Archive for the ‘Green Technology’ category

Baltimore’s Green Roof Renaissance

October 6th, 2009

Ed Dreiband claims to be afraid of heights, yet here he is, some twenty-five feet up, standing on the roof of his newly built Northwest Honda dealership in Owings Mills, looking like the king of the world.

From this vantage point high above busy Reisterstown Road, Dreiband can survey all 28,500 square feet of the building’s innovative “green roof,” made of living, growing plants.  The green roof is the centerpiece of Northwest Honda’s eco-friendly auto facility, which opened in August.

“The plants have grown some since my last visit,” says Dreiband, who led this reporter on a semi-perilous climb up a narrow, indoor ladder, before opening a steel hatch that leads onto the roof.
Dreiband walks gingerly, careful not to tread upon neatly manicured rows of tiny plants—some 57,000 in all—that nearly cover the roof.  “They don’t really require much work,” Dreiband explains.  “When it rains, they’re watered.  That’s what’s so great about this—the environmental benefits and the practicality.”

Green roofs are vegetated covers where growing plants replace traditional roofing materials.  Experts like Garth Rockcastle, dean of the School of Architecture, Planning and Preservation at the University of Maryland, College Park, say they’re gaining favor as a smart, sustainable design trend.

“For the past fifteen years [in college architecture programs] there’s been an evolution in terms of teaching more ‘green’ concepts,” says Rockcastle.  “Today, it’s considered standard.”

The need and the demand for eco-friendly construction have increased due to factors such as global warming, higher rates of air and water pollution, and a growing population.  Green roofs can help lessen urban development and suburban sprawl issues, while creating environmental, economic, and aesthetic benefits.

Environmentally, the myriad benefits include reduced effects on the ozone, fewer toxins in drinking water, and improved air quality.  While green roofs usually entail higher initial costs, their economic advantages typically include decreased energy usage and utility costs (particularly in heating and cooling).  Among the aesthetic benefits are visually pleasing native and naturalized plantcommunities.

Dreiband says he first read about eco-friendly construction in USA Today and Ward’s DealerBusiness, a trade publication for car dealers.  He and his wife, Ina, also own BMW and Suzuki dealerships, all along the 9700 block of Reisterstown Road.

“When we began working on the new building, I asked our architect about it,” says the 62-year-old accountant turned car dealer, whose two sons Josh and Danny help him manage a team of two hundred.  “We found out that we could do it, and went from there.”

Architects Peter Powell and Rob Gordon of Beck, Powell & Parsons in Towson designed the new $12 million facility, set on four acres that formerly housed Baltimore County police department offices.  (The land was purchased from the county in 2001 and the groundbreaking occurred in January 2006.)

The new building replaces the old Northwest Honda site across the street (which will be used to expand the family’s BMW dealership), and is designed to preserve energy and utilize recycled materials in a variety of ways.

“[Dreiband] has always had an interest in energy conservation, both as an environmental concern and a cost-saving measure,” says Powell.  “We’d done residential and commercial [green] buildings, but never a green roof on a commercial building.  It was an exciting project.”

The results are impressive. The sprawling 40,000 -square -foot dealership is painted white with cool blue accents, giving it a light, airy feel. It can accommodate up to five hundred cars.

The building has eighty-seven energy-saving insulated glass panels, and its main heating source comes from furnaces that use recycled oil from cars.  Throughout the building, automatic sensors turn lights on and off as people enter and exit rooms; meanwhile, exterior lights are controlled by so-called “photoeyes” that turn lights on based on the percentage of available light, and turn them off based on time clocks to reduce unnecessary usage.

To service cars, there are twenty-nine vehicle bays in the service center, and the dealership’s on-premise carwash recycles water between washes—about 2,500 to 3,000 gallons daily.

As for the building’s green roof—which actually has what architect Rob Gordon describes as a “thermo-plastic polyolefin membrane (TPO) roof” underneath to keep the interior of the building dry—it is a blend of both form and function.  For starters, the green roof extends the life of a traditional roof, according to the lead architects, who collaborated on the project with landscape architect Thomas J. Hoff (who secured the approval from Baltimore County to install the green roof), various engineers, builders, county officials, and others.

Having multiple layers protects the TPO roofing membrane from ultraviolet rays, wind, and the extremes of temperature fluctuations.  “The green roof keeps the TPO cooler, and this reduces the ‘heat island effect’ of a black roof, which would otherwise contribute to global warming,” explains Powell.

The green roof also meets the county’s required storm water management system requirements, says Robert Alexander Wirth, a professional engineer and manager of storm water engineering for the county’s Department of Environmental Protection and Resource Management.

“When you disturb more than five thousand square feet [of land], you are required to address storm water management,” he explains. “Because of site constraints, such as clay soil under the ground, they had to come up with an alternative storm water practice. There’s a whole menu of items you can choose—from a storm water retention pond to underground facilities. They chose to do this green roof.”

Wirth says according to the plans submitted to the county, estimates were that the roof would cost a little under $400,000.

A green roof typically has drought-tolerant plants (in this case, most are a hardy species known as sedum in six different varieties) that help reduce, filter, and cool storm water run-off. That in turn can protect sewer systems and watersheds, and help prevent potentially hazardous levels of toxins from entering waterways such as the Chesapeake Bay and affecting food sources like fish.

While Dreiband says safety and insurance issues preclude the public and customers from going up to the roof, the project has garnered positive attention for the dealership.  Besides being what Wirth called “unique” in Baltimore County, it may also be the first Honda operation nationwide with such design elements, according to company officials in Torrance, California.

“It is certainly one of the first to incorporate so many environmental facility features into the overall design philosophy of the dealership,” says Chris Martin, a spokesman for American Honda Motor Co., Inc.

“We’re thrilled about the new building and the chance to operate in an environmentally conscious manner,” says Dreiband, who resists labeling himself an “environmentalist.”

“I can’t take care of the whole world, but this makes me feel good.  I have grandchildren, and many of the people on my team have children.  We want to leave them a healthy environment.  We only have one earth.  We all share it.”

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Quebec Company Turns Trash Into Fuel

October 6th, 2009

Will today’s municipal landfills become tomorrow’s clean energy reserves?

A team of scientists from Singapore and Switzerland recently released figures published in the current issue of the journalGlobal Change Biology: Bioenergy, projecting how much cellulosic ethanol could be generated from the waste paper and cardboard that ends up in municipal waste streams.

Basing their calculations on known wood and crop waste yields, as well as estimates of gas and paper consumption in 173 countries, the group reckons there’s enough such trash to generate 82.9 billion litres of ethanol (almost 22 billion gallons) a year – “replacing 5.36 percent of gasoline consumption, with accompanying greenhouse gas emissions savings of between 29.2 percent and 86.1 percent,” the authors conclude.

But these emission-reduction figures don’t account for additional carbon emissions arising from increased timber harvesting — which would presumably follow a reduction in global supplies of recycled newsprint and cardboard.

Enerkem, a green energy company based in Quebec, has developed an alternative approach to mining the carbon out of non-recyclable plastics, construction waste and other materials found in the municipal waste stream.

The company says it has pioneered a gasification technology that processes waste into a synthetic gas that can be converted into liquid fuels and biochemicals, and it has entered a 25-year deal with the City of Edmonton to purchase the trash left over after glass, metals, paper and recyclable plastics have been removed.

This fall, the company started construction on a $65 million plant in Edmonton, Alberta, that will transform 110,000 tons of sorted municipal solid waste into about 9.5 million gallons of fuel-grade ethanol.

It will be the first such plant to go into operation in North America.

Enerkem says the fuel represents an 80 percent reduction in greenhouse gases relative to gasoline, and so will qualify for the Canadian government’s new biofuel content mandate, to be introduced in 2010.

Marie-Hélène Labrie, the vice president of government affairs and communications, said that the company is in the process of negotiating a similar venture with the Three Rivers Solid Waste Management Authority of Mississippi, which serves seven counties in the Tupelo region.

That deal, still under negotiation, will involve 189,000 tons of unsorted municipal solid waste a year.

The $250 million plant, in Pontotoc, will recycle and convert approximately 60 percent of the trash that crosses the gate at the Three Rivers landfill, according to an Enerkem statement.

The majority of the waste will be converted into biofuels and the remainder “will be distributed to recycling processors,” the company said. The plant is expected to produce about 20 million gallons of ethanol a year.

According to the University of Michigan’s Centre for Sustainable Systems, the United States produces almost 250 million tons of municipal solid waste each year, with just under 60 percent destined for landfill.

“It is recycling the carbon molecules in this garbage,” Ms. Labrie said. “You can also produce green chemicals as well as biofuels.  It’s a great resource.”

2.5 Cents Per Kilowatt Hour: America’s Cheapest, Cleanest Fuel ‘Holds Steady’

October 6th, 2009

It’s not news that energy efficiency is cost-effective.  But new numbers from the American Council for an Energy-Efficient Economy (ACEEE) quantify just how cheap the resource has become relative to other power generation types.

The figure today: two and a half cents per kilowatt-hour (kWh).

That’s one-third or less the price of any new source of electricity, making efficiency the cheapest option available – conventional or renewable – and a no-brainer investment for big utilities.

ACEEE notes, for instance, that in 2008 coal cost between 7 and 14 cents per kWh; natural gas cost between 7 and 10 cents per kWh; and wind between 4 and 9 cents per kWh.  In terms of new nuclear, some estimates put its price at 15 cents per kWh, or more.

The main point is straightforward: Conventional energy costs are climbing, and coming carbon regulation will kick those costs up even more.  Not the case with energy efficiency.  The price of saving a kilowatt has stayed steady or dropped over the last half decade, reinforcing why states and utilities are adding aggressive efficiency programs, and forcing this question: Why aren’t the feds doing the same?

Saving Energy Cost-Effectively: A National Review of the Cost of Energy Saved through Utility-Sector Energy Efficiency Programs” updates ACEEE’s frequently cited research from 2004.  The original data determined that the average cost of delivering energy efficiency programs in the U.S. was 3 cents per kWh.

The 2004 study reviewed the cost-effectiveness results from nine top states.  The current, more in-depth version expands that to 14 states – California, Connecticut, Iowa, Massachusetts, Minnesota, Nevada, New Mexico, New Jersey, New York, Oregon, Rhode Island, Texas, Vermont and Wisconsin.

The conclusion is pretty much the same: Efficiency is the safest energy investment there is and the cheapest power source left.  Expect more of the same for the foreseeable future:

“The U.S. Energy Information Administration (EIA) estimates that in 2020 new conventional power plants including coal and nuclear will cost about $0.10 per kWh, or four times higher than current energy efficiency program costs,” the study finds.

The research findings should have implications in U.S. Senate deliberations on climate legislation and state-level decisions about new power, ACEEE says.

According to the group, the new numbers are the talk of the Hill.  But whether they will have the desired impact is another story.

States are certainly moving forward – California the fastest. The climate-action leader just passed a three-year, $3.1 billion energy efficiency budget for the state’s four biggest utilities. It’s the largest commitment ever made by a state to energy efficiency.

But not all governors are marching in sync.

“While funding for energy efficiency has rebounded from the low point that it reached during industry restructuring [during the mid- to late 1990s], many states still lack well-funded comprehensive energy efficiency programs,” writes ACEEE.

Most analysts agree the federal government could use its considerable power to steer all states toward greater efficiency.  And the American Clean Energy and Energy Security Act (ACES), the nation’s potential future climate law, has been seen as the best hope.

The bill passed the U.S. House in June.  As it stands, its energy efficiency building and appliance codes would create 600,000 new jobs and avoid the need for 419 new coal plants by 2030, according to an August analysis by ACEEE.

Those potential gains are impressive.  But adding a federal energy efficiency standard (EERS) would substantially increase them.

In fact, if the U.S. were prepared to require utilities to get 10 percent of new capacity from efficiency by 2020, over 1 million new jobs would be created and the need for 512 new coal plants averted through 2030.

Consulting firm McKinsey has run its own numbers on efficiency, and they’re just as striking.

The U.S. could save $1.2 trillion in ten years by investing $520 billion in efficiency improvements, according to a July 2009 study.  In a 2007 report, McKinsey found the nation could offset 85 percent of the projected incremental demand for electricity in 2030 with efficiency alone, “largely negating the need for the incremental coal-fired power plants.”

Most agree a national EERS would help achieve these gains.  Such a standard would cut global-warming pollution faster and cheaper than any other resource, eliminate the need for power plants, slash demand for new and costly transmission upgrades and even save consumers money.

But the policy has been all but ignored in the drive for a post-coal economy.  The primary opponents are utility companies.  The reason is simple: The profits of most are still tied to the amount of electricity sold.

There’s still a possibility Congress could blaze a new trail on efficiency. Sens. John Kerry (D-Mass.) and Barbara Boxer (D-Calif.) just released their draft of the Senate’s sibling to ACES, and the chamber will soon step into fierce debate over its provisions.

The U.S. Senate Committee on Energy and Natural Resources has jurisdiction over the efficiency measures.  ACEEE Policy Director Suzanne Watson told SolveClimate that committee member Sen. Charles Schumer (D-N.Y.) is expected to introduce a 10 percent EERS amendment on the Senate floor as part of climate and energy legislation, once “health care is put to bed.”

Mid-October is the likely time for this to happen.

“There is good support in several quarters for that.  Senators are prepared to stand up for energy efficiency statements on the senate floor the week of October 12, much like what we have seen other senators do related to renewables,” Watson said.

Giving The Green Light To Electronic Document Management

September 30th, 2009

Going green may begin at home—but there’s no doubt that it continues at work. Recycling bins, bringing your own mug instead of using paper cups, turning off lights, closing doors and lowering blinds are some ways that employees make an effort.
But what about how you store and organize information? Isn’t it time to trade outdated processes and overstuffed filing cabinets for something more sustainable?
Paper Pitfalls
The average office worker in the US uses 10,000 sheets of paper each year—or two pounds of paper a day. (Source: EPA.)
Where does it all go? Placed in files, shuffled between employees, sent to shipping, tossed in the trash. Offices rent storage space, or require bigger offices for all their paper documents. And not only do they take up space, all that paper is a risk for security and fire damage.
Not to mention incredibly inefficient.
A (compact fluorescent) light bulb over your head
Have you through about electronic document management?
An electronic document management software is just that: online and paperless. It’s a business software application designed to digitally store documents into a repository.
Documents can include everything from invoices to emails to contracts to health records—anything you need. As the documents are stored in the system, they are associated with index information referred to as metadata attributes. With metadata, users can quickly query documents using a web browser or other client application and retrieve the documents electronically on the computer screen.
These systems offer an office numerous capabilities, including storing, indexing and retrieving documents. Additional functionality may involve electronic routing of documents for approval, email archiving, records retention management, document scanning, optical character recognition (OCR), online collaboration with vendors and suppliers, security, disaster recovery, and reporting.
It’s a paperless office solution that reduces your carbon footprint and increases efficiency.
Green, Clean, and Fast
Because when you need a document, you need it quickly. Paperless information can be searched and retrieved much faster, without leaving your desk. Filing and retrieval is reduced from minutes to seconds—a huge productivity gain.
Plus, it’s easier to share information. Not just because files are online, but also to collaborate: A paperless system supports collaboration tools like check-in/check-out, document version control, email archiving, and remote access.
Not to mention secure: Digital documents are more easily backed-up, and can be made available quickly in the event of a disaster.
How can this help me?
Just think about all the times you’ve tried to get something accomplished off-line. Processing an invoice for payment? Keeping all necessary records in an archive? And when multiple employees work on a single document, how can you be sure it’s the most current version?
Here are just a few examples where electronic document management can help you go lean and green:
Electronic Approvals: Electronically route documents for review and approval, apply digital signatures, and create electronic markups. Reviewing documents online reduces demand for paper and ink.
Digital Archiving: Electronically archive paper documents in PDF or Tiff formats. Digitally archiving your documents reduces the need for paper storage facilities, limits exposure to fire/flood damage, and promotes recycling efforts.
Collaboration: Share documents online with co-workers, vendors, and suppliers. By providing electronic access to documents, companies reduce delays, cut costs, and lower the environmental impacts of shipping paper documents.
Processing an invoice is another great example.
An invoice arrives. It needs to be routed up the approval chain for payment. In a paper world, this process is slow, invoices get misplaced, data is manually entered, people forget to approve, and so on. Yet for many companies, a paper-based process is still the norm.
In the digital era, paper-based processes such as invoice approval can be easily automated. This way, an invoice would arrive and be digitized, capturing data that is automatically incorporated into accounting systems. Notifications with electronic copies of the invoices go out to approvers, and simple workflow steps ensure that the necessary approvals are obtained, and accounting receives notification of approval and pays the bill.
The big benefit is time. Time is money.
In addition to financial costs, the environmental impacts cannot be ignored. The production process to produce paper stock requires harvesting trees, consumes significant energy leading to increased greenhouse gases, and involves chemicals that we weren’t allowed to touch in chemistry class.
All this goes to show how electronic document management can help employees work faster, smarter, and greener.

The Fight Against Global Warming

September 29th, 2009

We also see the factory is designed to catch the public soon. These problems range from simple, as published in the humanization of the quality of paper products in the foreground as the humanizing quality of life and the state of our planet. Global warming is the most common questions asked by our politicians, and have a discussion in this area, all decisions are missing a lot of progress is to sit only a source of frustration to the beautiful people of the world.

Too often, political interference, even from the annoying to significantly increase the opponent to rebut the condition of prisoners.
This leads to other problems and exacerbates the puzzle. Any calculation of the evaluation must be from a violent feud with members of the entertainment, generous and luxurious cars that consume a liter of petrol and smog levels caused divided into the atmosphere.
Nobody wants to take the most important, because these cards? Conservatives plan to pay their bills.

What is the prospect of extra-bright horizon is the development of instruments to try to destroy the planet to keep the extension. These techniques range from authentic and fresh, the ideals that the maintenance of power. Vehicle continuously in the layer also contributes to better the world in production of hybrid vehicles, which added more easily to reduce the background of a reduced amount of rumors, oil products and other toxic chemicals and emissions. All that remains is a social content sharing in the West and widespread problems that we impose conditions of such exchanges.

Full refund taxpayers an average of energy conservation, such as financial statements. Many electronics companies begin the conservation of power can be obtained, but the ingredients are out of the market share of household consumption and the group did not agree that the insurance bill one month in exchange for promotion. This seems a little unusual this time is that the manufacturers of tariff change with generous breaks and incentives, new, more environmentally friendly, but millions of households are not.

It seems a step towards global warming is correct only developed a program for the little things that households can be produced easily rewarded. This will save thousands or millions of watts of energy every year. This may be produced, the huge amount of energy required, allowing the clean energy company with a large area must be calculated to replace an individual hardly manufacturing sectors to be imposed from the top and finished using.

While leading a superb performance of urban smog, regeneration and reduce energy consumption, so that node can not burn once the territory of the procedure. There are also small things greatly, to be taken to reduce the destruction of the ozone layer is a time and a reduced amount for the destruction of humanity, our beautiful capital of our planet. This is not the burden of government, and that therefore the population. We can all be changed, but the collective of humanity, the construction of a difference in our world, which takes a lot.
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Wood Water Heaters

September 24th, 2009

Let me start with the well-known fact that wood is a traditional form of fuel, which was used in the past but is also considered an important fuel in the present, in terms of its suitability for modern gadgets. The other useful point to add is that wood boilers are heating systems that use wood chips or wood pellets as fuel. As a matter of fact, there is a difference between the wood boilers that use wood chips and those that employ wood pellets as fuel.

In fact, the former is larger since wood chips are larger than wood pellets. It would be interesting for you to know that the fuel is obtained from forestry thinning and crops from areas located in close proximity to the boilers. Wood is usually dried over a special period of time, and then, as far as this issue is concerned, subsequently chipped. As far as my personal experience can be taken into account, wood pellets, which serve as a fuel for wood boilers, is obtained from the compression of sawdust, a readily available industrial waste product. You should also know that since a steady supply of sawdust can easily be ensured, the product is highly recommended for small boilers.

Beyond any doubt you have to pay serious attention to the fact that major wood boilers make use of a downdraft wood gasification machine. By the way, this burns wood of all kinds with varying degrees of moisture present in them. It is very important to take into account that these wood boilers function by extracting the wood gases with the help of an induction fan, and then burning them below the wood to make certain that the combustion is more complete. As a matter of fact, the wood is repeatedly heated by the burning of gases below it. It’s common knowledge that this ensures the steady rise of gases from the wood. Besides, we have every reason to believe that the wood does not burn, but it makes sure that a steady supply of gas is easily available. As the combustion is limited only to the gases, as far as my personal experience can be taken into account, a wood boiler can burn wood with a greater variety of moisture content. By the way, such wood boilers have a system that entails an automatic switchover to oil heat, gas heat or electric heat backup. It is obvious that when you take a closer look at this issue you would notice that another important trait of such wood boilers is the optional lockout system. One of the cardinal recommendations for you to know is that this helps in sustaining the secondary fuel mode, in case the wood charge is exhausted.

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Do-It-Yourself Windmills – An Alternative Source Of Power

September 23rd, 2009

It’s not a secret that there are various energy sources out there today. To the best of our knowledge and this aspect is of fundamental importance for us that this is so because people who are looking for an alternate source of energy are growing. As far as my personal experience can be taken into account, there are now many options for the installation of an alternate source of energy. And, in short, what is more important that among the other this includes hydro, solar, and windmills. Beyond any doubt you have to pay serious attention to the fact that the only problem is that, the initial cost of constructing your own power generator is rather high. But, if we are making a closer investigation of this problem, with the constant rise in price of products producing energy, there is now, as a matter of fact, a growing feeling to make one’s own energy source. And it is obvious that when you take a closer look at this issue you would notice that while there are many alternate sources of energy out there, the most advisable would be, without any doubt, homemade windmills. What matters here is that as a matter of fact, you may know that solar and hydro energy sources are also desirable but these particular energy sources need specialized equipments so that they can be built. In this wise, the other thing that needs to be added is that the price in its construction might be staggering taking into consideration not just the specialized parts thereof but also your precious time and energy not to mention the money that you will be spending in the building of said energy sources.

On the other hand, as it may be observed we can safely assume that windmills might be constructed without the price required in putting up that solar or hydro energy source. So, in addition it should be also mentioned that it is no great surprise that if you’re constructing that energy source for economical reasons, then homemade windmills is the energy source for you. Moreover, this problem has to do with the fact that while still shelling out some money, it is nevertheless low-priced than that required of other sources of energy. And, according to my personal experience, while having your own windmill is great, it nevertheless has some disadvantages to it. An example is that, we have every reason to believe that it requires a larger area compared to other sources of energy. But, in conclusion, it’s important to keep in mind that with the ever growing need of alternate energy, having your own might prove advantageous for you. So, don’t be afraid, go ahead and make that windmill.

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Retail Firewood Pellets, And Prices And Supply

September 23rd, 2009

The summer is ending as well as wintry weather is on its way yet again, for many citizens this is the point in time to start to look into securing their supply of wood pellets set for coldness. When buying wood pellets there are evident things that must be considered and prearranged before placing an order. The first matter to resolve is where are the pellets going to be stored. Pellets currently are commonly sold in 20lb bags, and delivered on a pallet. The pallet will usually hold over half a tonne of pellets. The bags even though made from plastic, cannot be stored outside. The bags must be stored in doors in a little humidity atmosphere. The motive for this is the bags really have small holes in them to let wetness escape, so the pellets do not sweat. The average home will use approximately 3 tonnes of pellets over a heating period. Therefore the equivalent is storage space of 6 pallets of pellets. Bagged pellets, despite the fact that currently the market trend, has many disadvantages. Many people today do not like having to move the bags into the storage area, and then when required move the pellets to the stove or boiler. This is particularly not suitable for elderly people, or people with disabilities or in weak health. Also a different disadvantage with pellet bags is the supplementary cost added on the order to parcel the pellets into bags. Finally, there is the matter of pellet bag disposal and recycling. There is a lot of employment essential in the deposal and recycling or pellet bags, not to cite the fuel inputs required to do so. The wood pellet industry is slowly moving onto additional bulk delivery systems, with users installing pellet silos. Pellet Silo?s are essentially large tanks, similar to oil tanks at this time used in home heating systems, or a large coal bunker. The pellets can either be delivered by tanker and blown into the silo, or the pellets can be delivered loose in large bags and then placed in the silo.

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The types of wood pellet silo available range quite a lot, from basic simple manually operated units, to more superior automated units. The straightforward basic silos possibly will be a raised bag or solid silo, with a gate valve at the bottom. The user can then by hand work the gate valve to release the necessary volume of pellets into a container for example. However there are more complicated, but more expensive units for people who want a wholly automated unit. Some wood pellet silos have a rigid or flexible auger feed system, which automatically fills the small hopper on the stove or boiler. The top of the line silos in Europe even send a txt message to the pellet suppler when the silo is getting low, to order some more pellets.

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The last core decision that needs to be made before ordering your pellets, is what rating and type of pellet fuel you wish to use. There are either softwood or hardwood fuel pellets accessible, with some people preferring one over the other.

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Renewable Energy From Plant By-products

September 23rd, 2009

It’s not a secret that the increasing shortage and cost of conventional energy is leading to both generators and consumers searching for new sources of power supply. First of all, one such emerging area that fits the present desire for energy from renewable origins is biomass, namely the production of energy and electricity from plant waste, or in some cases plants grown specifically for energy provision.

But it will be useful for you to find out that not only does biomass have the benefit of being a renewable source of energy, it is favored because it can be utilized by homeowners and small businesses as well as large companies and governments. Moreover, it can be implemented relatively cheaply: the set up costs for certain types of biomass systems are a fraction of the cost of solar and wind energy systems.

By the way, one of the simplest biomass energy systems to set up is a biomass-fuelled boiler. As it could be observed, it is designed to provide hot water for one or more buildings, these boilers are fuelled by pellets of wood chips that are produced as a by-product of the construction and timber industries. Since they use materials that would otherwise be discarded, as far as my personal experience can be taken into account, these systems are viable and also contribute to the drive to ensure that whatever resources we consume are utilized as efficiently as possible, with waste kept to a minimum. It is obvious that with wood-fuelled electricity generators also available, homes and businesses with regular access to wood refuse can use biomass to provide a substantial amount of their energy needs.

As you may know, another way homeowners can utilize biomass is by maintenance of a worm farm. As far as my personal experience can be taken into account, though there are a number of ways to configure a worm farm, the fundamental idea for each is the same: left-over food is placed in the container housing the worm farm and the worms inside consume it. By the way, the worm castings produced as a result of this process are excellent as a fertilizer, and can be used to magnify the growth of fruit and vegetables.

It is common knowledge that biofuel, fuel made from plant mass from sources as diverse as sugar cane, algae and wood, is now being promoted by some governments as a way to reduce reliance on external oil supplies and also to fuel vehicles in a renewable manner. It would be also useful for you to know that Brazil, for example, already powers a sizable proportion of its vehicles using bioethanol. Going further, for instance, biofuels such as biodiesel can be used to generate electricity, providing a true renewable fuel source for both large and small scale generators. The other useful thing to add is that when used as a back-up to solar power and wind power systems, this enables businesses and private individuals to rely completely on renewable energy for their electricity and heating, something every person and organization should work towards.

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Locally Producing Energy And Pellet Production

September 23rd, 2009

The interest in wood pellets and biomass pellets in general is driven by several factors. One aspect is the need for carbon neutral, environmentally friendly energy to replace the use of fossil fuels such as oil and gas. Other reason is to move away from the large energy companies, who control the market price of energy. There are also political reasons to move away from the use of fossil fuels.The opportunity that biomass and pellets bring to us is the opportunity to set-up a new energy economy that is locally based. Locally, referring to each country produces its own energy demands through the use of its own biomass resources. This could be on a national scale, even down to a local community scale. There are several advantages to this system, and here are the two main positive aspects. Energy price fluctuations would be reduced, as energy would be made from several resources and from several locations. As more resources are used there would be more market competition, which would keep prices competitive nation wide. Keeping energy prices stable is one of the most important factors of a stable economy, as it affects remaining consumable income, which many industries rely on.

Increased local jobs and economic support are some of the benefits of increased production on a national and local scale, which in current times of economic depression these jobs are in great demand. The important thing to also acknowledge is these jobs are based in the energy sector.

With local energy production another cost to energy is also greatly reduced, and this is the cost of transportation. By using local resources, processing local resources locally and consuming those local resources local, the whole loop has reduced transportation. The costs and savings of transportation are not only monetary, but also environmental. Reduced transportation means reduced CO2 emissions. After all one of the main aspects of biomass and renewable fuels is to reduce CO2, so excessive transportation would contradict one the key principles of green renewable energy sources.

Using local resources to be processed into fuel locally, for example in the form of pellets then consumed locally is where a large part of each nations energy supply needs to come from to support stable energy prices and support the reduction of carbon dioxide levels and global warming. Reduced transportation CO2 and costs are one of the main benefits, as obviously this would also reduce congestion as the global population grows. One of the simplest forms of local renewable energy production is small-scale local pellet production.Fuel transportation would be kept as minimum as possible and the local economy would see several benefits.

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