Sunday, 27 November 2011
Sunday, 20 November 2011
Tiling!
A break from studwork this weekend to tile the utiity room ready for the heat pump and cylinder to arrive on 30th November. First off setting out...
Then setting the aluminum angle which forms the edge of the mat well.
The first bit complete! It took us ages to do this tiny bit...!
Sunday, 13 November 2011
Timber overboarding to kitchen wall
The clay plaster is now dry and so we started building the timber stud wall which sits infront of the clay. We are only overboarding a few of the straw walls - this one will have all the kitchen units and cupboards fixed to it (it would have been difficult to fix into the straw).
Wednesday, 2 November 2011
The Self Builder
Our first article published in The Self Builder with Nu-Heat, who are supplying all our underfloor heating, ground source heat pump and solar thermal panels. Check it out!
Designed to Breathe in The Self Builder
Sunday, 23 October 2011
Saturday, 22 October 2011
Plastering the kitchen wall
I forgot to say earlier that before we plaster onto the straw walls (with clay slip coat on them already) we wet them down.
We set ourselves a massive task today of plastering the whole kitchen / stair wall. So we got busy...!
I am pleased to report we managed to plaster the whole wall...
... and in addition we also managed to plaster the lobby wall! Well done everyone!
Friday, 21 October 2011
Back on the clay
Some cracks have started to open up on the first section of wall we plastered on Tuesday. We think this was to do with the straw substraight - it is very uneven and there are areas that are slightly more springy.
We are trying pushing the cracked area of clay in...
... and plastering over it.
The wall plastered today is in bedroom 4.
Tuesday, 18 October 2011
First day of clay plastering
We have soaked the milled clay from Cambridgeshire Brick and Tile for over 24 hours. This is the soaked clay.
Add water...
Mix into ...
... a clay slip...
add sand...
...mix...
lastly...
mix in chopped straw
buckets of clay ready to go!
The first wall to be plastered is in the master bedroom- this will be behind the wardrobe
The first wall complete!
Add water...
Mix into ...
... a clay slip...
add sand...
...mix...
lastly...
mix in chopped straw
buckets of clay ready to go!
The first wall to be plastered is in the master bedroom- this will be behind the wardrobe
The first wall complete!
Monday, 17 October 2011
Preparing for clay plastering
Some of the straw walls are going to be overboarded, for example behind the kitchen units, where we need to be able to fix cupboards etc. The plan this week is to clay plaster the walls that will be overboarded.
One of the challenges is how to get the clay up to the first floor... so we built a hoist! It is made of a timber frame, on which we fixed yacht pulleys...
We constructed a small platform which would fit up the stair void next to the ladder (without having to remove the ladder). Chains fixed to the platform hooked onto the hook on the hoist.
Time for a test run...
The hoist in action!
Sunday, 25 September 2011
Sunday, 18 September 2011
The majority of the basic studwork is now completed. On the main landing wall we have the ductwork for the MVHR ventilation system running. The idea for this wall is to build it out (to make it a thick wall) and in the centre there is going to be a recessed bookshelf. This weekend we started framing out the bookshelf and building the studwork on the other side of the ductwork.
Sunday, 11 September 2011
Sunday, 4 September 2011
Sunday, 28 August 2011
Sunday, 14 August 2011
Ductwork for the MVHR
The main supply and extract ductwork for the mechanical ventilation heat recovery system runs within the landing wall (the wall will be extra thick). The supply pipe runs along the top and the extract underneath.
The ventilation system is required to provide the background ventilation because we are hoping to make the building very airtight and therefore would not get enough from drafts etc. We also do not have any heating upstairs and are using the MVHR system to redistribute the heat around the house.
The MVHR system will supply air to the 'dry' rooms (bedrooms, sitting room, lobby etc) and extract air from the 'wet' rooms (bathrooms, utility room etc). By undercutting the internal doors air will move from the dry rooms (where it is being supplied) to the wet rooms (where it is extracted).
A short section of flexible ducting will be used to connect the main rigid ducts to the supply and extract grilles in the rooms.
The ventilation system is required to provide the background ventilation because we are hoping to make the building very airtight and therefore would not get enough from drafts etc. We also do not have any heating upstairs and are using the MVHR system to redistribute the heat around the house.
The MVHR system will supply air to the 'dry' rooms (bedrooms, sitting room, lobby etc) and extract air from the 'wet' rooms (bathrooms, utility room etc). By undercutting the internal doors air will move from the dry rooms (where it is being supplied) to the wet rooms (where it is extracted).
A short section of flexible ducting will be used to connect the main rigid ducts to the supply and extract grilles in the rooms.
Wednesday, 3 August 2011
Visit
Cambridge Carbon Footprint are arranging a visit to look round our house on 1st October, details can be found on their website. Click here for more information.
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