Rate your GREEN-ness...how GREEN are you?

Monday, February 13, 2012

College Students Race To Save A Gigawatt

by Kristy Hessman, February 8th, 2012 via Earth Techling

If you live in a college town, you might want to start stocking up on deodorant while it’s still on store shelves. College kids across North America have started battling it out to be the school, or residence hall, that can save the most water and electricity over a three-week period. It’s all part of the Campus Conservation Nationals 2012, where students take every means necessary, from shorter showers to taking the stairs rather than elevators, in “The Race to Save a Gigawatt.” (By which they mean, of course, a gigawatt-hour—about the amount of power used by 100 U.S. households in a year.)
The competition, now in its second year, is put on by the Center for Green Schools at the U.S. Green Building Council (USGBC), through its USGBC Students Program and in partnership with Lucid, Alliance to Save Energy and the National Wildlife Federation. Before it’s done, nearly 250,000 students at 150 colleges and universities across the U.S. and Canada will participate in the competition. Click here to see a list of all the schools participating. As many as 1,700 buildings are participating in their dorms and online to demonstrate sustainable occupant behavior can equal energy savings.
Campus Conservation Nationals
image via Campus Conservation Nationals

“This competition shows that students can be empowered to make smarter resource use decisions,” Andrew deCoriolis, director of Engagement at Lucid said in a statement. ”Changes in students’ behavior impact resource use now but also affect their daily lives, helping to build a lasting culture of conservation.”

The event will take place through April 23, with students competing to achieve the greatest reductions in their residence halls over a three-week period, working toward a collective national challenge goal of saving that gigawatt-hour. In past competitions, school were able to help save upwards off $485,000 in their school’s utility bills. The title of greenest dorm and the title of greenest school was taken in the 2011 competition by DePauw University in Greencastle, Indiana. The champion of this year’s competition is up for grabs.

Sunday, July 17, 2011

Honeywell and WindTronics

Today's wind energy... like no other. 
Gearless Blade Tip Power System ™ – the future of wind power. 
The Honeywell Wind Turbine utilizes a system of magnets and stators surrounding its outer ring, capturing power at the blade tips where speed is greatest, practically eliminating mechanical resistance and drag. Rather than forcing the available wind to turn a generator, the perimeter power system becomes the generator by swiftly passing the blade tip magnets through the copper coil banks mounted onto the enclosed perimeter frame. The Blade Tip Power System ™ addresses past constraints such as size, noise, vibration and output. WindTronics’ proprietary systems are breaking traditional technological barriers across multiple markets, for homes and businesses, for both energy generation and energy recapture even in moderate winds. The Honeywell Wind Turbine is the highest output, lowest cost per kWh installed turbine ever made (in class and size). So powerful, so simple.

To see if wind is right for you, go to: www.windknowledge.com

Download a brochure at www.todayswindenergy.com

EMCo Systems is your Authorized Dealer on the West Coast!

Sunday, May 29, 2011

Is my lunch causing Global Warming?

Have you ever wondered which foods have a lower carbon footprint?  How much water, energy, emissions go into things that are a regular part of our diets? 
 A fried egg

This low carbon diet calculator will make you think twice about the environmental benefits over:

bacon and eggs vs. a bowl of cereal

Or pepperoni pizza vs. a cheeseburger

Check it out!


Friday, April 22, 2011

Obama Visits ElectraTherm-Renewable Energy

Obama and Renewable Energy in America

EMCo Systems Solutions, Inc. is an Authorized Dealer for the ElectraTherm Green Machine.  Thursday President Obama visired the ElectraTherm Factory to deliver his message on renewable energy in America.  Although EMCo could not attend the event, it was was well represented by offering the invitation to Mike Colomb, Co-Founder of Green Planet Power Solutions, Inc.  GPPS is leading the way in bio-mass power plant development in CA.  The picture below came from Mike's camera phone via text message with a sincere thank you for the opportunity to shake hands with the President.

EMCo CEO


The location of Thursday's town hall, ElectraTherm, Inc. is a small renewable energy company headquartered in Reno. ElectraTherm's product, the Green Machine, generates fuel-free, emission free power from low to mid temperature waste heat using the Organic Rankine Cycle and patented technology. So it was not surprising that President Obama touched up on green energy and electric car production as a means to reduce gas prices and invest in America's future.


"One of the key ways we are going to get gas prices to go down is to rely less on oil," says Obama. He says his administration wants a million electric cars on the road over the next several years and make them affordable for everybody. But we are not there yet.


Earth Week Student Winner- Mr. Eco

Earth Week is here and what speaks sustainability better than our own Students in the GREEN World teaching the future generations how to be GREEN.

Congratulations to Mr. Eco for his letter which was chosen to represent the Earth Week edition of our Students Contest. Brett “Mr. Eco” Edwards has turned his imagination into a reality for all. Brett will receive a gift card for $100 and a new Low Energy Demand GREEN Bulb from www.EMCoGREENBulb.com  to hopefully replace his CFL necklace. We should all encourage Brett to take his GREEN-ness to the next level!

I will bet that Mr. Eco will properly dispose of his CFL as well.

We will also be paying a visit to Mr. Eco's school to introduce their Facilities Team to our GREEN Technologies. 

Cal Poly San Luis Obispo; Are you ready to GREEN UP?TM

Respectfully and enthusiastically,
EMCo CEO

The winning letter…

Dear EMCo,
I am a rap energy superhero that goes by the name of Mr. Eco. When I am not fighting “Energy Hogs” I attend school and am a project intern for the Alliance to Save Energy’s Green Campus at Cal Poly San Luis Obispo. What are my superpowers? Rapping. Through my music I include energy tips and try to make being sustainable fun and funny. I wear a cape and a CFL necklace for crying out loud!! You guys should check out my first music video “Power Energy Remix.” http://www.youtube.com/watch?v=WSmR1XJQJEM

I started rapping with my friend in high school and used the persona Mister E. This stemmed from my last name being Edwards and the fact that I liked to be a “mystery.” That persona easily transitioned to Mr. Eco. I was hired to the Green Campus Program last spring with no intentions of becoming a superhero. Shortly after I was hired, we met with representatives from housing about creating a video that promoted sustainability for the incoming freshman class moving into the dorms. I felt that they weren’t serious about our involvement and the video never transpired.

My sister, who is my biggest fan, had suggested that I rap about sustainability and after that meeting with housing I took her advice and started to work on Mr. Eco.

On January 21, I released the first music video for Mr. Eco. Since then, I have been featured on San Luis Obispo’s KSBY news, Cal Poly’s Mustang Daily, CPTV news and KCPR radio. My YouTube channel has had over 2,100 plays and I have 168 facebook fans. I have a mixtape titled “Brita up in the Air” that includes five songs available for download at http://www.reverbnation.com/mreco.

I am extremely excited about the future of Mr. Eco and have a meeting with our Week of Welcome (WOW) program later today. WOW puts on an orientation program for the entire incoming freshman class. They have asked me to create a rap about sustainability that will be shown in a video all the 4,000ish kids that make up the class of 2015!!

At the start, a few close friends and my family were the only people who supported Mr. Eco. My own team manager for Green Campus and the Alliance to Save Energy offered virtually no support. I paid for my backup dancers costumes out of my own pocket for the “Power Energy Remix” video. My team manager is now on board and a few of the Alliance to Save Energy employees support Mr. Eco. Our new campus lead Ellie has arranged for a special mini summit on May 13 in Santa Barbara and has set apart some time to film my next music video “Green Life” that features my good friend Fresno State linebacker Travis Brown.

It is hard to measure the exact difference I am making but I believe I am making some. Green Campus intern Diana Franklin from UC Merced had me send her my music video on a DVD so that she could play it for a particular project her Green Campus program was putting on in their library. UC Santa Barbara Green Campus intern Diandra Escamilla emailed me last week asking for my lyrics to “Power Energy Remix” because she was going to show it to a class of sixth graders that was a part of a project she was putting on. During our Red Brick Dorm Energy competition that Mr. Eco was a mascot of, two girls made a tribute song to Mr. Eco. It is really funny. And by the way, that energy competition doubled the savings from the prior year’s competition. http://www.facebook.com/video/video.php?v=1351422739069&oid=114314381951111

While in New York this past spring break, I was at my nephews Baptism and my brother in laws good friends wife started doing the “lights out” dance from my song. It was awesome! Two weeks ago, I ran into a freshman friend of mine and she informed me that a random kid in her Communications Class did a speech on Superheroes and included Mr. Eco in it! Just yesterday, my high school friend who attends Emory informed me that she shared Mr. Eco with their Environmental Studies department. The most touching instance of all was the art piece that my best friends little sister created for her elementary school class. It is my profile picture on facebook. That was super cool.

So that is my sustainability story in a nutshell. If you want to keep up with everything Mr. Eco is doing follow me on facebook http://www.facebook.com/pages/Mr-Eco/171777079534137 . I have big plans for the future and am enjoying every minute of it!

My advice to students who are trying to promote sustainably would be to simply believe in your message and yourself. All of Mr. Eco’s success has come from me believing in myself and being passionate. I could have squashed the idea when I got the lack of support from virtually everybody but I didn’t. I instead used it as motivation and the fuel to power my dream of Mr. Eco, and still do.

Happy Earth Day Everyone!!!

Brett “Mr. Eco” Edwards


Sunday, April 17, 2011

EARTH DAY FACT-Water & Energy Nexus

Niagara FallsState legislatures and natural resource managers have traditionally addressed water and energy as two separate issues. However, water and energy are deeply connected and sustainable management of either resource requires consideration of the other. Thus, resource managers and lawmakers across the country are beginning to take a comprehensive and interdisciplinary approach to the management of water and energy. This report provides overview information about the nexus between water and energy and provides a summary of state legislation addressing this issue.

Water Energy Nexus Overview
Water and energy are critical, mutually dependent resources- the production of energy requires large volumes of water and water infrastructure requires large amounts of energy.

Water is required to generate energy. Thermoelectric cooling, hydropower, energy mineral extraction and mining, fuel production (including fossil fuels, biofuels, and other non-conventional fuels), and emission controls all rely on large amounts of water. In the United States, the electricity industry is second only to agriculture as the largest user of water. According to the National Renewable Energy Lab, electricity production from fossil fuels and nuclear energy requires 190,000 million gallons of water per day, accounting for 39% of all freshwater withdraws in the nation. Remarkably, in many regions of the country, we use as much water turning on the lights and running electric appliances in our homes, as we use in taking showers and watering lawns.

On the other hand, water supply also requires energy use. A large amount of energy is needed to extract, convey, treat, and deliver potable water. Additionally, energy is required to collect, treat, and dispose of wastewater. Approximately 4 percent of U.S. power generation is used for water supply and treatment and about 75 percent of the cost of municipal water processing and distribution is electricity, according to the Department of Energy.

Water and energy are both multifaceted issues with many variables impacting their supply, demand, and management. Lawmakers should consider the following variables which add complexity to the management of water and energy:

Growing population: According to the 2001 National Energy Policy, our growing population and economy will require an additional 393,000 MW of new generating capacity. This generating capacity equates to 1,300 to 1,900 new power plants by 2020 that will require additional water withdraws.

Agriculture: Water demands will increase as agricultural demands increase with the need to feed a growing population. In 2000 irrigation accounted for about 40 percent of fresh water withdraws in the U.S., according the U.S. Geological Society.

Geographical water demand: Water supply and demand are not geographically linked. During the 1990's, the largest regional population growth, 25%, occurred in the mountain West, one of the most water deficient regions in the United States. In comparison to the Southeast, where population increased by 14% and the Northeast which only experienced a 2% growth in population. Additionally, water consumption in the western U.S. is much higher than other regions due to agricultural demands. It is estimated that it takes over 1 million gallons of water a year to irrigate one acre of farmland in arid conditions. In other words about 86 percent of irrigation water withdrawals were in western states in 2000.

Climate Change: The impacts of climate change may also impact water supply and availably. It is predicted that the timing of spring rains and winter snows may change in many regions, impacting stored water, agricultural production, and water supply. For instance, in the northwest climate change may cause more winter precipitation to fall as rain instead of snow, increasing streamflow and decreasing the winter snowpack, in turn impacting hydro-ecltrcity capacity and water supply.

As water and energy demand and supply shift, managing the two resources in tandem will help states maintain reliable and sustainable supplies of both energy and water. To sustain energy production and a dependable water supply, the U.S. must gain a detailed understanding of the interdependencies of water and energy systems, balance the needs of all users, and develop technologies to reduce water use and loss (i.e. water conservation and efficiency). These goals can be achieved through advancing water and energy system prediction and forecasting, scientific and technological innovation, and the implementation of technologies and management systems. State lawmakers and constituents will be critical in this process given their responsibility formulating policy, convening stakeholders, facilitating negotiations, and ratifying reached agreements.

Sunday, February 27, 2011

Gulf Coast Green Energy Generates Fuel-Free Power at South Texas Gas Compressor Station


How to GREEN UP with Natural Gas???

February 23, 2011 – Bay City, Tex. – ElectraTherm’s Gulf Coast distributor, Gulf Coast Green Energy (GCGE), is generating fuel-free, emission free power using the ElectraTherm heat-to-power “Green Machine” to efficiently capture excess heat generated by the cooling of a natural gas compressor internal combustion engine (ICE). The machine continues operation and has logged more than 2,000 hours of power generation to date.

ElectraTherm’s Green Machine generates clean power by harnessing excess heat from ICEs that would otherwise go to waste. Natural gas must be compressed at regular intervals to keep it flowing through pipelines. Waste heat is created by the ICEs that drive the natural gas compressor. The Green Machine captures the heat from the jacket water, converting it into electricity.

GCGE teamed with a natural gas compression services company and a South Texas natural gas field to show that the ElectraTherm machine could be used effectively on a gas compressor engine. This project marks the first commercial ICE application of the Green Machine, which captures surplus heat from a Waukesha 5794 and generates emission-free electricity that can be used for on-site power needs or supplied to the local electricity grid. The waste heat removed by the Green Machine is equivalent to increased engine cooling capacity, a significant benefit for compressor engines in the heat of summer.

“Natural gas compressor stations powered by internal combustion engines are located all over North America, and these waste heat streams can be captured to generate additional power and cool the engine at the same time,” GCGE President Loy Sneary said. “This is energy efficiency at its best, and we expect to see many more ICE applications in the future.”

Since the machine went online last year, it has generated 14.2 MWh gross with 95 percent uptime in the past three months, enough to power more than 20 homes. This is the first ICE application of ElectraTherm’s Organic Rankine Cycle (ORC) technology, powered by its patented Twin Screw Expander.

ElectraTherm’s heat-to-power technology can convert sources of low-temperature heat (ICE jacket water, biomass, etc.) into power. With 10 units in the field, ElectraTherm’s Green Machine has accrued more than 6,000 hours of fleet run time -- more than 11,000 hours, including test cell operations.

About Gulf Coast Green Energy
Bay City-based Gulf Coast Green Energy (GCGE) is committed to its customers, by adding to their bottom lines and providing the means for economical electrical generation. GCGE is also committed to providing equipment that is environmentally sound and takes great pride in providing an electrical generating technology that is part of the solution to the global environment by providing cost-efficient electricity that is emissions free. The company was the first to embrace the visionary technology offered by ElectraTherm, Inc. by becoming the exclusive Texas distributor of ElectraTherm’s Waste Heat Generator technology. For more information on GCGE, visit http://www.gulfcoastgreenenergy.com/ .

About ElectraTherm, Inc.
ElectraTherm, Inc. provides heat to power generation systems to industry worldwide. The company’s proven, patented, Twin Screw Expander enables its line of recovered energy generating systems to make electricity from low to mid temperature heat that would otherwise go to waste. ElectraTherm’s fuel-free, emission-free and low cost Green Machines offer an attractive payback period on investment. For more information on ElectraTherm and its clean tech, green power products, please visit http://www.electratherm.com/ .

Celeste Dodge
Corporate Communications Manager