"Our Common Future"

In 1987, the United Nations released the Brundtland Report, which defines sustainable development as "development which meets the needs of the present without compromising the ability of future generations to meet their own needs".

Seven generation sustainability is an ecological concept that urges the current generation of humans to live sustainably and work for the benefit of the seventh generation into the future. It originated with the Iroquois - Great Law of the Iroquois

"People don't want gas and electricity. They just want hot showers and cold beer" -Amory Lovins

Wednesday, March 28, 2012

KEC Week 51

We have seen a lot of progress over the past week as we transition from rough-in to finishes.  Sheetrock and taping continues to progress.  Millwork installation is underway.  Prime and first coat painting is in progress in the dorms and classrooms.

[energizing the electric panels]

[greenhouse radiation]

[plumbing chase in lab soffit]

[millwork in labs]

[plumbing and mechanical chase behind labcasework]

[classroom taping]

[classroom painting]

[entry vestibule wood ceiling]

[tower drywall ceiling]

[classroom taping]

[kitchen sheetrock]

[commons sheetrock]

[commons fireplace]

[commons]

[dorm room painting]

[dorm room painting]

[water testing the second floor faculty terrace deck]

[faculty apartment sheetrock]

[faculty apartment sheetorck and taping]

[elevator fronts install]

[elevator fronts install]

[pv array to the north]

[greenhouse]

[courtyard looking west]

[courtyard]

[courtyard and greenhouse]

[courtyard and tower]

[dorm wing]

[dorm wing courtyard]

[prep at courtyard patio]

[stone base at rainwater collection pond]

@Home - Reduce Reuse Recycle

Let's look at some really easy ways to REDUCE resource use around the house.  As an aside, I have had a lot of fun with these easy measures by involving my children as well.  I find once I take the time to explain what we are doing and why it is good, they end up corrective my behaviot.  For me it will be changing behavior, but for them it will be instilled in how they live.  Ideally making small improvements which are then multiplied overhundreds of thousands of families and multiple generations  will have dramatic impacts.

You don't have to do all of these at once, or think that if you don't do all of these then you shouldn't bother with any.  Even small change is a step in the right direction.  Remember the key is to pick what you can change easily and build upon it.

ENERGY:
1. Shut off the lights or other electronics when you are not in the room.  The kids love busting me on this one but I must say after a few months of consciously doing this it has become more second nature.

2. Plug your TV, cable box, DVD, and receiver into a power strip.  At night before bed flip the power switch so all power to your electronic devices is off.  There is very small current constantly flowing to these devices when plugged in to power on the little red lights or the clocks.  Even if it is powered back on all day, just think for 8 hours or a third of every day its now off.

3. Use a programmable thermostat, see a separate blog posting for the details.

4. Use CFL's to replace incandescent lamps.  I must admit the light quality is different and it takes some getting used to.  I haven't made a wholesale conversion yet, but I have swapped out lamps in basement, garage, hallways, some of the more utility spaces in the house.

5. Lower your water heater setpoint to the lowest temperature that is comfortable for you. Try setting it to 120°F. Each 10°F reduction in water temperature will generally save 3–5% on your water heating costs.
 
WATER:
Water is a very low cost item and readily available in the U.S., so because of the economics its easy to waste water.  However it is not so available or affordable in many parts of the world.  I feel if we are not careful, this resource could become much more limited and expensive over the next 100 years.  Lets not let water become a crisis before we take action.

1.  Shower - use of low flow shower head and not letting the shower run for an extended time while waiting for the temperature to warm up are two easy steps. The EPAct 1992 required all showerheads to have a flow rate of 2.5 gpm @80 psi.  This is a good minimum.  You can take it to the next level by changing to a low flow head which would be 2.2 gpm.  This would save an estimated 2,200 gallons per year.  You could also consider a shower head that automatically shuts off when the water is preheated to 95 degrees.  That way if you turned the water on, then walked away to pick out your clothes in the closet, the water would stop when it was warmed up and wouldn't be running the entire time waiting for you to come back.  Here is a demonstration.


2. This one is real easy.  Shut the water off when you are brishing your teeth.  Again the kids love busting me on this one!
 

3. So this one may be really hard for some people...lawn irrigation.  The numbers are staggering.  30% of residential water use, 7 billion gallons a year.  I made a conscious decision to not put in an irrigation system, to not water my lawn, but rather plant the yard with native trees, plants, flowering trees and shrubs etc.  While my lawn burns out every August and is the brownest in the neighborhood, It gives me pride to know I am not dumping this precious resource out on my weeds.

ENERGY STAR
This is good for both power and water.  When it comes time to replace your appliances, shop for Energy Star appliances.  I would encourage you to do a little homework on the model you are shopping for to make sure the Energy Star claim is accurate as there have been some challenges to the Energy Star rating system.  Doing a little research online is very quick and easy to do before you make your purchase to make sure your new appliance uses less power and/or water.

Monday, March 19, 2012

KEC Week 50

Work this month focused on the final mechanical, electrical, and plumbing rough inspections.  This allows  sheetrock on walls and ceilings to continue.  Permanent power from the town electric grid has been energized and we are in the process of switching the building from temporary construction power to permenant power.  The elevator installation is beginning.  Millwork is being delivered for the labs and classrooms.  Ceramic tile in the bathrooms will start shortly.  Exterior work focused on continuation of the PV panel installation.  The final exterior trimwork on the siding is nearing completion.  Site preparation for spring sitework and landscaping is underway.  

[north elevation]

[courtyard west elevation, sunshades in progress]

[lab wall rough-in, ceilings sheetrocked]

[pulling electrical distribution to electrical panels]

[Marvin entries installed at vestibule]

[pipe insulation in seminar soffit]

[MEP rough-in in seminar soffit]

[dorm room sheetrocked and taped]

[east elevation dorm wing]

[courtyard as seen from the south path]

[ Marvin door at faculty entry]

[PV array installation]

[sheetrock and taping at labs]

[sheetrock and taping at labs] 

[installation of mechanical piping behind lab casework]

[taping at labs]

[fireboot enclosure at recessed lights in faculty to maintain fire ratings]

[dorm corridors]

[dorm corridors]

[above ceiling catwalk over dorm bathrooms]

[finishing touches on faculty terrace siding]

[basement corridor]

[dorm corridor]