Addition Stories

It’s been a rough year and we are just 8 months in. Who could have predicted all the wild and unbelievable that has already occurred?! One thing that hit us very personally was the sudden need for one of us to stay home and participate in the homeschooling of our daughter as spring break was extended and then online schooling began. A project we anticipated being a bit faster turned out to take a bit longer when the reality of homeschooling hit. Fortunately, we had amazing homeowners to work with for this addition project!

This home was built about 5 years ago and when we met our homeowners they were looking to extend their living room and extend their office in to a sitting area. Below are a few photos we snapped yesterday of the areas, check them out!

The first couple of photos of are the extended living room. The Structural Beams that were once outside were pulled inside and kept exposed instead of hidden.

In these next couple of photos, the windows were directly behind the barn door seen and the exterior wall for the office ended at the partition seen to the right in the photo. The exterior alcove was pushed out to make space for a sitting space with an electric fireplace to enjoy during the colder months.

You Build What?

Often, when we are talking to people about what we do, there’s a pause and then, “You build what?” It’s easy to reply, “an energy efficient home” but it doesn’t really get at the heart of what building passive or super efficient means and we want everyone to know because we believe that building in this way is just one way to make an impact on our environment for the better!

Here are some details of home building we consider/ implement for a passive or super efficient home:

Conditioned Spaces: the size and density and where a home is geographically located is investigated to determine how much energy the heating/cooling/ventilation system would have to use per year. To determine this, we look at Peak Heating and Cooling loads. Peak heating is how much heat your system needs to put out on the coldest day of the year in the location of the home. Peak cooling then is the opposite. We build with dense packed cellulose insulation and do a rigorous amount of air sealing to keep the peak loads at a minimum. We want our homes to basically maintain a comfortable temperature of approx. 74F throughout the year which for the customer, results in lower energy bills.

Energy Sources: We want our homes to be significantly less consumptive than a standard home. To do this, we consider, how many people will live in the home and how the home will be used; what appliances will be in the home, what type of bulbs for lighting, the hot water heater and the Energy Recovery Ventilator Unit. We design the windows to provide solar gain in the winter when it’s needed and avoid window placement in areas where summer heat gain would be greatest. We evaluate the quality of everything making up the home because it’s these materials and fixtures that play a significant role in the energy performance of the home.

Air Tightness: By using the right materials and well developed building practices that prevent air and vapor from penetrating or leaking through the envelope (your homes shell) you can have a comfortable and healthy home. To do this, homes are blower door tested, which is an interesting and informative part of the build. The house, once the windows, doors, siding, roofing, and insulation are installed, is closed up and pressurized using a fan placed in a doorway. As the fan runs, the amount of air that escapes the home is measured, through software, and the output is generated in cubic feet per minute at 50 pascals of pressure per square foot. FUN FACT: Pascal: a pressure of one newton per square meter or in S.I.: one kilogram per meter per second squared.

COMPLICATED!

Lets just break that down a little: the number generated from the blower door is the number of times the air volume changes in a house over an hour at 50 pascals of pressure. PHIUS (The U.S. Chapter) requires homes to meet 0.06cfm50 per ft2 to be considered passive. The lower the number, the tighter the home! Some City and County Building departments will also have their own standard for air tightness as well. For example, in the City of Fort Collins a homes air tightness “shall not exceed 3.0 ACH50 (air changes/hour at 50Pascals of pressure) for either gas or electric heated homes” https://www.fcgov.com/building/files/cfc-sfd-air-tightness-testing-protocol-v4.2.pdf?1588951497 This is an important and incredibly useful tool in determining the energy efficiency of a home!

Whew! you’ve made it through that lengthy interpretation of what makes a passive home, passive. By building thoughtfully, we create homes that make an impact in human health, building health and environmental health.

Building Efficient…Just Because

Do you ever watch the progression of home building developments? They are fast. It’s pretty incredible actually, just how quickly a new home can be built. One huge factor in the speed, is the repeatability and simplicity of the home. These homes are usually just meeting the building code requirements, not really going beyond and one of the biggest drawbacks to rapidly built home are the energy costs. Homeowners in many of these developments pay just as much to overcome the heating and cooling issues and overall quality of the house year after year as compared to the upfront cost of building efficient.

As climate change (it’s real bro) continues to affect our living environments, the costs of heating and cooling, due to the increased demand for comfort, become more expensive. That’s where having an efficient home can pay off. All too often we hear, “but it’s so expensive” or “it takes longer to build than those other guys” and to that I say, “what do you want the future of homes to look like?” Are we interested in moving forward with building homes that can’t perform in optimal ways? I hope not. I continue to hope that pushing for efficient homes will help to decrease the negative impacts we have on our planet and leave a better future for the generations to come; and good news, there’s plenty of other builders out there who feel the same.

Benefits of building a home as either a passive house or an efficient house that uses passive house techniques are: Less outside noise in the home due to the tightness of the building envelope. Increased in home air quality because of the use of air exchange units. Less demand for heating and cooling due to a tighter building envelope, better insulation, thoughtful placement of windows for solar gain and considerations for how a home is used by it’s occupants overall. To name a few.

We want to build a better home, to build a better community, to build a better future.

Building efficient…just because.

 

Home Design Thoughts

As a new “normal” takes new form and globally we start to shift toward developing new standards and regulations for how we interact, shop, learn and live, it’s worth also considering the place of home design, and for that matter maybe even renovations.

Some ideas that come to mind, stream back to early home design others are new thoughts about how we might shift spaces within our own homes to take on these “new normal” practices.

1. Vestibules: these rooms are more commonly known as “mudrooms” but don’t really function as they had originally. Today they are the catch-all. The mudroom is the place to collect our shoes, seasonal layers, grocery bags, the things needed for kids athletic practices, the place to do laundry, etc. However, in ancient Greece, vestibules were the barrier between one’s home and the outside world. Bringing a true vestibule into home design could give a more private and secure location for deliveries, as well as a holding spot for those who would like to make sure that any deliveries can be cleaned or properly prepared before entering the main living space.

2. Kitchens: Today the kitchen is the meeting place. It’s the spot where dinner and homework get done; where lunch and zoom meetings are happening. We have, over time transformed kitchens from contained work centers into the  most popular gathering place of our homes. In the early 1900’s, when tile and stone became more popular, kitchens were designed with hygiene in mind. Obviously, there is great joy in gathering around food but as we think more toward how to not spread or how slow the spread of illness during social gatherings, having a kitchen that focuses on just the art of cooking and leaving dinning and living spaces as the social spots could be an option that reemerges.

3. Washstand: Is the first thing that comes to mind when reading this, that age old concept of a pitcher in a large bowl? Hand washing is one of the easiest ways to slow the spread of many pathogens, and having a small dedicated sink that reminds your household and guests to do that before continuing into the main area of a home could become a thing, especially as we continue to hear from health officials about the importance of hand washing to slow the spread and see local retail shops putting out their own hand sanitizer stations, that encourage patrons to stop and clean before proceeding into the store, out for use. Having a powder room near the entrance of the home was quite common as private bathrooms and personal hygiene became a popular thing in the 19th century. More commonly, we see powder rooms in a more central part of a home, occasionally next to the kitchen or in between living spaces, but designing one next to the entrance of the home is easy to do and helps remind people to wash up before continuing into the house.

4. Better Home Ventilation: Talk about the next up-and-coming home feature. Instead of bragging about that low flow shower head, or super efficient windows, ventilation systems are going to be all the rage. Why? The cleaner the air in your home is, the healthier not just the occupants but the whole house is. In all of our homes, the ventilation system is just as well thought out as the plumbing or electrical system. Bringing air in, pulling air out, designing around wet locations and areas where there is greater solar gain, being considerate of where air might need to be more regularly refreshed and when makes our homes function efficiently and sustainably!

 

These are of course just some ideas, a way of looking forward to home and interior design!

Interested in discussing a new home build in Northern Colorado? Check out our Welcome! tab for contact information!!

Looking Around: Berthoud Project

Things are rolling on our Berthoud Project. The cellulose has been blown in and drywall is just about finished. Here is a little peek around the house.

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Standing in the Dinning Room, kitchen to the right.

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Looking out from the Master bedroom toward the Office (where tiny boss is), Living and Dinning rooms. Also looking up to the second level.  

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In the Master bedroom, to the left is the closet and to the right is the bathroom.

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Moving upstairs, we can see a bedroom, bathroom and the beginning of the loft space.

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Here we see the rest of the loft space, a second bedroom is behind the loft wall and then to the right is the mechanical room.

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Looking down out from the loft area toward the entry way where the office is visible.

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Moving back downstairs, this is the kitchen area. To the right is the pantry. Down the hallway is a laundry room, powder and entry into the garage.

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Last we have a panorama from the dinning room looking into the kitchen (to the left) and the living room and entry way. to the far left in the photo you can see the master bedroom door, and in the right corner is the office space. 

Summers End

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Summer is quickly coming to an end. We are happy about the cooler weather, and how well our project in Loveland is progressing. We are looking forward to new projects moving along in their stages of planning and we look forward to hearing from you-when you’re ready to build your dream home.

Energy With A View

When we think of solar installations, we generally think of those big black panels that dot the roofs of homes, buildings and sometimes the roadside. But what about windows?

When Robert Clarke from Alpen HPP LLC (our window supplier), called us up and asked if we would be interested in meeting the VP Sales Rep from Solaria about a new BIPV  (Building-Integrative Photovoltaic) technology they were working on for residential homes, we said yes! Solaria has been talking with Alpen to produce highly efficient windows with a solar grid in them. Not only would you/potential customers be getting a high performance window, but also one that is going to generate energy for your home. The windows have already been installed in larger commercial buildings, one specifically in Japan, you can find the link to the article below. Currently their BIPV glass panels, used in conjunction with standard glass windows are taking the idea of being “green” and “sustainable” to a new level. The panels not only collect solar energy, they provide glare control, thermal performance and effective daylighting (Solaria).

The idea of combining solar windows on a home, while also getting the benefit of daylighting, thermal control and glare reduction desired in a window is exciting. The fact that these cells are unobtrusive to the view is a huge positive. We are looking forward to seeing  how Solaria and Alpen continue to work out the details of making these panels for residential installations.

Here’s Jason, holding up the sample pane Scott Hoover brought over (the image has been edited to show the outline of the cells better. Had this image not been manipulated, you the reader would have thought Jason was just standing there with his arm up for fun-not something he is particularly known for)

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Link to Solaria’s BIPV System in Japan: ASAHI GLASS COMPANY AND SOLARIA ANNOUNCE STRATEGIC PARTNERSHIP TO DELIVER ADVANCED BIPV SOLUTIONS TO THE ASIAN MARKET

Link to Alpen Windows: http://thinkalpen.com/

 

Summer Hustle

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IMG_4693eThese three have been staying busy; unlike the tiny boss chilling in the wheelbarrow above.

Once framing and sheathing wrapped up, we quickly got to work on air/water/vapor sealing, and installing windows, doors, trim and siding.

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The design of the homes exterior incorporates wood, stone and brick. The homeowner had two colors of wood that she stained, one very dark and one very light-you could say it’s black and and white in appearance, but up close there is a lot more color variations including tones of brown and green that help give the homes exterior a very rustic country look.

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Here is a corner photo of the two stains side by side.

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As you can see, there is a lot of character and variation in the color of the siding depending on light and where a person is standing.

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The white siding has also been used as an accent color under some windows. The Cupolas along the roofs ridge provide a bit more character along the gable.

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The rough plumbing and electrical have been completed and we are getting ready to start blowing insulation.

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Just look at that light switch box! We really appreciate the work both the plumbing and electrical contractors have done!IMG_4695e

Here is a photo of the tenting around the fire sprinklers. This is a mandatory step before insulation can be installed. What we are doing, is creating a barrier between the sprinkler line and the cellulose; which will help to prevent/minimize the chance of the line freezing. The netting seen above the line will also be tacked to the studs along the walls, and cellulose will be blown in and dense packed.

Loveland Project Framing Tour: Exterior

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Today we are trying out something new, a video tour of our current project. This video in particular is of the exterior framing. The goal is is give our readers an idea of how the home is shaping up and to also start getting videos out there. It’s all a work in progress! Next week we hope to have a second video of the interior spaces posted.

*This video takes a moment to start playing from the time you press play.

Sprouting Up

Aaahh, spring has arrived in Colorado…or at least it seems that way on a bi-weekly basis. One week sunny and hot, the next cold and wet.

As promised, in the previous post a look into how the framing has been going. We have brought on, J & D Builders from Greeley to help us out, and we are really enjoying working with them.

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Profile view. The Kitchen area has trusses on. The garage is being sheathed for the second floor.

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Tilting up walls. These guys have had no problem working with our double wall framing system.

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Looking out the Dinning room window, that tiny person was placed there for scale. The homeowners wanted big windows to really capture the view they have of the buttes and Horsetooth Rock from the North side of their home.

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Jason and Bryan standing in the Kitchen.

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Looking out from the Kitchen into the rest of the first level. The “tiny person for scale” is standing in the Master Bedroom. The beam is situated over the Living Room.

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Here our scale model is standing under the beam and in front of her is the wash room and access to the garage. There are high ceilings throughout. The beams and columns for this project are Beetle Kill Pine, milled from The Forks Lumber Mill, whom we used for the Nederland Home.

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Here’s a look into the wall cavity. Soon we will be dense packing a whole semi load of cellulose into these cavities. One the ground is our vapor barrier. Just as on a roof, we must maintain a dry environment for the durability of our materials and the house as a whole.

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Scale Model standing in the Garage. Above the garage will be bedrooms.

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Here’s a look at some amazing custom made brackets we had done for the home from Charles Lefkowitz at, Sculpture and Functional Metal Work. We will have an upcoming post with more photos of the brackets we are using.

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There last two photos are of the column brackets, one from the side, and one from the front. These brackets are giving structural stability and a very modern and industrial look to the home.