Hello everyone. Thanks for all the information shared on this forum. I have a PH set to arrive for install in a couple of weeks and am busy building my hearth and lining my chimney. Given everything I have learned reading posts here and with the help from the good people at Woodstock I expect things will go smoothly.
The new stove will be a corner install at one end of a ~3600 sq. ft. warehouse loft conversion. The living space is on the 2nd floor of a three story brick/post and beam construction warehouse built in 1903. The main (stove) room is about 1700 sq. ft. with 12ft. ceilings. Hopefully I can heat that and as well as move some warmer air down a wide main hallway to the three bedrooms at the far end of the space. Working against me are the number of windows and the fact that the floor/ceiling are open joist construction with no insulation and the 1st and 3rd floors of the building are rarely heated in the winter. I do have an HVAC system on the 2nd floor with two large air handlers and spiral ductwork to all rooms. If necessary the compressors on the rooftop can be run as heat pumps (29kW of solar panels to offset the electric cost) or I can burn NG to supplement.
The chimney is brick masonry integral to the wall and runs about 25ft. to the cap. I will be installing a 6" flexible stainless steel insulated liner, one adjustible 90 degree elbow and ~7 ft. of single wall inside to connect to the top of the stove. The liner install shouldn't be difficult as it is a flat roof with easy access and the chimney is a straight shot. Boring the hole in the brick wall for the T will probably take the most time. The top cap will be almost 50ft. above ground with a NW exposure so I expect to have a healthy draft. Wondering if I may need a pipe damper to help control things?
Last year I burned around 1500 CCF of NG with the thermostats set at 64-65 degrees. The btu content of that translates to about 6 cords but I am hoping to be able to keep the temps up around 70 degrees without burning quite that much wood. The thick brick walls are a great heat sink and once the space heats up (or cools off) the thermal mass has quite a bit of inertia. I don't have any outside storage but have a full 4000+ sq. ft. basement with a freight elevator so the plan is to keep a good stock of wood down there. The elevator will also come in handy getting that big, heavy stove to the 2nd floor!
Questions, comments and advice are appreciated. I want to do this install once the right way so let me know what to watch out for. I will try to post pics as things move along. Thanks again.
The new stove will be a corner install at one end of a ~3600 sq. ft. warehouse loft conversion. The living space is on the 2nd floor of a three story brick/post and beam construction warehouse built in 1903. The main (stove) room is about 1700 sq. ft. with 12ft. ceilings. Hopefully I can heat that and as well as move some warmer air down a wide main hallway to the three bedrooms at the far end of the space. Working against me are the number of windows and the fact that the floor/ceiling are open joist construction with no insulation and the 1st and 3rd floors of the building are rarely heated in the winter. I do have an HVAC system on the 2nd floor with two large air handlers and spiral ductwork to all rooms. If necessary the compressors on the rooftop can be run as heat pumps (29kW of solar panels to offset the electric cost) or I can burn NG to supplement.
The chimney is brick masonry integral to the wall and runs about 25ft. to the cap. I will be installing a 6" flexible stainless steel insulated liner, one adjustible 90 degree elbow and ~7 ft. of single wall inside to connect to the top of the stove. The liner install shouldn't be difficult as it is a flat roof with easy access and the chimney is a straight shot. Boring the hole in the brick wall for the T will probably take the most time. The top cap will be almost 50ft. above ground with a NW exposure so I expect to have a healthy draft. Wondering if I may need a pipe damper to help control things?
Last year I burned around 1500 CCF of NG with the thermostats set at 64-65 degrees. The btu content of that translates to about 6 cords but I am hoping to be able to keep the temps up around 70 degrees without burning quite that much wood. The thick brick walls are a great heat sink and once the space heats up (or cools off) the thermal mass has quite a bit of inertia. I don't have any outside storage but have a full 4000+ sq. ft. basement with a freight elevator so the plan is to keep a good stock of wood down there. The elevator will also come in handy getting that big, heavy stove to the 2nd floor!
Questions, comments and advice are appreciated. I want to do this install once the right way so let me know what to watch out for. I will try to post pics as things move along. Thanks again.