Innovators


If you find yourself surrounded by hybrid, hydrogen, and electric cars, row after row of solar panels, methanol fuel cells, waterless urinals, high efficiency HVAC systems, and low voc paints – you are either in a clean techie’s daydream – or at the Green California Expo sponsored by Green Technology Magazine.  I was recently at the latter. Despite the economic situation, innovators of sustainable products, legislative agencies, and environmental advocacy groups proudly showcased the underpinnings of a green revolution. The attendees buzzed with energy as they soaked up inspiration from the morning keynote speakers, wandered among the exhibitors, and attended classroom break-out sessions.   

One interesting educational session was led by Noel Perry, founder of Next10, a nonprofit group that has been funding some of the leading studies on the correlation between environmental policies, employment rates, and total sector economic growth in California. (See the reports page of this blog for a full analysis of one of Next10′s studies). The panel speakers discussed the state’s key piece of environmental legislation, AB32, a bill signed into law in 2006 which mandates a reduction in the state’s greenhouse gas emissions to 1990 levels by 2020 (about 30%). The bill authorizes the California Air Resources Board (CARB) to create a detailed action plan, or scoping plan, which was completed last December. This legislation makes California the first state in the nation to enforce a comprehensive greenhouse gas reduction plan that reaches across all sectors of the economy. The full text of the 140 page scoping plan can be found here.  The presenters assured the attendees that California maintains every intention of moving forward and achieving the items set forth in the scoping plan, regardless of the economic climate. The panel believed, relying on CARB’s own studies as well as those by Next10, that implementation of these measures will assist in stimulating economic growth throughout the state of California. And this exact ideology was the backbone for the mood I walked away with that permeated throughout the Expo: optimism with a touch of urgency – urgency that sustainability must be a part of the dialogue of rebuilding not only California, but our nation.

… Stay tuned for Part II - a summary of the Green California Leadership awards announced at the Expo!

Managing the disparate technologies in a high performance buildings is a key component to realizing the true energy saving potential of new technology.  Many companies offer tracking software for high performance buildings (e.g. PureChoice, Energy Control, Inc, and Control Technologies, Inc.)

Today, Cisco Systems, Inc. (Click Here For Press Release) the technology behemoth that rules the network router industry is applying its expertise to Green Buildings, and taking the idea of building energy management to a whole new level.

EnergyWise is a new technology that not only allows users to monitor and control large high performance components of a building (such as the HVAC, water, or elevators), it also allows managers to monitor and control the performance of anything plugged into a power source.  Imagine controlling every light switch in a building from a single work station.  Or how about creating mandatory settings that force computers to sleep after a certain amount of time.  Cisco states that all of this and more is possible with their new product (though the controls for HVAC and other large components are still being developed).

Obviously this raises interesting questions regarding office leases and leasee/lessor obligations regarding energy usage and permissions to control work environments.  It’s one thing to control the temperature in an office, but quite another to force tenants to have computers enter “standby” mode after five minutes of inactivity.  Stay tuned to the California Green Building Blog for an upcoming post on leases for green office space.

In the mean time, click here to visit Cisco’s home page for the EnergyWise product.

According to CNET, IBM is also contemplating entry into building systems management software (click here for full article).

Recent news have been mainly a dismal affair when it comes to the economy.  One report states that all but five metropolitan cities will suffer major job losses.  Another report states that graduates from top universities are unable to find jobs, despite stellar grades and credentials.

In the midst of all of this, I found one piece of positive news pertaining to jobs in the clean energy sector:

According to Fast Company, a magazine devoted to innovation and technology, the following ten jobs will be in high demand over the next decade as the country continues to increase investment in clean energy:

  1. Farmer - America’s two million farmers, with an average age of 55, will need to be replaced by a larger group of smaller-scale farmers
  2. Forester – deforestation, which has become a leading source of carbon credits worth billions of dollars, will increase the need for foresters skilled in finance, conservation, and development.
  3. Solar Power Installer – greater need for installers if anticipated tax credits are accelerated
  4. Energy Efficiency Builder (LEED) - increased need for specialized architect, engineers, and retrofit workers
  5. Wind Turbine Fabricator – fastest-growing source of alternative energy will create a need for new jobs in this sector
  6. Conservation Biologist – need to preserve the integrity of world’s ecosystems
  7. Green MBA/Entrepreneur – need to assess the “triple bottom line” – People, Planet, Profit
  8. Recycler - create alternatives to high costs associated with disposal
  9. Sustainability Systems Developer – create new software to run clean energy networks
  10. Urban Planner – increasing the use of mass transit, limiting suburban sprawl

Of course, some of the growth in the aforementioned job fields may be contingent upon the passing of President Obama’s $1 trillion economic stiumulus plan, which will provide federal funding for renewable energy, mass transit, construction, and renovation, among other things.

You wake up to a cold winter morning.  You want to get out of bed, but dread having to step on the freezing cold bathroom tiles.  Even under your warm blankets, you can feel the cold air inside your bedroom.  Despite this, you refuse to turn on the central heating unit because of rising heating costs. 

Now imagine this ~ No more cold tiles.  No more visible breath reminiscent of something out of The Six Sense.  The temperature of the air, floor, walls ~ all a balmy 70 degrees.  Even better, all of this without having to lay a hand on the thermostat. . .   

In Germany, this scenario has become plausible through the rise of “passive homes.”  Passive homes are hermetically-sealed homes that use advanced insulation and heat-exchange ventilation systems to minimize heat loss while allowing sufficient air circulation.  By using ultra-thick insulation and a series of complex doors and windows, architects create an airtight shell that keeps warm air in and cold air out.  By efficiently trapping heat (up to 90%), a passive home can stay heated with the use of sunlight, everyday household appliances, and even body heat.

But, don’t expect to jump on the passive home bandwagon anytime soon.  In the United States, this method of heat exchange is still new, which means LEED officials will have a difficult time determining whether or not it meets LEED certification.  Unlike Germany, where individuals pay around 5 – 7 percent more for passive homes, people here can expect to pay significantly more due to its rarity.  Moreover, the feasibility of passive homes is highly dependent on climate, location, and sunlight.  Finally (and perhaps most significant), passive homes are meant for small, box-shaped homes.  This means that the sprawling 4,000+ sq ft suburban tract homes are not likely to be conducive to passive heating. 

Plead read this New York Times article for more information.

Check this guy out!
Dave Chameides (AKA Sustainable Dave) has quite an extreme system of conservation.  The man has thrown nothing out in a year! Here’s a link to his story
(CLICK HERE).

And, here’s a link to Dave’s blog: (click here), and his website (click here).

I found out about vertical farms through a google news feed and thought it was really compelling.  Dickson Despommier, is the leader of this concept.  Although only a concept, a vertical farm seems to make a lot of sense.  More sense than a refrigerated beach….

Anyway, when one considers the costs of tilling land to the costs of constructing a controlled environment that maximizes productivity, the numbers start to look good.  Imagine how well one could control the growth of crops just like a house plant.   The term “fresh produce” would take on even greater meaning for restaurants and grocery stores located in the building itself.  Even more, energy could be generated from the methane collected from animals kept on a vertical farm. 

Despommier has his own website discussing the topic.  CLICK HERE to go to verticalfarm.com

Scientific American did a great short article on the concept.    CLICK HERE to read more about it.

The Mohawk Group, a company of four carpet brands, unveiled its LEED PLUS calculator – a free web-based tool that allows users to search building products and calculate LEED points and other industry environmental ratings in minutes – at the 2008 Greenbuild International Conference and Expo.

With the LEED PLUS calculator, customers can log in, choose a product, and then evaluate it against the following rating systems: LEED, CHPS (Collaborative For High Performance Schools), GGHC (Green Guide For Healthcare), LABS21 (Laboratories For The 21st Century), and compliance for all prevalent 3rd party certifications.  Results are delivered as a PDF report, which users can use as supplemental product documentation to be included in LEED certification submissions.  

The LEED PLUS calculator is powered by ecoScorecard, a software program that allows manufacturers to publish their green products with corresponding environmental characteristics on a web-based catalog so clients may quickly search by name, contribution or other attribute.

Companies like ecoScorecard continue to develop innovative software that provide building manufacturers with powerful tools to publish their green products with corresponding environmental characteristics.

On November 6, 2008 California Clean Tech Open hosted the California Clean Tech Open competition.  Clean Tech Open is an organization of leading entrepreneurs, academics, investors and companies, working together to accelerate the development of clean technology startups. 

This year’s Green Building Prize Winner, sponsored by Argonne National Laboratory, Lawrence Berkeley National Laboratory, National Renewable Energy Laboratory, Oak Ridge National Laboratory and Pacific Northwest National Laboratory was:  BottleStone!

BottleStone is a very cool material for residential and commercial use.  BottleStone is a new green surface material made of 80% post-consumer recycled glass, and provides a green alternative to stone slabs offering the same warm aesthetics of natural stone materials.

Green Building Category Runner Ups were:
GroundSource Geo  and  Solar Red

GroundSource Geo is new company in the geothermal industry with low impact drilling methods.

Solar Red is a company geared at slicing in half the cost of photovoltaic installations.  These guys are so new they don’t even have a website, but you can get their contact info by clicking here


As this is my first post, let me take a moment to introduce myself.  My name is Kevin Jeong and I am a new associate at a construction firm located in Oakland, California.  As of Friday, December 5, 2008 I am fully licensed to practice law, albeit very “green.”  Nonetheless, being a young attorney, I am very passionate about sustainable development and hope to contribute in a meaningful way to this blog.

According to the Associated Press, Burbank’s Bob Hope Airport debuted what is believed to be the first solar-powered airport hangar (Hangar 25) on Tuesday, December 9, 2008.  Rooftop photovoltaic panels will provide electricity for the 60,000-square-foot hangar, including enough electricity to power a Boeing 757 while on the ground for maintenance. 

The article fails to mention exactly how much electricty the solar panels will generate, but does list the cost of construction at $17 million dollars.  The project is a joint venture between Shangri-La Construction- a newly-formed business unit of Shangri-La Industries, the aviation services firm Avjet Corporation, and the Burbank-Glendale-Pasadena Airport Authority.

The hangar has been issued a LEED Platinum certification, the highest “green” rating issued by the U.S. Green Building Council.

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