JWH is an a member of a group of drugs used to relieve pain which acts in various ways on the central nervous system. It is a member of the amino alkyl indole family. JWH-018 can act as a cannabinoid agonist towards the CB1 and CB2 sensory receptors. It has been found to produce effects similar to that of Tetrahydrocannabinol with a lengthier duration of activity.

The abbreviation J.W.H. stands for John W. Huffman who is considered the inventor of JWH-018. It is a chemical first synthesized in 1995 in a university research lab in the US. John W Huffman earned his BS from Northwestern University and his AM and PhD from Harvard. He began his academic career at Georgia Institute of Technology (1957-60) and joined Clemson as assistant professor in 1960. He was an NSF Predoctoral Fellow at Harvard and received an NIH Career Development Award (1965-70). He was a visiting professor at Colorado State University (1982). The principal emphasis in Dr. Huffman’s research group is on the synthesis of analogues and metabolites of delta-9-tetrahydrocannabinol THC), the principal active component of marijuana. John W Huffman has published dozen of articles about cannabinoids.

Although toxicity reports are not completed by an independant lab, scientist state they are willing to trust that it is non toxic.
Additional data about JWH-018 toxicity reports can be found on JWH-018 toxicity reports

PV cells consist of a positive and a negative slice of silicon placed under a thin slice of glass. As the protons of the sunlight beat down onto the PV cell they knock the neutrons off the silicon. The negatively charged free neutrons are attracted to the silicon but are trapped by the magnetic field that is formed from the opposing fields. Small wires on the silicon catch these neutrons and when connected in a circuit an electric current is formed.However, they still operate fine and you can explore out them at ease. All you need to do is visiting the public roads department and analyzing if you could shovel them up for the next to massively less charge or maybe free of cost. After once you install wind generators or solar panels in addition to a battery bank in order to store the entire power, you’ll be offered with sufficient enough energy for taking your house off the grid. So, if you want to save your money from being unnecessary spent for paying utility bills and your environment as well, then it’s now your time to prefer solar and wind energy.The design has to include skylights and many windows, a number of which have to face the south. The positioning and design allow the house to capture and store heat just like a vehicle sitting out in the sun - although it can be regulated much easier. This makes the entire house an ideal source of heat, all unto itself. Many times, materials known for storing heat are used to build the structures. By all accounts, active solar power runs the full spectrum.
Alternative Energy News

At first glance, solar cooling looks like an oxymoron. However, the same energy that can provide heat in the wintertime can also provide cooling during the summer.

Several passive cooling systems have been developed and tested. At their simplest, they rely on a coolant that absorbs and dissipates heat from the house. This could be a pool of water on the rooftop which absorbs seat from the inside of the house as it evaporates on exposure to the sun.

More sophisticated passive solar cooling systems have a solar collector which is shaded during the daytime. A storage medium collects heat during the day and dissipates it at night by exposing the solar collector to the cool night air.

Since the solar collector must be shaded, a retractable awning or overhang extension can be installed. Since the system can be reversed in the winter months, it is important that the solar collector can be exposed to sunshine if needed.

Solar panels can also be used to operate traditional air conditioners. As it happens, the periods of intense heat correspond to the periods of peak electricity production from photovoltaic cells. As long as you have solar panels which generate sufficient to electricity, you can operate air conditioners at no cost.

Solar cooling that does not take advantage of high technology is another possibility. The Romans used a system of running water to cool down exterior walls of their houses. The heat of the sun causes the water to evaporate and dissipate the heat within the house. This kind of system can be used on walls or on rooftops.

Heating and cooling are two of the biggest expenses for most households. Using solar energy to reduce this expense makes sense financially as well as ecologically. The less dependent we are on fossil fuels for heating and cooling the cleaner the environment will be.

First of all, your natural power system probably wouldn’t work. And most importantly you could end up making mistakes that cost you hundreds or even thousands of dollars. This is more than the project costs if done correctly! Remember, you need to be following detailed directions that have already been proven to work.The last step in building your own wind turbine is to deal with the legal side of things. Like it or not you are going to have to do this. Also, homes in very hilly or mountainous areas, you have to measure the wind flow around your area to make sure your house is not in a sheltered area. On the other hand, if you live in an area where there is little or no obstruction, wind source data from the Department of Energy would be sufficient to decide if you can put up a windmill. Research on Federal regulations for wind energy systems, there are requirements you need to arrange for approval from your utility company. Lastly, if you choose to install a wind turbine on your own, make sure you know the basics in electricity. In case of producing the wind power at home, you need to place a wind turbine at the top of a high tower or building so that the kinetic energy formed by the wind gets transformed into electric energy to fulfill the needs of the domestic house hold. The wind power produced like this runs through the cables and wires in your house. This article will explain the new revolution and why it is such a huge deal. A home wind power generator is a simple machine that hasn’t had a major technological revolution in a very long time. Though it is thought of as the most cost effective energy solution, it is difficult to build. This isn’t true anymore.

This is a good investment if you do not have the time to build your own. If, on the other hand you do have the time and are a handy person; you can build your own for $200-$300. These home built versions also put out approximately twice the power of a similar sized commercial model. Many towns and municipalities will allow you to sell any excess power your home wind turbine produces back to them, so you can eliminate the cost of a storage battery. All of the extra cost of professional installation comes from the labour costs. For a few hours of work over a weekend, you can save yourself over $2500 on installation costs, and that figure doesn even include the savings you will make on your power bill. Wind turbines are another good option for powering your home using alternative energy. The tower should be tall enough to minimize surface drag and turbulence but low enough for practicality. A rule of thumb is that the tower should be 30 feet (9 meters) higher than surrounding buildings in a 300 foot (90 meter) radius. Also become aware of local laws and regulations that may restrict windmill installation, particularly those requiring tall towers. But are these home made versions as efficient in delivering free electricity for the home?The wind turbines that you can build from home are not designed to produce huge megawatts of electricity for your home. Most times, these home made wind energy systems suffice in supplying surplus electricity to power some of your home appliances, like your TV, computer, microwave, etc. The generators used in these do it yourself kits are usually recycled car alternators, so you can imagine the low power output that it produces. The blades are also not aerodynamically engineered hence these wind turbines are less efficient in converting wind energy into electricity.

Source: Wind Power

Vertical wind turbines do however work extremely well on the roofs of high buildings. For use in most residential applications though, youll want to stick to standard horizontally oriented wind turbines. MPH, electricity is still generated but most wind turbines will shut down in order to avoid damages. Strong but stuttering winds can produce a sufficient amount of electrical power but it is far better to rely on a steady stream rather than strong bursts. Any area of the world with steady breezes at approximate 12 MPH can be ideal for wind power generation. The U. S. Department of Energy and other agencies have produced wind resource maps that show estimated yearly electricity production available from a small wind turbine. But, times have changed and it seems that everyone wants to save the environment and find an energy source that is sustainable for generations to come. Solar, wind, water, and geothermal energies are all becoming considerably more popular these days and for good reason. By not relying on foreign countries or depleted resources, they all provide energy that will continue to be here forever. We won run out of sun, wind, water, or the earths heat. However, putting those energies to work on a small scale has, until now, been very difficult. Installing solar panels on a home can cost almost as much as the home itself. Normally, a home that has installed a wind turbine is constantly served by the turbine itself and by their local utility. If the wind speed doesn fall into the cut-in rate, which is 7-10 mph, power would then be supplied by the electric utility.

Your home is your castle. You decide, possibly together with
family members, what to make of it.
Outside our home we have limited opportunities to improve
the environment, but in our home we can do a lot.

At home we want to feel free, relax and do things that we
like. We want to eat, sleep, exercise, maybe work, and
socialize with friends and family. We spend many hours at
home. Naturally, we want our home to be as comfortable and
healthy as possible.

What surroundings make you happy? What things do you like to
have around you? Feeling good at home is a matter of
physical as well as mental and social well-being. Look
around you and think about what changes can be made in your
home environment. Start with something small, one step at a
time. Make a small change every day, and after a week the
difference will be considerable.

Your home - a place for personal growth and well-being
Your home should be a refuge where you can hide from the
rest of the world and find strength to go on with life. Why
not follow these ten steps:

1. Put away things that you don’t need. Too many things
disturb the eye and make it hard to relax. Only surround
yourself with things that you need or things that will
enrich your life.
2. Stick to a few colours - two or three - for each room,
instead of mixing many different colours. This will help you
create a calm and balanced atmosphere.
3. Make sure you have good ventilation. Leave doors between
rooms open for better air circulation, and open windows when
possible.
4. Don’t smoke in your home. Ask your visitors to smoke
outside.
5. Choose area rugs instead of carpets when possible.
6. Use cleaning products with low-toxic content.
7. Choose furniture and fittings made of non-toxic
materials.
8. Make sure your sleeping place is comfortable and healthy.
The pillow is important. Do you often wake up with a
headache? You might need a new pillow.
9. Make your kitchen table as pleasant and welcoming as
possible. When you sit down to eat you must be able to relax
and enjoy your meal. Are there papers or magazines on the
table? Too many different colours? Keep it simple and
clean.
10. Buy some new flowers for your home. Decorate your home
with candle lights. Small simple things like these will
influence your well-being.

About the Author

Ingela Berger started her own Internet business

Lifestyle Plans
in 2003 to encourage others to make reality of their dreams of a personal, healthy and fulfilling lifestyle. Ingela has studied theatre directing, history of art, and leadership psychology. After some years working with art exhibitions and the theatre she is now back at school to become a health and lifestyle consultant.

As the father of a toddler, I am an expert on dirty diapers. I know exactly what to do with them: throw them out!

But along comes a New York waste company and a town in California who want me to do something else with my dirty diapers. Like cover my roof with them. Or walk on them. Or build a doghouse with them, perhaps.

Does this sound nuts? Well, it’s not. In fact, this project just won the world’s top happiness award: the 2003 Happy Guy Award (www.The HappyGuy.com).

A few months ago, we lived in a “vertical community”. When The Little Lady was born, we wanted to expand our home to make room for her, but our neighbors below objected to us digging a basement, and a front porch would have blocked the hall. So we opted to move out to the country, and with that move we had to sacrifice the diaper service and any environmental high ground we could claim.

Yes, we became what we had always wanted to avoid being: diaper-dumpers.

If you have never had children, you may not realize how much a little child can dispose of. In olden days, a couple would have a dozen kids, give or take a few. In these modern times of disposable diapers that just is not possible - the diapers from the first child take up more place on this planet than several dozen siblings would.

So along comes the town of Santa Clarita and Knowaste Inc. proposing to recycle dirty diapers. Sure, you think, just mix them all together, throw in a bit of water, steam them clean and slap them back on baby.

Ironically, the only product that does not seem to be on the list of end uses is diapers. Roofing shingles, sure. Shoe insoles, yes. But not diapers. As I pondered how the world might look if the massive force of dirty diapers was unleashed, it became clear that there could be several big markets. Imagine the pitches …

From Milan and Paris: “Next we have Oo-La-La Picotte strutting her stuff in a lovely ensemble of pure recycled diapers. Notice the fashionable fuchsia on the upper tilt of the collar. This line will be all the rage in parlors and bars this spring.”

From Detroit and Tokyo: “Feel the energy and invigoration. That’s the power of 100% pure recycled diapers under the hood. Go ahead. Kick the tires. Pick your color. And drive away safe in the knowledge that you are being protected by 2000 pound of pure recycled baby poop!”

From Los Angeles: “It’s a smash hit. Dirty Diapers II: The Recycled Story opened in theatres across the country yesterday and immediately claimed the number one spot. What a movie!”

From New York and Toronto: “This just in. Citizens are being asked NOT to hoard dirty diapers. I repeat, do NOT hoard dirty diapers. The shortage has already slowed the economy by three percent and housing starts have ground to a halt. Please take all your dirty diapers immediately to a drop-off depot. This has been a public service announcement.”

So what will YOU be doing with your dirty diapers?

About the Author

David Leonhardt is the Happy Guy, speaker, author, and publisher of “Your Daily Dose of Happiness” at http://www.TheHappyGuy.com/daily-happiness-free-ezine.html. Visit him at http://www.TheHappyGuy.com.

South Plainfield, New Jersey, July 2005 - Dallas Contracting Co., Inc., (website: http://www.dallascontracting.com) a specialized contractor providing demolition, onsite concrete aggregate crushing, equipment salvage and scrap metal recycling to various industries, completed a 5,000 ton concrete and asphalt crushing project for a client in New Jersey.

The project scope consisted of Dallas Contracting Co., Inc. (Dallas Contracting) providing an excavator and an onsite concrete crushing plant to crush 5,000 tons of concrete, asphalt and brick into 2 inch minus material to be used for onsite backfilling. The work had to be completed quickly as the client had a backfilling deadline that had to be met.

To accomplish this task, Dallas Contracting utilized a Komatsu PC220LC excavator with bucket attachment and an UltraMax 1000-15CV Plant (manufactured by Eagle Crusher Company, Inc.). The Ultramax is a 3 stage portable crushing unit that has a feed hopper size of 11 cubic yards and is powered by a 275HP Diesel and 75KW generator. The typical throughput for the crushing plant on material of this nature is about 1000+ tons per day.

The materials were first sized to 2 feet x 2 feet in order to fit into the feeder. The materials where then fed into the hopper utilizing the Komatsu excavator. Rebar from the concrete is sorted out from the aggregate material via an onboard magnet. The rebar is discharged to the side and the crushed materials are discharged towards the rear. The crushed aggregate material was sized to 2 inch minus.

Due to the client’s timetable, all materials needed to be crushed as soon as possible in order to meet their backfilling schedule. Dallas Contracting was able to meet the client’s tight schedule and all 5,000 tons of materials were crushed in five (5) days. The crushed aggregate was immediately utilized by the client for onsite backfilling. The project was completed on schedule and without incident or injury.

Our concrete aggregate and asphalt crushing services offered the client many benefits including:

Environmentally friendly - conserve landfill space

By utilizing the crushed aggregate materials onsite as fill material, it saved the client a substantial amount of money by not having to import backfill materials or send the original materials offsite for disposal.

Dallas Contracting Co., Inc. is an expert in onsite concrete aggregate crushing, asphalt crushing and recycling. Additional information on our onsite crushing services can be obtained at our website http://www.dallascontracting.com/concrete_crushing.html

About Dallas Contracting Co., Inc.

Dallas Contracting Co., Inc. has been in business for 26 years, is financially sound (D&B Rating of 3A2), is bondable, and works on a nationwide basis. Dallas Contracting Co., Inc. offers a turnkey approach to demolition, concrete recycling and remediation projects by offering the following services under one roof:

Demolition, Onsite Concrete Aggregate Crushing and Recycling, Environmental Remediation, Rigging, Brownfield Redevelopment, Surplus and Used Equipment Sales, Interior Demolition, Equipment Removals, Dismantlement, Equipment Salvage and Scrap Metal Recycling.

Dallas Contracting Co. Inc. sells used and surplus equipment and inventory at their storefront on EBAY (http://stores.ebay.com/Dallas-Contracting?refid=store).

Contact:

Dallas Contracting Co., Inc.
1260 New Market Avenue
South Plainfield, New Jersey 07080
P: (908) 668-0600
F: (908) 668-0601
Contact: Damon Kozul, PE, CHMM
Email: dkozul@dallascontracting.com
Website http://www.dallascontracting.com

About the Author

Operation Manager
Dallas Contracting Co., Inc.