Website design magic needed for Hawaii EcoLiving project

EcoLiving Hale: Sustainable. Beautiful. Attainable.

This is a custom home design and construction project that will be a demonstration of cutting edge sustainable design. This project is a registered Living Building Challenge and LEED project. The goal of the project is to be off-the-grid within the grid in an urban context. The project site is 7 minutes away from city center and will be self-sufficient relative to energy, water, and sewer, i.e. it will not rely or need these services from the public utility in the area, although these services are available at the site. The project will be used to educate landowners, developers and homeowners about sustainable living within the city.

Systems will include:
Photovoltaic system w/battery
Rainwater harvesting system
Greywater system
Residential scaled sewer system
Vegetative roof

This is a project of Green Sand Inc (http://greensandinc.com).

Below you will see the requirements for the website. The homepage will have the logo in the upper left (pdf attached below), primary header & footer nav, the main section will be a jquery slider with 5 rotating panels (see http://hawaiicleanpower.com for example). The homepage will also mention that this is a project of Green Sand Inc with their logo and link to their site. Below the header slider may contain an area for add'l information about the 4 key areas of interest.

Placeholder images have been uploaded here for reference as well

Anyone who wants to design and build a sustainable project. It can be new construction or renovation. Green, sustainable, eco-oriented people.

Homepage Panels
1) EcoLiving Concept/About this project/Lifestyle
1.1) Healthy
1.2) Independent
1.3) Economically healthy
1.4) Quality of life
1.5) Durability
1.6) Lower maintenance
1.7) Life cycle costs
1.8) How money is spent makes a huge impact and will drive industries – greater good

2) Health (mind/body/spirit connection)
2.1) Indoor quality:
2.2) AC/natural ventilation/fans
2.3) Daylighting & views
2.4) Low/no VOCs (Materials)
2.5) No added urea formaldehyde
2.6) Acoustic comfort

3) Independence (self sufficiency)
3.1) Energy
3.1.1) Conservation
3.1.2) Efficiency
3.1.3) Renewable
3.1.4) AC
3.1.5) Natural ventilation
3.1.6) Insulation
3.1.7) Battery storage
3.2) Water
3.2.1) Conservation
3.2.2) Efficiency
3.2.3) Rainwater harvesting
3.2.4) Gray water reuse
3.2.5) Waste water treatment
3.2.6) Green roof
3.3) Food production

4) Cost Benefit (needs more work)
4.1) Materials – greater good & healthier
4.1.1) Recycle
4.1.2) Reuse
4.1.3) Rapidly renewable
4.1.4) Deconstruction
4.1.5) Repurposed
4.2) Durability
4.3) Lower maintenance
4.4) Lower utility bills
4.5) Lower food bills

5) Results/summary/wrap up
5.1) Energy data
5.2) Water data
5.3) Carbon footprint
5.4) Waste mitigation
5.4.1) Deconstruction
5.4.2) Construction
5.4.3) Ongoing after move in
5.5) Edible landscape production

Header and footer navs:
Home
About us
Services
Demo home
Project data
Sponsors
Contact us