Posts Tagged ‘water’

Water: America’s Infrastructure Part 1

Wednesday, September 30th, 2009


One of the world’s truly most precious resource is water. While we are busy flushing most of our drinkable water down the toilet, or using thousands of gallons on our lawns, some people do not even have access to this most basic necessity. What is really scary is the amount that is being lost every single day in our cities that few people even know about. Today there are leaks in the water delivery systems in most major cities. While there is no clean drinking water in some cities in third world countries, we lose nearly 6 billion gallons each and every day due to leaks in our water systems. New York City loses 10% of its water every day to leaks. In Atlanta it is 14%. In rust belt cities, the problem is even worse; Buffalo, NY loses a whopping 40% of its water supply to leaks. There are an average of 240,000 water main breaks every year in the United States. We have had more than a few right here in Cleveland. The amount of water lost every time this happens can be devastating. In cities like ours whose infrastructure is failing across the board, this influx of water overloads the sewer systems, sending untreated sewage into water ways like Lake Erie.

And that is only the beginning.

The loss of water in a water needy world is terrible to be sure. However, the problem is bigger than that. In some cities, the loss of water pressure due to breaks and leaks means that fire hydrants are not properly pressurized. Should there be a major fire in some area, there is a possibility that there will be no nearby hydrants to apply water to the fire. This makes water pressure more than a luxury issue.

Couple that with the health issues associated with leaks. Micro fractures may allow water to leak out, but it also allows contaminates to get in. Remember the cryptosporidium outbreak a few years ago? In 2008, there were 2 boil alerts issued around Washington, DC. That means that twice in one year, the drinking water was unsafe to consume in the water district. We are not talking about India or some developing country, we are talking about the suburbs surrounding our nation’s capital. In some regions of the US, homes are built with septic systems. Some homes in this same region may be supplied by wells. Normally not an issue, but if there is any water main collapse or major line leakage, water supplies can cause sepetic systems to discharge water that is contaminated by e. coli and other bacteria into the same watershed that is being used to supply water.

Consider NYC. Residents of the Big Apple consume 1.2 billion gallons of water every day. Most of this water comes from underground pipelines and aqueducts from up to 100 miles away. The main aqueduct for the city is over 80 miles long and about 70 years old. It hasn’t even undergone a thorough inspection since 1957. Engineers fear that if it is shut off for inspection, the loss of pressure may cause the entire line to collapse. Estimates are that somewhere between 10 and 36 million gallons of water are lost every day to leaks in this line. The worst are centered around a small town in NY called Warwarsing. The cracks in the pipeline are so bad here that the water is rising to the surface. If you have every seen a sinkhole develop, then you can imagine the problems that this town is experiencing. If there is ever a collapse, it is estimated by some that the entire town will be destroyed.

So while there are Californians thinking we need to help supply them with fresh water from the Great Lakes, I say think again. If we could only stop the leakage of 6 billion gallons of water every day from the drinking water supply chain, then we could supply most of that state with its drinking water from the savings alone!

update…
I got this email from one of my readers, so I thought that I would add it on. There is work being done after all to alleviate NYC, but what about the rest of the country?

In response to your water post, please view the attached link: http://en.wikipedia.org/wiki/New_York_City_Water_Tunnel_No._3

If you are not aware, New York City has been working on a tunnel since the 1970′s to help alleviate some of these issues.

This would be the 3rd tunnel for NYC water use.

You make some very good points here. I look forward to your next post.

Amplify

Save 39,000 gallons of water every year!

Thursday, September 24th, 2009

As you might have noticed, I had to work on my blog. There was a hack into my blog site, which required me to learn all about SQL databases. In the end, I went for a complete new install of the latest software, which didn’t work too well with all my existing files. I think that I have all the kinks worked out now. In the interim, I have been thinking about how important water is to us, and how we take it for granted all too often. While you may think oil is our most precious natural resource, water is the basis for life as we know it on the planet. Check out this video from Kohler:

Much of the world’s population doesn’t even have access to clean drinking water. Developing countries often have to use the same water to drink, bathe, wash clothes, even as a sewer. But here in the US we flush most of the water that we use. Another husge amount goes to providing us with that nice green lawn that we are so proud of…

For a few tips on how you can cut back on your water usage, check out this video…

A family of four can save 39,000 gallons of water a year!

Amplify

How can we make our lake really blue?

Thursday, July 23rd, 2009

Lake Erie. When it is clean, it is a joy. There is plenty of recreation available and parks on the lakefront. Furthermore, we are trying (still) to commit to a new and exciting lakefront development. Unfortunately, when we get a good rain like we have had recently, you have to worry about how much raw sewage is overflowing into our beautiful lake. When the city is cash strapped, who is out watching the lake to watch for illegal dumping? What about our aging Port Authority complex that has NO system for dealing with rainwater runoff? Everytime it rains, the majority of the oil stained, dirty asphalt of the city’s port area is washed clean…and into the lake.

The Great Lakes

The Great Lakes

President Obama has a budget for 2010. In it he has allocated nearly $500 million for the first stages of cleanup of the Great Lakes Region. What can we expect from this amount of cash? We have a lot to do to fix our collection of lakes. To get the party started, the US EPA is holding a series of meetings around the region. In Cleveland, you should plan on attending the meeting in Cleveland Heights. The meeting is July 27, 2009, 6-8pm at the Canal Way Center, State Boat Landing Room 4524 E 49th St Cuyahoga Heights, OH 44125-1008. Please join me and make your voice heard. We can talk about lakefront development for another 10 years, but we need to deal with the issues of the lake right now! If you want more info about this meeting, or one closer to you (if you live outside Ohio) then check out their website.

Among the other issues that we are facing in cleaning up our lake, are the invasive species that are damaging the ecosystem. Fish are brought in by ships from other waters in their bilge tanks. Once in the lakes, they thrive without their natural predators and push out native animal and fish species. Don’t forget that we have also destroyed much of the local habitat through industry over the years, and allowed manufacturing to pour tons of chemicals into our water streams that are still lingering about. I do worry about what will happen, as the lake is an important source of wildlife, nature, and drinking water. We need to take care of it, now that we have mucked it up. I am all for developing the waterfront. It could be a great economic draw to the region. The issue that concerns me is that the port Authority is currently not managing its storm water runoff, so what is the plan for managing debris, and pollution during their proposed move and the development of the property that is currently their home? Once again, I fear that our lackluster attitude, and our inability to demand that things be handled properly on our local level will be our downfall. Maybe with the help of the EPA, we can start some new enforcement and new momentum toward a cleaner, safer and bluer lake.

Won’t you join me and have your voice heard?

Amplify

When it comes to sewers, Cleveland stinks!

Monday, July 13th, 2009

What is the deal?  If you have ever stopped at a red light near any sewer grate downtown or on the near west side of Cleveland, then you are with me here!  I can barely breathe!  I admit that my sense of smell seem hyper sensitive since I quit smoking, but still-sometimes this town STINKS!  I have lived in a lot of places.  I even worked for 3 weeks in Manhattan, during a garbage strike, in a drought.  That is the only thing that begins to compete with the foul smell that emanates from our sewer grates here.  The thing is it comes around during dry spells, shortly after a rain, even in the cooler days of fall and spring.

If you were out and about on the beaches this weekend, then you probably saw the signs warning swimmers of contamination.  That is because the storms that rolled in on Saturday morning were so fast and hard that the sewer system backed up and overflowed into the lake.  I don’t know about you, but my image of a green city on a blue lake doesn’t include the passing floating sewage.

Our sewers are old.  Very old.  In fact, some portions of the sewer system (even some of the water mains-I hear) are practically original to the city.  They simply were not built to last 150 years, or to handle the amount of storm water runoff  and people generated water waste of a city this size.  Furthermore, there are so many pressing issues that are facing Cleveland, that we are really only fixing small portions at a time, rather than attempting the entire system.

What can be done?  First off, we need to start thinking about what we can do as residents and small business owners.  Disconnect your downspouts.  Install rain gardens and rain barrels.  This allows the first initial rush of storm water (the big part that overloads the systems) to be handled on the property and reduces the impact on the system.  Secondly, reduce the amount of water that you use.  Wash your car less.  Flush less.  Conserve water by turning off the tap while you brush your teeth and shave.  Wash full loads of clothes only and use a water efficient washing machine:  our front load washer uses a fraction of the water that our old top loader used and the clothes are cleaner!  Think about including pavers with spaces in your next project.  This will allow more rainwater to enter the ground than concrete, reducing the impact of rainfall.

Why bother?  First off, it is good for the city.  The less impact on the system, the less we need to worry about our taxes going to repair infrastructure.  Secondly, it is good for the environment.  Less sewage overflows is better for the lake and environs.  Pollution in run off is reduced, as rainwater can be handled on site.  Rain captured in rain gardens and rain barrels means less water usage for irrigation.  Lastly, it is good for your health and pocketbook.  The less pollutants in the watershed, the less water needs to be treated.  The more rainwater is handled on site, the less heavy metals and other stuff to worry about in our water supply.  The more water we salvage from rain, the less our water and sewer bills will amount to.  It is a simple economic question!

Amplify

Barrels are for more than beer!

Tuesday, June 9th, 2009

I am thrilled that people are starting to take rain water seriously as a natural resource. I was shocked to learn the other day, that in some areas, rain water is considered the property of those who own the water rights of a particular area. Those of us that do not have that issue should start to think very seriously about disconnecting our downspouts and adding rain barrels. We pay dearly for our water usage. In Cleveland, our sewer charges are tied to our use of water as well. I am an advocate for removing grassy turf and replacing it with native plant species that require little irrigation, but I know that for some people that is not an option. Still, watering with captured rain water reduces the load on the water supply and will save you money!

Cleveland is no stranger to sudden thunderstorms that dump huge amounts of water in a very short period of time. If you have ever been downtown during a one of these torrents, then I am sure you have seen the water gushing upwards out of our antiquated sewer system. Disconnecting your downspouts and adding rain barrels is a great way to relieve some of the pressure on these old systems. We are still using some of the same sewer lines in this town that were originally installed a hundred years ago. Since that time, we have built more buildings, added more people, and covered the precious turf with cement and concrete. All of these have added to the problem. More water being used, and less earth to drink in rainfall means more water being funneled into the storm drains. But we have a lake nearby, so no big deal, right? Wrong. All the water running across the pavement picks up oils and pollution from our streets and needs to be treated before it can be released to the water shed-unless you want the lake to catch fire like the river once did.

Why should residents think about rain barrels? Simple: why should you pay for water for your garden or lawn? We talk about conserving water by turning off the tap while brushing our teeth or shaving. We talk about low flow toilets, waterless urinals, even the yellow/mellow rule. But for the biggest impact, think about the fact that the average lawn drinks in 21,600 gallons of water a year. In Cleveland, where much of our sewer cost is based on water usage, imagine the double savings of capturing rain water and reusing it for the lawn. Also think about the good for the watershed, and the savings to the city. As I said, pollutants are washed onto the water shed by the flush of rainwater. Much of that comes in the initial start of rainfall. Barrels reduce the initial impact on the system-reducing pollution in the sewer system and relieving some of the burden on the city treating our water. Perhaps if we all got rain barrels, the city would save enough to flush out our curbside recycling!

So where does on go to get a rain barrel? There are plenty of fine places on line. You can also find one of the many workshops that spring up around the city in the early spring. You can even have one fully installed for you: visit Blue Water Ohio. If you are feeling handy or keeping an eye on your bottom line, I have included these two videos that I found on You Tube. There are a surprisingly high number to choose from, but this one is from Penn State:

And this one seems to have the cheapest solution of all:

Saving rainwater is the hot topic this year, so get on board and do your part! If you need more information, contact your local water or sewer district. They likely have information that is tailored just for your area. Good Luck!

Amplify

There goes the neighborhood…

Saturday, May 16th, 2009

Sometimes the challenges of living greener can be difficult.  We live in a society that embraces convenience an profit, and our whole lives have been built on that. Our homes are built faster and cheaper, rather than built to last for hundreds of years. When demolished, they are put into landfill, instead of salvaged for all the parts. It is cheaper to buy new than to repair appliances. We buy new cars every few years: the whole leasing program is built on changing the vehicle that you drive on a regular basis! In Cleveland, not all neighborhoods even have curbside recycling (yes, my biggest pet peeve.) In the face of this kind of environment, it can be difficult to stick you your convictions and do what is right. It often feels like no one person can make a difference. One thing that has come our of the recent election cycle is the realization that one person CAN make a difference-just look at Minnesota elections as a prime example. One person added to another, added to another, etc and the results are staggering. We took a long time to get into this mess, and now we can all take some steps to get us out of it.  Just to keep you in the right frame of mind, I am including some interesting perspectives on how we are affecting the planet.

250px-compact_fluorescent_transpa

For every incandescent bulb that you replace, you will save about $30 a year in energy costs. If everyone in a city the size of Chicago replaced just one main light bulb with a CFL bulb, we would save the greenhouse gas emissions of about 200,000 cars on the road. If everyone in the country did it, we would save enough energy to light 2.5 million homes for a year and it equates to the emissions of over 3/4 of a million cars.  Replacing just 16 bulbs is like not driving your car for a year.  Trade out one in four bulbs in your house and the amount you spend on lighting will be cut in half.  Only 10% of electricity used in an incandescent bulb is given off as light, the rest is heat:  a big waste on a hot summer night!

Americans can’t stand to wait a second for an appliance to warm up.  We installed a new breakthrough technology called “stand by” mode.  This allows everything from your TV to your microwave to be ready and at your fingertips at a moments notice.  Unfortunately, that means that when you are gone, asleep, or just not using these items, they are drawing power.  Chargers are no different.  We now have more people with cell phones than land lines in this country.  That means millions of cell phone chargers.  When these guys are plugged in, they are drawing power even though it isn;t going anywhere.  Unplugging your cell phones and appliances can save you energy and money.  It is estimated that “vampire appliance” energy use results in 12 tons of CO2 emissions every year.  40% of electricity used by electronics is consumed while they are off-that is about 17 coal power plants that could be eliminated in America.

images

We waste paper at an alarming rate.  Paper accounts for 40% of the solid waste in America every year.  That is about 72 million tons.  Making a ton of paper from recycled stock saves 50% of water used and 17 trees.  For every 38,000 bills paid online, 5,058 pounds of greenhouse gases are avoided and two tons of trees are preserved.  Stop your junk mail!  17.8 tons of junk mail is delivered every year by the postal service.  44% of that goes unopened and less than 25% is recycled.  Over 48 % of the Earth’s surface was once covered with forests.  Half of those forests are gone and only 1/5 of native forests are left.

We drive too much.  Think about combining trips and making the most of your car miles.  Every 10 miles you save a week is a savings of about 500 pounds of co2 emissions.   We drove enough miles in 2002 to go to the sun and back 13 1/2 thousand times.  Every gallon of gas used emits 20 pounds of co2, so no idling and stop that warm up from inside the house!  Remove that roof rack when not in use, it can reduce efficiency by 5%.

Support renewable energy!  Most of the mercury contamination in the world comes from coal burning power plants.  In the US, over half a million miles of streams rivers and coasts and 12 million acres of lakes and wetlands are contaminated.  Every wonder why fish is bad for you these days?

500px-recycling_symbolsvgRecycling saves resources, energy and money.  we genrate 4.5 pounds of trash every day, per person, on average.  That is twice what we used in the 60′s.  In the last 40 years, residential and commercial waste together has tripled.  The recycling industry creates 1.1 million jobs in the US.  Recycle your water bottles, about 80% end up in landfill.  Better yet, buy a permanent water bottle and switch to tap-a third of water brands tested contained contaminants like arsenic and bottles themselves can leach chemicals.  Buy items in aluminum cans.  Recycling cans is cheaper and easier than plastics and recycled cans are back on the shelf in as little as 90 days.  It takes 95% less energy to make a recycled aluminum can than from scratch.  Buy products with recycled content.  If every household switched to recycled napkins for one package, we would save a million trees a year.

Think about water.  The world is running ourt of clean water.  We don’t think about it much in the US, but in some countries clean water is a luxury.  One billion people (that is one in 6) do not have access to clean drinking water.  A family of four using a low flow showerhead can save as much as 20,000 gallons of water a year.  The average American uses 100 gallons of water a day and 40% of clean drinkable water used in the average home is flushed down the toilet.  By 2016, it is estimated that 36 states will be having a water shortage.  A leaking faucet can wste 20 gallons of water a day.

Think about these fun facts.  It  would be easy for us to save significant amounts of resources and energy by making some simple changes.  Remember them, too.  You can show off your Green IQ at parties!

Amplify

Rainwater Harvesting

Monday, January 19th, 2009

Today, I am researching rainwater harvesting systems. There are many products available on the market these days, but I am starting with the few that I remember from Greenbuild. What is Rainwater harvesting? It is the process of capturing and reusing rainwater that runs off of a building’s roof. It can be used for irrigation and more. Depending on many factors, like roof compsition and local regulations, it can be used for laundry and showering. We plan to capture the roof runoff and reuse it for irrigation, and possibly to flush toilets. In order for this to work, we need to accurately plan on capturing a month’s worth of rainwater. Some people may be surprised to learn that Cleveland has an annual rainfall that is on par with Seattle. That means a significant amount of rainwater retention capability. We expect to need 6-8 thousand gallons of capacity.

But why capture rainwater in the first place? Managing the run off from a building site can have a huge impact on the local water shed. First off, letting rainwater run into the gutter and using fresh potable (drinkable) water to water landscaping makes no sense whatsoever. Secondly, rain runoff picks up dirt and oils, then enters the sewer and has to be cleaned up before delivering to the municipal supply or watershed. In a city like Cleveland, whose infrastructure is in dire need of updating, managing our own stormwater can help to reduce sewer overflows. We plan to use captured rainwater for irrigation. Furthermore, we plan to remove as much concrete from the site as possible. Concrete caused rainwater to run off site and into the sewer. We plan on utilizing permeable pavers on site. Pavers that allow water to pass through them, allows water to filter through the ground and re-enter the water shed naturally, filtered by the earth itself. Once we work out the logistics, we may need to add a bio swale in order to treat additional run off.

Rainwater Harvesting

Rainwater Harvesting

Here is an image by Construction Resources in the UK that illustrates how the idea works.

We are looking at a variety of companies. They all have advantages and disadvantages, but all work on the basic principal of the old fashioned rain barrel. A tank of some sort is connected to the downspouts on the roof and rainwater is collected and stored in it. My favorite design is the Rainwater HOG. The reason that I like this system is the design of the barrels. They are about 6 feet tall, less than 2 feet wide and only 9 1/2 inches deep. While these 50 gallon tanks may not come anywhere near being large enough for any one structure, the advantage is that they are modular and the system is expandable. They fit together to increase capacity to the necessary size. They can be used upright or horizontally. That means they can stand up along a fence line or retaining wall, or lay under a deck. These great tanks are reusable and recyclable at the end of their life, and are made of food grade plastic. Another system that is interesting is the Rainwater Pillow. It functions like a giant water bed mattress. It is cool in that it can be designed specifically for your situation. This is ideal for homes with a partial basement area or large deck area that is unused. It can even be designed with Cradle to Cradle Specifications. The final type of tank is a rigid solid tank. Bushman makes a variety of sizes in polyethylene. Containment Solutions make a fiberglass selection. These two companies provide similar solutions with one major difference: Bushman is made for smaller applications and meant to be used above ground. Containment Solutions seems to be for larger applications and mainly utilized underground. Our particular project is difficult as it mainly falls between the two. While it is a commercial site, it isn’t a huge site. If we chose a company like Bushman, we would need their largest size in multiple units. These would take up a lot of room on site, unless utilized in the basement. Here they would need to be much smaller, however, in order to install them. While an underground system, like those of Containment Solutions would be easier to implement, it would require immense digging to install. This makes sense in a new construction project, but much less in a retrofit situation.

The last things to consider are usage, access, and peripherals. What you plan to use the water for makes an important impact on the system selection and add-ons. We plan to use it for mainly rainwater collection and irrigation. That means a simple filter could be used at collection to keep out particulates. This also means we would need little access to the tanks themselves as there will be little clean out needed. We intend to add showers to the plan. Shower water can also be collected, as long as biodegradable soaps are used. This however, would mean finer screening and filtration to keep out larger particulate matter. The trade off is a reuse of waste water. In any case, we will likely need pumps to use the water. Outdoor tanks, above ground, would mean that pumps could be avoided for some of the water use, utilizing simple gravity to use induce pressure. Underground tanks would mean pumps are a necessity.

We may use a combination of brands. Additionally, after a year or so of use, we plan to try installing a system in our own home. This project should give us some insight into what will work best for our house. As always, any feedback on rainwater collection systems would be greatly appreciated!

Amplify

Writing on a rock?

Sunday, January 11th, 2009

After returning from the building site the other day, I was pleased to see that samples of a new product had arrived.  After writing about the Pooh Paper, I got an email on LinkedIn from a sales rep at Natural Source Printing.  He wanted to tell me about his line of papers that were made from stone.  I had never heard of such a thing.  I really didn’t think that it was possible, but he sent me samples.  It was a selection of papers that were completely tree-free.

The paper is called FiberStone.

A gift bag made from Fiberstone.

A gift bag made from Fiberstone.

It is made form 80% Calcium Carbonate. This mineral is culled as a waste material from existing quarries. The other 20% is High Density Polyethelene, which is non-toxic. Unfortunately this is a petroleum product, but it can be recycled as a #2 plastic. According to the sheet I was sent, the paper is easily recycled, although I must say the literature is a little cryptic about how. The paper is naturally white, so requires no bleaching. It uses no trees, so forests are safe. Production causes no air pollution. It has no waste, and requires no water. Why are these things so important? Let’s break them down.

According to the sales literature: One ton of paper requires:
20 trees, has no real waste, uses 16,000 gallons of clean water, bleach and 36,000 BTU s of energy-when made of virgin materials
4 trees, 2 tons of waste, 9,000 gallons of water, bleach, and 22,000 BTU s of energy when made of recycled materials
but Fiberstone uses no trees, has no waste, uses no water, no bleach and only 18,000 BTU s of energy.
Using less trees and having no waste are no brainers. In a world where potable drinking water is often a luxury, using water to create paper seems almost as big a crime as drinking water in the toilet. And saving energy-even better.

The paper itself is a creative product. It has an interesting texture that is somewhat slick and shiny. It claims to be waterproof. Of course, I put that to the test. I ran water over one sheet and the water rolled right off. I stuck a sticker underwater for a few minutes, and while it puckered a little, it didn’t bleed or run. The puckering may have even come from the backing more than the paper. It claims to be good for outdoor applications as well, and I am curious how that would really work out. It is a slightly think paper, and the plastic in it makes it durable. I had a tough time tearing it, even after trying to wet it. It is surprisingly strong. It has many applications including labels. boxes, photo paper, and pouches-as well as regular paper.

I like this company’s ideals. It is a carbon neutral company. In addition to paper made of rock, it prints on paper made of recycled fruit and coffee fiber. They can use soy based ink. But best of all they clearly state that not every print job can be 100% green, but they will work with you to make the job as green as possible. Honesty is a big deal, and they seem to lay it on the line. I will certainly be giving them a shot at MY next print project. I am looking forward to having business cards printed on a rock!

Amplify

The first product highlights from Greenbuild

Wednesday, November 26th, 2008

The Greenbuild show: If you are in design, construction, administration, architecture or public policy making there will always be something here for you. If you are an avid environmentalist, already following LEED policies and using green products, much of what was on the show floor was not new to you. Still, there were plenty of highlights. Let me tell you about a couple of my favorites.

Sloan has now introduced a dual flush, automatic toilet.

Automatic dual flush fixture

Automatic dual flush fixture

Dual flush toilets are a fairly new entry into the mainstream market.
Solar powered dual flush module

Solar powered dual flush module

They use a two button system to flush using less water for liquids and more for solids. This can drastically reduce water consumption in any situation. The sensor is calibrated to determine the length of time that the user is sitting, and flush accordingly. This is the icing on the cake for dual flush toilets. To make things even cooler, they have also introduced a solar powered model.

Speaking of plumbing fixtures, the company with the coolest new toys was Toto. This company has some things that were beyond cool. My favorite was the EcoPower series.

EcoPower faucet

EcoPower faucet

The only drawback to conventional sensor technology in plumbing fixtures is the use of disposable batteries. The EcoPower series does away with them. They use a rechargeable battery that harnesses the power of the flowing water to recharge the battery in the sensor. How cool is that! No dependence on sun, no electrical wiring, no batteries to replace. These sustainable sensors weren’t everything though. They had more to offer, like ultra efficient, low flow and dual flush toilets. They have a new glazing technique, called SANAGLOSS, that keeps the ceramic bowl cleaner by making it even less porous and more durable. They offer a line of tiles and surfaces called Hydrotect. According to the TOTO website,

Hydrotect works on a self-cleaning principal. When under ultraviolet (UV) exposure from sunlight or an illuminated light source (florescent lamps), a chemical reaction generates an active surface. Hydrotect’s active surface neutralizes global environmental pollutants such as Nitric Oxides and Volatile Organic Compounds (VOC’s) and helps make cleaning easier. Additional benefits of Hydrotect technology are anti microbial surfaces, odor prevention and air quality improvement.

Check out their website for a dealer that stocks their products near you.

This last technology has taken its time getting to market in America. It is similar to another product called Oxygena by an Italian maker-Ceramiche Gambarelli Group. Their tiles use titanium oxide and UV light to bind oxygen to pollutants in the environment and clean the air. I also saw it in a concrete manufacturer that was an Italian subsidiary. But concrete is another product for another day.

Amplify

10 Things You Can Do Right Now to Save Energy

Thursday, November 13th, 2008

Of course there are many more, but here are 10 quick and easy ideas:

1. Clean your refrigerator coils. Vacuuming the dust out of your refrigerator coils makes it run more efficiently and thus saves energy.

2. Turn off the water while shaving and brushing your teeth. Gallons of potable water are flushed down the drain while we brush or shave. If you use hot water, it is even worse as you spend the energy on heating the water as well as the water itself.

3. Change your heater filter. The cleaner the filter, the more efficiently your heater will run. At a minimum, it should be changed every season.

4. Insulate hot water pipes. The unused hot water in your pipes cools quickly in winter. Insulating the pipes means that there will be less time (and water) wasted waiting for your shower to heat up.

5. Check your weather stripping. Replace old worn out weather stripping to create tight seals around windows and doors. Keep the warm air inside this winter.

6. Carpool one day a week. Simple, but true. One day a week could mean a huge impact on your fuel costs. Don’t like to carpool? Try public transportation one day a week. Who knows, maybe you will see that it isn’t so bad-soon you can skip the fuel costs, the parking, the maintenance, just by using the mass transit system in your town.

7. Wash your clothes in cold water. Clothes rarely get cleaner in hot water. If you are a hot water junkie, dial it down slowly, try warm for hot and cold for warm.

8. Replace standard light bulbs with compact fluorescent ones. My favorite suggestion! If you want to know more, check out my earlier post on the subject.

9. Put master strips on major gadgets and appliances. Turning off the TV and DVD player rarely turns them all the way off any more. Unplug them at night or when away from home (or use a master strip that you can simply switch off). The clock on your VCR won’t read right-but does it now? Don’t forget about the chargers! Phone and gadget chargers still draw power, even when they are not charging anything. Unplug them when not in use.

10. Get a programmable thermostat. I cut our natural gas use significantly by installing one of these. It was easy to install, easy to program and cost about $30. Does your entire house need to be heated all day when no one is there to enjoy it?

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