures? The main weather I have to protect against is sun. I don't get snow or crazy wind. I just need something like a wooden crate or something to cover the valves.

So it’s currently 100 degrees F in my garage today. I’m sure it will only get worse as the summer goes on. I added some of those insulated garage door panels, but I don’t think they did anything.

Now I’m wondering if I should add fiberglass insulation to the attic space above the garage. Would this help, or just lock in the heat? Would using a radiant barrier up there work better?

This is probably a dumb one, but here goes.

I've got a tiny house with one bathroom, and it only has a shower. I love taking hot baths, used to do it 2-3 times a week, more often when I'm sick, and I miss that. I have a pretty big shed in my back yard, think one of those pre-fab things... it's got some tools and stuff but it's mostly empty space. It's pretty close to a hosebib and an exterior electrical outlet on the side of my house, so I've got cold water and extension cord access.

Is it even reasonable to consider ways to set up a tub in the shed? Maybe freestanding? maybe something I build from fiberglass? I'm pretty confident I can drain the water out into my backyard with no issues (big yard, neighbors won't see / care), but is there anything obviously impossible or really stupid about this idea? Is it possible to use an electric water heater or should I figure out something with propane / butane? Anyone tried anything like this before?

I live in a pretty old house in the midwest, built 1929, bought in '21, single-story, ~1300ish sqft, and with a large, spacious basement. Every time summer comes around I've had issues with the basement getting MUCH colder than the rest of the house (like >10 degrees F difference), presumably due to poorly-insulated floors and cold air sinking. The HVAC is still capable of keeping the main floor at the temp set on the thermostat, but the temperature differential indicates it's working quite a bit harder than it really needs to be, and is probably wasting quite a bit of money.

I'm planning on getting an insulation specialist in at some point to go over options for shoring up the insulation, but I'm wondering if there's anything else I could do to recirculate air in the basement through the rest of the house - even with good insulation, I feel like the laws of thermodynamics would still result in a basement at least fairly colder than the rest of the house.

Is there anything I could look into that is reasonably cost-effective for circulating air from the basement to the rest of the house so my HVAC doesn't have to work so hard in the summer? Thanks

There are a few spots I've neglected to replace old brittle sealant (around the kitchen sink) or never sealed at all (new faucet I installed 8 months ago). Now there's black gunk accruing under and around the sealant.

When I go to replace the sealant, how do I kill the mold so it's safe to seal over again?

Thanks for any advice you can offer.

We have a couple big projects that I'm not comfortable doing myself (mainly roof/foundation repair).

I've had a couple contractors out that I found on google and have been very displeased. Their work might be good but jesus the salesmen they send out.

They range from overly aggressive to incompetent.

So how do you find good contractors? I've noticed the bigger the company, the worse the impression.

Hi all. I have a 2 storey, ~1200 sq ft home in a hot climate. I have a single HVAC unit...central air and ductwork, electric AC/heat. There is no zoning to the system. The thermostat is downstairs.

Everything is great in the winter months. But in the summer months, the upstairs is absolutely stifling. I don't have a thermostat upstairs, but it feels like it stays at least 10 degrees hotter than downstairs. I get that hot air rises, but considering the bedrooms are upstairs, it makes things unbearable.

My HVAC air handler and condenser are from 2008, so they are rather old and I'm likely to have to replace them soon. When I do so, I want to figure out how to keep the upstairs more comfortable.

Before I start asking companies for quotes, I want to figure out what I'm doing first. Some things I've come across...

1. Install something like a Nest system with a remote temperature sensor. Place the temperature sensor upstairs and have the Nest use that to figure out when to cycle the AC on instead of the downstairs thermostat. I could install something like this myself instead of needing an HVAC company, though it isn't necessary very efficient.

2. Consult with an HVAC company about having dampers/a zoning system installed. From what I've read online, it seems like people are saying this isn't really financially worth it. But if I'm at the point where I want a new system anyway, would it make sense?

3. Window AC units are an obvious "solution", but I can't have them due to the HOA.

4. I have read of suggestions of people saying to close the vents downstairs in the summer, but it seems like this is bad advice, as supposedly it will stress your HVAC and cause it to fail prematurely.

Edit: Just found a new one...setting the fan on the thermostat to "on" instead of "auto". Although some people seem to warn of mold growth.

Would love to hear any and all suggestions. Thanks!

I'm framing up a non-load-bearing wall that has two closet doors on it, close together (the king studs for the two openings are 13" apart). Unfortunately, they are aligned such that one of the 16" OC common studs would fall within that gap. In fact, it would only be 1/2" away from the left king stud, so not even anywhere near the middle of the space.) Is it still normal/expected to include that stud, or can I omit it?

(BTW: both doors will go to the same closet so there's no perpendicular wall teeing into this one, in case that matters.)

My goal is to keep hot/cool air from seeping between floors. Is canned spray foam the way to go? Any recommendations? Pest resistance is a bonus.

Id do it like this but two people told me other way... Not sure?

I had a heat pump installed about a year ago. It came with one free service and the installing company has been calling me almost every week to come out and do the complimentary tune up. I know that I obviously should take a free tune up, but it made me wonder. How often do I actually need this done? What are they actually "tuning up"?

I am very much a DIY'er and doing my own HVAC repairs have never been out of the question. Actually, I have rebuilt a couple of systems, less the pressurized parts of the system.

HVACs are great until they aren't and the need for repairs always comes up at the worst possible time. It would be nice to know more details for those reasons.

If you ignore the direct question about charging an HVAC, there could actually be a small, slow leak in my system as it stands. That'll get troubleshot in due time. (Still, I don't think I have ever had a system that didn't need the system to be topped off after a few years, even with no detectable leaks...)

It doesn't seem difficult: Ensure system is at correct temperature; attach a gauge; depressurize/pressurize as needed.

There has to be some "gotchas" in there somewhere. The equipment is cheap enough and I am fairly sure I can source the correct refrigerant easy enough.

Aside from needing to store and manage a small supply of refrigerant and that there are some annoying risks (like a system freezing over, etc..), what cost factor and equipment am I not taking into account?

Recently had a new standing seam metal roof installed. Roofers could talk the talk but I was not impressed with the quality of work overall. My main complaint is that they installed the roof so that most of the sewer vents go right through the middle of a seam. The boots are clearly not designed to accommodate this and they've succeeded in creating more work for me in the future; which is what I was trying to to avoid by spending the extra money to upgrade to metal. The boots are going to leak. In fact, they already have.

I was pretty pissed about this initially and told the owner of the roofing company that if they had bothered to tell me this was going to happen, I would have moved the damned vent pipes myself if they weren't going to. The right fix would be to replace the panels and move the vent pipes but I have a feeling getting them to do that is going to be difficult if not impossible.

Is there a boot that's designed for this kind of install or a better way of sealing these? Or, am I going to be stuck checking and resealing them every couple of years?

Edit: Resolved. Decorative brick is actually a chase and doesn't need to be completely filled in. Thanks to @Death_[email protected] for advice on rebuilding the crown.

I have a double sided wood burning brick fireplace which is honestly just a big collection of code violations. It was converted to propane shortly after -- I'm assuming -- the people who built the house 50 years ago discovered that it smoked badly in the house. I fixed all the major issues with the firebox and smoke chamber and converted it back to wood burning this past winter.

I had a new steel cap fabricated to replace the old brick and concrete cap, which I removed. During this process, I discovered that the brick is basically just a facade. There are huge gaps on either side of the flues which are encased in 4" cinder blocks. My understanding of fire code (at least in the US) for masonry fireplaces is that the material surrounding the flue is not permitted to have any gaps in it. NFPA says all gaps in the brick should be filled with mortar. However, I'm not sure what to do with a gap this large. I'm not sure if filling it with mortar or concrete is an option. I've considered installing a steel flue liner but those are expensive and there are two flues. I'm also concerned about steel liners changing the draft characteristics since the chimney is on the short side.

If money were no object, I would tear this thing out and put a more efficient steel insert in but that is cost prohibitive.

Anyone have any experience fixing something like this?

EDIT: I ended up using epoxy. Thank you for the help.

I've tried scrubbing it several times with bar keepers friend soft cleanser and although it improves, it never goes away completely and it always comes back.

We have a motion activated sprinkler to deter deer from eating our tomatoes and I'm looking for a timer that will shut off the water flow during the day. The ones I've seen at the store seem to only want to water intermittently, instead of completely off/on. Does anyone know of one?

So my home office is in our basement while my wife’s is in a finished attic space. We have a mini split system, but it has to be all heat or all cooling, and many days it’s cold in my office, but hot in my wife’s office.

Thanks to a defunct chimney, I have a pretty decent path from the attic to the basement that could easily accommodate some kind of ducting.

I’d like to make a system that can push air from my office to hers or vice versa as needed. I think this would really help the house in general as cold air tends to pool in the basement.

I’ve seen plenty of ducting booster fans, but I’d like something with a speed (or at least direction) control accessible from the outside.

Does something like this exist? It would need to force air through maybe 30-40’ of ducting.

Had a nice little foundation leak during the last rain storm. Installed a drain line last fall to divert two downspouts and front walkway run off away from the house which helped a lot. Front walkway and a big retaining wall next to it ultimately need to be removed and reinstalled with proper grading and drainage. That's going to be a huge and expensive project so for now I'm just replacing all the worn out concrete sealant and hoping for the best.

I am not familiar with this bronze colored nut that is holding my current Grohë Ladylux kitchen faucet to the counter. Does anyone know the best way to remove this? Thanks very much in advance!

EDIT: I figured it out. You CANT unscrew the bronze colored piece from below. You have to Disassemble the upper part and then there's an internal threaded bit in the upper part that you have to unscrew. The guy in the video whips out some special tool that hasn't been seen or mentioned before in the video and uses it to unscrew the interior threads. I don't have that magical tool, so I just used pliers. https://www.youtube.com/watch?v=HRZ1QOinJsE

Renovating the bathroom and found these dark patches in the joists and roof lumber surrounding the old vent pipe. The PVC part is new.

Anything bad here? Anything we need to address?

Bathroom renovation revealed this black staining in the ceiling lumber next to a vent pipe. Is it a problem? (The PVC pipe is new.)

I seriously suck at Lemmy. I deleted this post I guess?

General info: Looking to get current attic ventilator fan replaced. The attic is about 1400 sq. ft. Current attic ventilation fan is a foot from the ridge of the roof. Live in USA.

Handyman wants: To install two 1500 CFM fans. Two 120 volt 20amp dedicated circuits, one for each fan. He wants to install the second fan 4 feet away from the current fan. He stated that the attic ventilator fan would need to be replaced within 6 years.

My questions: Would two fans be better than one fan? Would I need two 120 volt circuits to run two fans? Is there an attic ventilator that has a user replaceable fan?

Thank you in advance for any help.