Category: Uncategorized (Page 7 of 10)

Rebuilding the extension

With the roofers putting the roof back together, this has given the builders the opportunity to start rebuilding the extension.  This had to be re-built as it was a single skin building with a flagstone floor that had been laid directly onto the soil below. There is little that could be done with this part of the building other than to rebuild it as it should have been built in the first place.

We have put in a new concrete floor (and damp proof membrane) and new foundations.  From the outside, the extension will look the same as it did before, but with a cavity wall (and insulation).  We are even going to put the old coal hole back.

Once the extension has been rebuilt, we will need to get the sandblaster back to lighten up the exterior stone otherwise the extension will not fit the rest of the building.

The first few courses and the keystones going in on the re-built extension.

The first few courses and the keystones going in on the re-built extension.

Sandblasting – Day 1

It is going to take a couple of days to sandblast the outside of the property, the fireplaces (x3) and the oak trusses and purlins in the roof.  This work is being done at the weekend, so that it doesn’t interrupt any of the building work – no one can really work on site while the sandblasting is going on due to the noise and dust.

Proceedings didn’t start until just after lunch, but by 4:30pm the rear and one side of the property had been cleaned including one of the fireplaces.  The idea is to gently lighten the stone and remove some of the black grime and soot that has built up over the last couple of hundred years.  This dark outer layer keeps moisture out, so once the stone has been cleaned, it will need to be treated with a sealant.

The stonework to the right has been lightly sandblasted to take some of the black soot and grime off the old stonework.  Ironically, it is the grime that makes the stone waterproof, so once it has been sandblasted the stone will be treated with a sealant.

The stonework to the right has been lightly sandblasted to take some of the black soot and grime off the old stonework. Ironically, it is the grime that makes the stone waterproof, so once it has been sandblasted the stone will be treated with a sealant.

This is not a job for the faint hearted

This is not a job for the faint hearted

Yup, he is still there under that plume of sand.  It took about 30 - 40 minutes to sandblast the rear of the property once all of the kit was set up.

Yup, he is still there under that plume of sand. It took about 30 – 40 minutes to sandblast the rear of the property once all of the kit was set up.

The rear of the property has been completely sandblasted.  Tomorrow, it will be the chimneys, the front, the fireplaces and the oak roof trusses.

The rear of the property has been completely sandblasted. Tomorrow, it will be the chimneys, the front, the fireplaces and the oak roof trusses.

The builders have arrived

Work started first thing this morning and there is already progress being made.  The skip that we had removed last week, has now re-appeared, but this time being paid for the builders. 

Scaffolding has started to be erected at the rear of the property, but it will be the end of the week before it is complete.  This is in preparation for removing the roof.  This should happen next week.

We also had a visit from the engineer from Northern Power Grid.  He is looking into the feasibility of providing us with 3 phase electricity for the ground source heat pump.  We would also like to re-route the existing single phase supply so that it is not attached the front of the property.  It would appear (at least from today’s conversation) that both requests are pretty straightforward.  Let’s keep our fingers crossed.

I an going to be down in London over the next few days, so it will be Friday before I get to see the house again.  I am really looking forward to seeing how much progress they manage to make for the rest of the week.

Day one and the scaffolding has already started to be erected.  The roof comes off next week.

Day one and the scaffolding has already started to be erected. The roof comes off next week.

Day one and some real progress.  Also lots and lots of rain.  For once, the weather was great over the Bank holiday but then terrible during the week.  Time for me to catch up on some paperwork indoors.

Day one and some real progress. Also lots and lots of rain. For once, the weather was great over the Bank holiday but then terrible during the week. Time for me to catch up on some paperwork indoors.

Update on the tender process

We have let the contract to the Phase 1 build to HD9 Construction – a local construction company based in Shepley.  HD9 Construction have completed a number of projects similar to ours, so they were a good choice for us.  More information on HD9 Construction and their projects will be found here.

With any luck the building work will commence before the end of the month which means that the Phase 1 build should complete at the end of July.  Exciting times!

Rain and manhole covers

Yesterday was a terrible day, weatherwise.  It rained for most of the day – according to my weather station around 10% of the rainfall that has fallen this year so far, fell yesterday.  It stopped (briefly) around 2pm.  This gave me an opportunity to pick up some exterior plywood to make up new covers for the manholes on the septic tank.

The existing manholes covers were made of wood and pretty rotten.  The one manhole cover protects a drop of around 11ft!  This is where the water from the septic target drains into the bottom field.  The hole is made up of reinforced concrete rings, but there aren’t any leg irons (metal foot hoops used for climbing out), so if you fell in, it would be difficult to get out.  The new covers are made of 18mm exterior ply, so should last a bit longer than the existing covers.  A coat of primer and gloss paint will also help.

Given the state of the existing wooden manhole covers, I have put some temporary fencing around the area.

Given the state of the existing wooden manhole covers, I have put some temporary fencing around the area.

This is the final tank in the system and this is where the waste water drains away into the bottom field.

This is the final tank in the system and this is where the waste water drains away into the bottom field. It is around 11ft deep!

Problems with images in WordPress

I seem to be encountering some problems with images in WordPress.  They either don’t display or they display erratically in the posts. 

I seem to be able to fix the problem by reducing the resolution of the images.  Everything seems to work OK as long as I keep the images around 2000 x 1500 pixels.  The issue doesn’t relate to file size as the images are well underneath the file size image.

It is a bit frustrating as it means that I either need to change the resolution on each of the cameras that I am using (not ideal as I like to capture the images in as high a resolution as possible) or I have to resize each image before it is uploaded.  Either way it is a pain!

Wooden gutters

I know that this is going to sound strange, but one of the first things that struck me about older properties in Yorkshire was the wooden gutters, particularly on out buildings.  I hadn’t seen these before and had assumed that the guttering was made up using standard pieces of timber – it all looked very hand-made.

Now we have our own outbuildings, we have our own wooden guttering too!  I don’t know why, but it never occurred to me to look at it more closely until now.  This is mainly because I am not that convinced by the plastic guttering that we have put on the re-roofed outbuilding. Maybe, it will be more temporary than I expected! Still, it will keep the rain away from the base of the wall, but it doesn’t add much to the look of the property.

The existing wooden guttering is made from a single piece of timber that has had the water channel machined out.  A hole is then cut into the base of the gutter for the down pipe, this is achieved using a lead “top hat” – think of a top hat upside down where the water flows out of the top (or rather bottom) of the hat.  This “top hat” is inserted through a hole in the gutter and into the top of a drain pipe (made of a material of your choice).

Bizarrely, I saw the lead top hats in the builders merchants last week and thought “oh, they look like the inserts for the wooden gutter, I wonder what they are really used for!”  It would appear that they really are for wooden gutters after all.  A quick investigation online would appear to show that there are a number of local suppliers of both wooden gutters and lead top hats.  More investigation needed.

 

Both the "top hat" and the end plate are made from lead.  I have no idea how long these have been up, but I would guess at 50 plus years.  Apparently, the wood lasts longer if you do not paint it - this lets the wood breathe and does not trap the moisture inside the wood.

Both the “top hat” and the end plate are made from lead. I have no idea how long these have been up, but I would guess at 50 plus years. Apparently, the wood lasts longer if you do not paint it – this lets the wood breathe and does not trap the moisture inside the wood.

The end plate is cut out of lead and nailed on.  The "top hat" is also made of lead and drops into a hole that has been cut in the bottom of the gutter.  The bottom of the top hat is then dropped into a downpipe.

The end plate is cut out of lead and nailed on. The “top hat” is also made of lead and drops into a hole that has been cut in the bottom of the gutter. The bottom of the top hat is then dropped into a downpipe.

A view along the top of the gutter.  The water channel has been machined into a solid piece of timber.  The end plate is made of lead and nailed on.

A view along the top of the gutter. The water channel has been machined into a solid piece of timber. The end plate is made of lead and nailed on.

A year off!

Me - April 2013Well, I have decided to take a year off work starting from 30th April 2013.  This will give me time to concentrate on the renovation.  The plan is that I will pick up the project management instead of having to pay someone else to do it.

It is a big decision.  I am very grateful to CSC for giving me the sabbatical.  The decision to take the time off is made a lot easier as I know that my team will be in safe hands (thanks Brian).  But for me, this is  the once in a lifetime opportunity to get involved with something that I have always wanted to do.  It is never easy to leave something that has been such a big part of my life for the last couple of years, but I feel that it is something that I need to do.

So I have just 3 weeks left before I take off for the year.  There is a lot to tidy up at work before I go.  However, with the work progressing well with the building regulation details.  There are a lot of decisions to be made around a number of things – most notably: Windows (plastic or wood), underfloor heating (type and supplier), ground source heat pump (type and supplier).  All of this takes time to research properly and it will be good to be able to spend more effort on this.

The current plan is that the tender for Phase 1 should be ready to go out around the 12th April.  By the time we have reviewed the responses and appointed a contractor, it is unlikely that the Phase 1 will start before mid May.

U-values

U values are an indication of the thermal conductivity of building materials.  You will need these if try to calculate the amount of energy required to heat a building to a certain level.  While these values are well understood for standard building materials, renovations can be more of a challenge.  In our case, the U values for the new build extension are relatively straightforward, however calculating the U values in the existing buildings is more of a challenge.  The walls are solid stone around 500mm thick and will be insulated using a new Gyproc system.  The roof is also going to be revamped in terms of insulation (at the moment, there isn’t even roofing felt under the stone slates).  Even so the figures below show a significant performance difference between the new and the old parts of the building.

U values for the new build:

Roof: 0.2 W/m2K
Walls: 0.17 W/m2K
Floor: 0.15 W/m2K
Sliding Doors 1.6 W/m2K
Windows 1.5 W/m2K
Rooflights 1.8 W/m2K

Existing cottage conversion u-values/fabric upgrades:
 
Walls 0.34 W/m2K
Roof 0.24 W/m2K
Floor 0.22 W/m2K

Workshop space in the outbuilding

We saved some of the kitchen units from No. 10 and have installed them in the outbuilding.  We have put the units along one of the drier walls leaving the back wall to fully dry out over time.  It is a bit of snug fit, but it does mean that there will be somewhere to store tools etc once the main building work starts.  It is also a fairly good place to settle from the elements, although a tad drafty!

We saved some of the kitchen units and have moved  them to the outbuilding.  Once building work starts in the main cottages we will need somewhere to store tools etc.

We saved some of the kitchen units and have moved them to the outbuilding. Once building work starts in the main cottages we will need somewhere to store tools etc.

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