Copy of h19
SPINIEO RESIDENCE
This mas­sive home, an incred­i­ble mix of tra­di­tion­al styling and mod­ern tech­nol­o­gy, includes hand-carved mar­ble man­tles, a 1,500-bottle brick wine cel­lar, five wood-burn­ing fire­places, a real stone bar with a 4” thick wal­nut book­end bar­top, and a cus­tom pyra­mid sky­light in the roof above the mas­ter bed­room.
Roy Jr High 2008 18 655
ROY JUNIOR HIGH SCHOOL
First ICF School built in Utah lead­ing to an addi­tion­al four ICF schools in the region with more in the design phase.
Copy of 46
LANDSCAPE RETAINING WALL
The chal­lenge for this build was to cre­ate a home that would appeal to a sophis­ti­cat­ed buy­er with fea­tures that an emp­ty nester mov­ing from a larg­er more expan­sive home would enjoy. The result is an ener­gy effi­cient home which cre­ative­ly uses space in an attrac­tive, lux­u­ri­ous, and cost effec­tive way.
Copy of Ashbury Hills Exterior 4
ASHBURY HILLS ELEMENTARY SCHOOL
Ash­bury Hills Ele­men­tary School is the first com­plete school built with ICFs in the state of Nebras­ka, and its gym­na­si­um was built to full height with Fox Blocks.
1
Debunking the Most Common ICF Homes Problems Myths
Debunk the most com­mon ICF home prob­lems myths and uncov­er the real facts about insu­lat­ed con­crete form con­struc­tion and per­for­mance.
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ADAM GEHRING RESIDENCE
In order to max­i­mize the avail­able project foot­print and achieve the beau­ti­ful mediter­ranean-inspired look, the design required com­plex, tight-radius cor­ners and open­ings.
Zero Place Southeast corner
ZERO PLACE
A Zero-Ener­gy Liv­ing Con­cept for a Brighter and Green­er Future. Zero Place is a ground­break­ing devel­op­ment boast­ing zero-ener­gy liv­ing in its four-sto­ry mixed-use build­ing with 46 mul­ti-fam­i­ly units and 8,400 square feet of retail space.
PHNX1 Palos Residence IMG 6157
PHNX1/PALOS RESIDENCE
First Type II Non-Com­bustible, Net-Zero Home in the U.S. This home was designed, built and com­plet­ed in less than 21 months with the same cost as a tra­di­tion­al build.
ICFs and Severe Weather
The steel rein­forced con­crete, which can cure stronger than nor­mal con­crete because of the foam insu­la­tion, can with­stand winds of over 200 MPH, and pro­jec­tile debris trav­el­ing over 100 MPH. There are dozens of eye wit­ness exam­ples of ICF homes tak­ing EF5 tor­na­does head on with the walls still stand­ing.
Fox2
A Guide to Designing an Energy-Efficient Building in a Hot Climate