Showing posts with label Green Technology. Show all posts
Showing posts with label Green Technology. Show all posts

Monday, November 18, 2013

Germany launched €16 million organic PV R&D project

Germany is seen as the world leader in promoting and implementing renewable energies and in particular solar PV. It seems that with the new organic PV R&D initiative, it continues to be the leader in this particular industry.


This latest push for organic photovoltaics could be just what the industry needs. Image - PV-Mag


Organic photovoltaic R&D project

Germany’s BMBF has backed a Merck-led research and development inititiave in OPV technology to the tune of €8.2 million.

Labeled the POPUP project, Merck – a German pharmaceutical, chemical and life science company – will spearhead the consortium, which consists of ten technology leaders, each possessing various expertise in the field of OPV.

With BMBF’s financial backing, the total budget of this three-year project is €16 million (around RM68 million), and its objective is to develop more efficient and stable OPV materials for use in the solar power industry. The POPUP project will also look to develop more adaptable and flexible device material capable of supporting rigid, opaque and semi-transparent modules.

In the longer term, it is hoped that this research into OPV can help lower costs, allowing for mass adoption of the technology, and perhaps even integration into next-gen automobiles in order to supply clean and consistent power to onboard electronic systems.

The technology’s inherent aesthetic value also makes it a desirable option for architects keen on creating solar-powered glass facades. The new technologies can also be used to charge mobile devices and even be fitted for off-grid applications.

Merck’s role, according to an official press statement, will be to coordinate the research of the ten partners, while also performing the "development and synthesis of the cutting-edge materials as well as the chemical-physical characterization and evaluation in simple device structures."


Source: pv-magazine

Monday, September 23, 2013

Top 10 greenest universities in the US

This initiative by Sierra Club reminds me of the several programs by our own Universiti Malaysia Sabah (UMS) to promote energy efficiency, energy saving and environmental sustainability. Check it out here.


The ranking: How it's done

Universities are ranked after an extensive questionnaire that asks about everything from where a campus gets its energy to whether its landscapers use native plants and its cafeterias offer recycled napkins. The United States has more than 2,000 four-year college and universities.

162 responses were received from qualified schools, which was further reduced in numbers. A perfect score is 1,000 with top-ranked school netting 850.


Top ten greenest

Now, let's look at the top ten and take some inspiration from what our friends are doing on the other side of the globe:-

10. University of California, Santa Barbara
Santa Barbara, California

Score: 756.69 | Students: 22,218

UCSB has 44 of its buildings LEED certified, 47% of academic departments offer a class about sustainability (for a total of 321 classes and 217 faculty members who do eco-research), 50% of food served is local, and 75% of waste gets saved from the landfill via recycling and composting; the goal is to get that latter percentage to 100 by 2020. The Gauchos have also, since the late 1990s, lowered their electricity use by a third, their water use by a quarter, and their food waste by almost 35%. A whopping 94% of students take alternative means of transit to class.
Photo courtesy of Jonas Krant/UC Santa Barbara


9. American University
Washington, D.C

Score: 759.34 | Students: 12,693

Aiming to be carbon neutral by 2020, AU is off to a strong start, with 30 buildings on track for LEED Silver certification, a 27kW solar array, D.C.'s biggest solar hot-water system, and a contraption called the Vegawatt, which turns old cooking oil into electricity. The university's plan is to divert 100% of its waste, and it's already two-thirds of the way there, thanks to a new campus-wide composting program, trayless dining, quarterly e-waste drives.
Photo courtesy of Jeff Watts/American University


8. Georgia Institute of Technology
Atlanta, Georgia

Score: 759.76 | Students: 20,941

The EPA named Georgia Tech as one of the "best places for commuters" for its range of eco-transit options, from carpooling to mass transit; natural gas–powered buses move more than 2 million riders per year. The 440-acre Atlanta school was also named a Tree Campus USA for its 25% arboreal cover. Despite all that foliage, water usage hasn't increased since 2001. Everything built after 2008 is LEED certified, and a 1.4-million-gallon stormwater cistern helps conserve. The Yellow Jackets have been recycling since 1996, diverting an annual mass of 600 tons.
Photo courtesy of Rob Felt/Georgia Institute of Technology


7. Stanford University
Palo Alto, California

Score: 763.82 | Students: 15,666

Over 5 years, the California school raised more than $430 million for its Initiative on the Environment and Sustainability, a chunk of which is headed toward a new energy facility that'll halve the 8,180-acre campus's carbon emissions and cut its water use by almost a fifth. Some 130 professors spanning 40 departments teach at least 700 sustainability-related classes. 36 student clubs are green-themed and that recycling and composting are big: The waste-diversion rate here tops 66%, and the goal is zero waste.
Photo courtesy of Linda A. Cicero/Stanford News Service


6. Green Mountain College
Poultney, Vermont

Score: 767.09 | Students: 637

One of the first U.S. universities to achieve climate neutrality, this tiny school in Poultney has a $5.8 million biomass plant that burns locally sourced woodchips to heat 85% and power 20% of the campus's two dozen buildings. Since 2006, GMC has also sourced 1.2 million kWh of its energy per year from cows. Students visit local farms to learn about the bovine methane-generating process and are required to take a 37-credit environmental curriculum, which is delivered in LEED-certified classrooms. In the photo, GMC students plant trees to create a riparian buffer along the banks of the Poultney River.
Photo courtesy of Don Hamerman/Green Mountain College


5. Cornell University
Ithaca, New York

Score: 776.72 | Students: 21,131

Cornell offers 340 classes, across almost every department, about sustainability, and this is one of the only colleges where you can minor in climate change. School officials pledge that Cornell will be a net-zero-carbon campus by 2050. Over the past two years, its greenhouse gas emissions have dropped by 25 percent, and over the next five, $45 million will go toward energy-conservation projects. Plenty of open space remains, however: The 2,300-acre campus in Ithaca, New York, has two stunning gorges, a 35-acre botanical garden, and a 100-acre arboretum.
Photo courtesy of Lindsay France/Cornell University Photography


4. University of California, Davis
Davis, California

Score: 782.74 | Students: 32,653
Last year's "Cool Schools" winner, an agricultural-education powerhouse, churns out research that helps shape California's water laws and push new farming practices into the mainstream. Its West Village, a neighborhood for students and staff, is America's biggest planned zero-net-energy community. UC Davis's climate action plan has already cut campus emissions to below year-2000 levels. Recycling, composting, and reuse divert more than 60% of would-be trash from landfills, and aim for 100% by 2020.
Photo courtesy of Karin Higgins/UC Davis


3. University of California, Irvine
Irvine, California

Score: 794.30 | Students: 27,479

UC Irvine's 19MW cogeneration facility and other energy-preserving projects have helped the school save 20 million kWh of electricity per year since 2009. Solar panels generate enough power to run 500 homes for a year. The 1,475-acre campus is anchored by a 16-acre botanical garden, and all new buildings must be certified at least LEED Silver. Living green is important at UCI: Meatless Mondays are strongly encouraged, and a dozen student clubs focus on eco-issues.
Photo courtesy of Kathleen Johnson/UC Irvine


2. Dickinson College
Carlisle, Pennsylvania

Score: 807.04 | Students: 2,380

Since 2008, Dickinson has bought enough wind power to offset all of its electrical needs. And since 2006, students have been collecting grease from local restaurants and turning it into biodiesel for the Carlisle, Pennsylvania, campus's vehicle fleet. If all goes according to plan, the school will achieve zero net emissions by 2020. Meanwhile, cafeterias serve student-grown produce, construction crews build to LEED Gold standards, and paper use has dropped by 60% over the past four years.
Photo courtesy of Jennifer Crowley/Dickinson College


1. University of Connecticut
Storrs, Connecticut

Score: 850.14 | Students: 22,301

This year's winning school offers almost 600 sustainability-related classes taught by some of the greenest minds anywhere — more than 40% of UConn's research faculty does original academic work that benefits the environment. Since 2005, the main campus, in Storrs, has slashed its water use by 15% and over the past two years, 13 of its buildings were retrofitted to prevent 2,640 tons of carbon dioxide emissions annually. In the trayless dining halls, 30% of meal options are vegetarian, and more than a quarter of the food is processed within 100 miles, with many ingredients harvested right on campus: Honey comes from UConn's apiaries, fresh eggs from the agriculture department, and seasonal produce from student-run gardens.
Photo courtesy of Peter Morenus/University of Connecticut


Click here for the full article at Sierra Club magazine

Friday, August 9, 2013

Use your urine to charge mobile phone!

Put your phone on the ground and pee on it!

Maybe not literally, but soon you will be able to charge your phone with urine. Not only that, the researchers aim to eventually use the technology to power household electrical appliances, too.


You may not have to waste your urine anymore. Image credit: Discovery news


Alternative power source: Urine powers mobile phone

British scientists said they have harnessed the power of urine and are able to charge a mobile phone with enough electricity to send texts and surf the Internet.

Researchers from the University of Bristol and Bristol Robotics Laboratory in south west England said they had created a fuel cell that uses bacteria to break down urine to generate electricity, in a study published in the Royal Society of Chemistry journal Physical Chemistry Chemical Physics.


"The beauty of this fuel source is that we are not relying on the erratic nature of the wind or the sun; we are actually reusing waste to create energy. One product that we can be sure of an unending supply is our own urine."
-Ioannis Ieropoulos, engineer/researcher at University of Bristol

According to them, the cell is currently big - the size of a car battery - but hope to shrink it to become portable soon.


How it works

The team grew bacteria on carbon fiber anodes and placed them inside ceramic cylinders. The bacteria broke down chemicals in urine passed through the cylinders, building up a small amount of electrical charge which was stored on a capacitor (battery).

The microbial fuel power stack (MFC) that they have developed generates enough power to enable SMS messaging, web browsing and to make a brief phone call.


TheGreenMechanics:
As long as people continue to pee, raw material for this technology will be available. The task now is to refine the idea to make the invention capable of fully charging a phone battery.


Source: Discovery news

Saturday, June 29, 2013

Five-year plan to step up on green technology

Malaysian Green Technology Corp (GreenTech Malaysia), an organisation spearheaded by Ahmad Hadri Haris - the person instrumental to the formulation and implementation of the Feed-in Tariff (FiT) mechanism in Malaysia - is poised to bring the nation to greater height in green technology.

Ahmad Hadri was appointed as CEO of GreenTech Malaysia just a couple of months ago.

Malaysian Green Technology Corporation premise. Photo credit: The Borneo Post


Moving on, GreenTech Malaysia unveiled a five-year plan to accelerate green technology as one of the strategic engines for the nation's economic growth.

In a statement, GreenTech Malaysia said the plan identified seven key sectors as the initial foundation for Malaysia's green technology advancement.
  1. Energy
  2. Manufacturing
  3. Buildings
  4. Information and communication technology
  5. Water
  6. Waste
  7. Transport
GreenTech Malaysia said the plan set a clear agenda to realise its goal to position Malaysia as world hub for Green Technologies by 2020.

To encourage the implementation of green technology in the identified sectors, GreenTech Malaysia will focus on five key areas:
  • Promotion and awareness,
  • Human capital development,
  • Market enhancement,
  • Industry growth, and
  • Policy and fiscal support.

The opportunities are vast and the green technology industry and part of our role at GreenTech Malaysia is to increase its availability, acceptance and recognition,"it said.

Chief executive officer, Ahmad Hadri Haris, said Malaysia has great potential to become a major producer of green technology for the global market.

"It has strong backing and commitment by the government, coupled with quality work force, committed small and medium enterprise, and good public infrastructure.

"On our part, we will côntinue to play a catalytic role in driving the various initiatives to push the green technology agenda aggressively amongst Malaysian industry players" he said.

GreenTech Malaysia is a not-for-profit organisation under the preview of the Ministry of Energy, Green Technology and Water, Malaysia.

Monday, January 28, 2013

RE Project Competition: ASEAN Energy Awards 2013

For those who managed to get the quota for renewable energy projects under SEDA's FiT, and those who have been in the RE business for sometime now, this is the time to showcase your works.

At the same time, get some reward, if yours is/are the ones that are better managed.

Solar-Diesel generator hybrid power in Kinabatangan, Sabah Malaysia. This system was installed and commissioned in Sept 2012 by Optimal Power under KPLW project.


Competition

Sustainable Energy Development Authority (SEDA Malaysia) as the coordinator for ASEAN Renewable Energy Sub-Sector Network (RE-SSN) is inviting owners/managers with renewable energy projects in Malaysia to participate in the ASEAN RE Project Competition 2013 organised by ASEAN Centre for Energy (ACE).

This includes biomass, biogas, solar, mini hydro projects, and there will be 3 categories namely:

A - OFF GRID
B - ON GRID
C - COGENERATION

Interested Project Owners or Managers can submit the report by 29th March 2013 (Friday) to:

The AEA 2013 - RE Project Competition Secretariat
SEDA Malaysia
Galeria PjH, Aras 9, Jalan P4W,
Persiaran Perdana, Presint 4,
62100 Putrajaya, Malaysia.
Phone : +603-8870 5800 Fax : +603-8870 5900
Contact Person:
Mr Mohd Idham (idham@seda.gov.my), or
Mr Haniff Ngadi (haniff@seda.gov.my)

More details can be obtained from SEDA Malaysia website.


Previous winners

Meanwhile, 2012 ASEAN RE Awards Malaysian winners are as follows:

A. Off grid

2nd Runner-up:

SOLAR PV/DIESEL HYBRID SYSTEM FOR REMOTE SCHOOLS
In the State of Johor, Malaysia.
(There was no winner for the Off-grid category last year)


B. On grid

Winners:

4MW SUNGAI PERTING MINI HYDRO POWER STATION
At Sungai Perting, Bentong, Pahang Malaysia.

2nd Runner-up:

LANDFILL GAS EXTRACTION AND POWER GENERATION SYSTEM
At Bukit Tagar Sanitary Landfill, Malaysia


TheGreenMechanics: It pays to go green!

Thursday, December 13, 2012

GravityLight: lighting for the electricity-deprived places

No matter where you are, you should not be deprived of energy, or in this context, light.

People come up with a number of ideas on how to produce light when you are at the most remote of an area. Or, if you are residing in a developing nation with minimum coverage of electricity. Meet GravityLight.

Weight and light!


What is GravityLight?

As the name suggest, the light bulb is powered by a small rotating generator turned by the descending weight.

It only takes a few seconds to lift the weight, which creates enough energy for half an an hour of light, whenever it is needed. It has no batteries to run out, replace or dispose of. It is completely clean and green.

Because there are no running costs after the initial low cost purchase, it has the potential to lift people out of poverty, allowing them to use the money they have saved to buy more powerful solar lighting systems in the future.

I believe it took the inspiration of energy stored in water, such as in hydro-electric power generator. In the case of GravityLight, a tiny 'turbine' is turned by the weight and the LED bulb is the sole load of this generator.

Bright enough when you need it most


You can place it anywhere. Hang it in the shed or make it into a great porch light, you can clip on a hanging basket or anything weighing about 20lbs.


The GravityLight components: No operating cost, apart from a tiny bit of energy to lift the bag.


How much?

Less than $5 (RM15) if mass produced. The inventors are looking for sponsors so that this light can be distributed free to places in Africa and India. If you want to find out more visit indigogo.

Sunday, November 11, 2012

BioDiesel: Terengganu mulls planting Jatropha

Not too long ago Jatropha became a bit of a talking point among biodiesel enthusiasts and researchers. At one point some suggested that this plant has enormous potential it could be the next big money spinner for Malaysia.

I remember reading one of the local dailies over breakfast that Jatropha's potential for biodiesel production could at least match that of or bigger than palm oil. That is a tall order for the un-tested commodity, but who knows.

Terengganu is considering such option to produce biodiesel - as reported by Bernama. I just hope that a full assessment would be carried out prior to granting of funds to entrepreneurs. You don't want another National Feedlot Centre blunder, do you?

Malaysian Business - April 2008
Wonder Plant? Cover page of the Malaysian Business, April 2008.


Terengganu To Study Frim's Application To Cultivate Jatropha For Biodiesel

KEMAMAN, Nov 10 (Bernama) -- The Terengganu state government will consider the application by the Forest Research Institute Malaysia (FRIM) to plant jatropha on a large-scale to produce biodiesel in the state.

Menteri Besar Datuk Seri Ahmad Said stressed however, that the state government would scrutinise any high-impact project before approving it for the benefit of the people and the state.

"Many aspects need to be studied, such as the cost, returns, implementation approach and whether the investment is worth it," he told reporters when asked to comment on FRIM's readiness to carry out the project in Terengganu.

It was reported in the media yesterday that FRIM would submit an application to the state government to request for land along the coast for the project. Besides maximising Terengganu's coastal areas which had been categorised as unfeasible for commercial agriculture because of the extreme heat, the project was seen to potentially generate income for the local residents.


Credit: Cover page image of the Malaysian Business, April 2008 can be found at Dunia Tiger's blog.

Tuesday, October 16, 2012

Germany hikes electricity charge to finance Green Energy

It is inevitable, really.

To make renewable energy sustainable, a kind of levy has to be imposed on your energy consumption. The more you use energy the more surcharge (hidden charges if you like) will be levied on you. Germany is doing just that.

Germany
A biogas plant is seen behind a wind turbine in Nauen, Germany. Photo by AP via wtov9


Electricity surcharge up by almost 50%

Germany's electrical grid operators Monday (Oct 15, 2012) said they were hiking by nearly 50 percent the charge to consumers that goes to finance subsidies for renewable energy as the country phases out nuclear power.

Consumers will be asked to pay 0.05277 euros ($0.06839) per kilowatt hour of electricity consumed in 2013, the firms announced, compared to a 0.03592-euro surcharge this year.

For an average three-person house, this 47-percent increase amounts to an additional 60 euros per year to around 185 euros in add-on power taxes. In total, the network operators hope to collect more than 20 billion euros to finance renewables.

On Thursday, German Environment Minister Peter Altmaier said that Europe's top economy wanted to have 40 percent of its energy needs from renewable sources by 2020, up from a previous target of 35 percent.

Germany decided in the immediate wake of Japan's 2011 Fukushima nuclear plant disaster to shut down its nuclear reactors by 2022 and ramp up the use of renewable energy.

Chancellor Angela Merkel has made the so-called "Energiewende", the term used to describe both the end of nuclear power and the promotion of renewable energy sources, one of her government's priorities.

However, the policy has run into difficulties, notably due to technical and financing problems as well because of local resistance to building new power lines. - FRANCE24

Related story: Germany's clean-technologies industry to more than double by 2025


TheGreenMechanics:
Germany's new electricity surcharge of €0.05277 (RM0.21) is almost equal to Malaysia's average household electricity price. According to the EU statistical office Eurostat, Germany's average household electricity price is €0.253 (about RM1.00) per kWh, the second highest in the 27-member bloc behind Denmark. Suddenly our electricity tariffs seem so cheap.

In Malaysia, to help finance the Feed-in Tariff scheme, consumers who use up more than 350kWh per month are levied with 1% surcharge. This is good for a start but that just shows that we are still at infancy stage compared to Germany.

Sunday, October 14, 2012

Germany's Clean-technology industry to more than Double by 2025

Germany's clean-technologies industry is set to more than double in volume by 2025, creating jobs and maintaining its global market share, a study shows.

Installation of offshore wind mill. Photo: REpower Systems, one of the leading international manufacturers of wind turbines.


Green Technology continues to grow rapidly

The volume of German companies in areas such as resource efficiency, sustainable transport and recycling will rise 125% to €674 billion ($862 billion), Roland Berger Strategy Consultants said. They’ll keep a market share of about 15 percent while creating an expected 1 million jobs, it said.

“Green technologies are growth technologies,” Environment Minister Peter Altmaier, who commissioned the study, said today in Berlin. “We still have a leading position in clean technologies and we will do everything to defend that.”

Germany, Europe’s biggest economy, plans to increase its reliance on renewable sources of power such as solar and wind as it phases out nuclear generation. Domestic technology companies such as Solarworld AG must contend with rising competition from Asia, where investment in clean energy has soared.

The German clean-tech industry is dominated by small- and medium-sized businesses that have helped stabilize the nation’s economy, Altmaier said. The country has a target to raise energy efficiency and lower greenhouse-gas emissions 40% by 2020 from 1990 levels.

The global clean-tech market will more than double to €4.4 trillion by 2025, according to the Roland Berger study.


TheGreenMechanics: As mentioned, the market for green technology will continue to grow rapidly and is becoming the driving force for growth in traditional industry sectors of many developed nations. Malaysia must take cue and not risk itself of missing out on clean energy boom.


The reporter on this story can be reached at snicola2@bloomberg.net. For additional information, visit:
http://www.renewableenergymagazine.com/article/green-tech-market-to-double-by-2025-20120910


Wednesday, October 3, 2012

50 Green projects to be approved in 2013

iGEM 2012 Malaysian Green Technology Corp expects over 50 green projects to be approved by financial institutions under the Green Technology Financing Scheme (SPTH) next year, compared with 30 this year.

Acting CEO Ahmad Zairin Ismail said banks were now more keen to approve green projects as the Government, through the Finance Ministry, was also ready to promote this line of business.


Billions of Ringgit to promote green business

The Finance Ministry has allocated another RM2billion (on top of what has been spent) to the SPTH to further push up the production and use of green technology-based products, with the scheme extended until Dec 31, 2015.


“So far, RM805million worth of projects have been approved by over 21 participating banks in the country, while over RM250million worth of loans have been disbursed,” Zairin told reporters at the media sneak preview of the International Greentech and Eco Products Exhibition and Conference Malaysia (iGEM) 2012.

He said the time taken by banks to approve green projects has also decreased significant from over a year to between 6 weeks and 2 months. Under the funding scheme, between RM10million and RM50million is allocated for a project, depending on the criteria.


International Greentech and Eco Products Exhibition & Conference (iGEM)

The iGEM 2012, to be held on 10th - 13th October 2012 at the Kuala Lumpur Convention Centre, is expected to attract over 100,000 visitors. This year is the 3rd of such exhibition and is themed Greentech for Growth. The objective is to help push the adoption of green technology to deliver a double impact of sustainable economic growth and to address the environmental and energy security issues.

The 4-day iGEM 2012 will witness the participation of more than 605 booths involving some 330 companies, both local and overseas, featuring the following major sectors (as mentioned by Minister Peter Chin in his page):

i)    Energy, as in renewable energy and energy efficiency,
ii)   Transportation as in electric vehicles and hybrid cars,
iii)  Building and construction,
iv)  Water and waste management,
v)  ICT, eco-products and related services.


TheGreenMechanics: Last year the event managed to generate sales leads of about RM1.35billion. Let's hope this year would attract better volume. I want to visit such exhibitions!