Wednesday, November 30, 2011

Adapting to a Changing Climate - The New Rules

!: Adapting to a Changing Climate - The New Rules

You can do many things to lessen the impact of climate change on your immediate environment. Fortunately, many of these things when done by others also will have a multiplier affect, thus mitigating global climate change. The first thing needed is major shifts in perception, so, before you act, remember the slogan, "it's cool to be green."

We must all realise that nearly every thing we do in the course of living will have an adverse impact upon the planet. Although you may not be able to see the result of your actions, it is nonetheless real.

From the time you awaken in the morning until you close your eyes at night, you are doing things that leave a lasting footprint upon the environment. From the coal that is burned to supply the electricity for your stove, lights and air-conditioner, to the discarded items you dump in the bin, the petrol you use to move from A to B and the sewerage you flush that eventually finds its way to the ocean; we cannot help impacting upon the planet but we can seriously mitigate that impact through our choices and every day decisions.

While we all have a right to a reasonable standard of living, we must learn to think and act responsibly. You will no doubt have heard the catchcry, "Think globally and act locally," but how many of us take any notice? Because we imagine our individual actions having only a miniscule effect, we often tend to ignore the calls to recycle, to use less water, to think before we use the car, or turn on the air-conditioner etcetera but our actions do matter, even though we cannot see the immediate impact. If for nothing but our own selfish reasons we should practice restraint because it makes good economic sense to lower bills for power, water, gas and fuel. However, at the end of the day, we destroy our children's future by our wasteful and thoughtless practices.

Find like-minded groups and individuals

The hardest thing when facing a major crisis is to face it alone. Find and join or form your own Earth Friendly group. Share knowledge, ideas, and source products that the group can share which might be too costly for an individual. The friendships you will make and the support you will gain will be priceless when the impact of global warming begins to bite.

You may even decide to create a commune comprised of eco-friendly buildings and sustainable practices. If you also choose to incorporate meditation and spiritualism into your new way of life you will find a new richness and purpose.

Once you have formed or found such a mutually supportive group, don't stop there. Use the internet to contact other such groups with whom you can interact.

Take it even further and commence pressuring political leaders and big business to take meaningful action using emails, letters and by joining your favourite "green" group.

Vote with your feet and wallet
Here are a few suggestions that will save you money and improve your health and quality of life.

• Stop buying from corporations that damage the environment. When you must purchase products, try to choose those that don't have unnecessary wrapping or packaging and every time you do buy something that is wrapped in environmentally damaging polystyrene or plastic, tell the shopkeeper that you will only buy it if he will let you unpack it at the store and leave him to dispose of the mess.

• Learn to question the ethos of the companies that provide the necessities of life or those that provide medications. Are they good global corporate citizens? If not, take your business elsewhere.

• Read the labels on processed foods and understand what all those numbers represent in terms of your health. Aim instead to buy organic or home-grown natural products.

• Start a vegetable garden and plant fruit trees. You'll enjoy the reward of better tasting, fresher produce grown without environmentally damaging sprays, fertilisers and chemicals.

• Learn to use the marvellous resource of the kerb side collection. You'll be amazed at what people throw away. If you can't use it yourself, swap it; donate it to the local Op shop or a needy family.

• Learn to compost your organic waste using worms. They're incredibly efficient and interesting creatures and the wormcasts and vermicompost is tremendous for the garden.

• Eat less meat. Livestock herds are a major contributor of GHG and you will be healthier and live longer.

• Oh, and while you're scrounging in those mounds of goodies heaped on the kerb, find yourself a good bicycle to use instead of driving to the local shop etc.

If it all sounds like the hippie era, do not let the connotations of that drug-taking, non-contributing age put you off. You are learning to alter the conduct of the greedy multi-national corporations and self-seeking politicians who have corrupted our thinking and controlled our minds for far too long.

Now just for fun, let's go through a fairly typical day in the life of the average citizen in countries such as the U.S.A. or Australian. In the morning, when you leap out of bed and turn the shower on, remember you are using our most precious resource; water. All over the world, rivers and dams are running dry, aquifers are shrinking, lakes disappearing and entire ecosystems are being irrevocably damaged by our insatiable demand for water. Spare a thought too, for the electricity or gas that is needed to heat that water to the level that allows you to luxuriate under its flow.

On average, every Australian family emits 13 tonnes of greenhouse gas into the atmosphere annually. (There is nothing to suggest that families in the U.S.A. are any different.) By the simple act of limiting your shower to 3 minutes (which is sufficient to lather the body and rinse and is about one third the time most people take) you reduce those emissions considerably, while saving precious water. Remember, a third of Perth's water is produced via energy-hungry desalination plant. Turn down the thermostat on your water heater too. The chances are it is set too high, resulting in excessive energy consumption. By lowering the water temperature by perhaps 10 degrees, you probably won't notice any difference but you'll save an enormous amount of gas or electricity.

After your morning shower you might typically turn on a heater in winter or the air-conditioner in summer. Stop. Think. Is it really necessary to turn that heater on? Why not put on an additional layer of clothing and slow the meter down?

As you wash your breakfast dishes, consider putting a plastic bowl into the sink to use less water and therefore less energy to heat that water.

Next time you buy cleaning products, choose a natural biodegradable dishwashing liquid in preference to one that is a bi-product of the petroleum industry. Look for other naturally-based cleaning products as well and enjoy the benefits of less exposure to harmful chemicals.

After washing the dishes, use the dishwater on the garden or pot plants instead of tipping down the sink where it eventually ends up in the ocean. Now, as you brush your teeth after breakfast, do you need to leave the tap running? Of course you don't. Also, when washing your hands, would a little cold water run into the basin be just as effective as washing under the running tap?

Before you go out the door on your way to work, turn off all your non-essential electrical appliances that normally would sit drawing stand-by power throughout the day. This one act alone will significantly reduce your power consumption and therefore benefit the environment. Next time you go shopping, you would also be well advised to swap your incandescent light bulbs for the new energy-efficient variety if you haven't already done so.

As you head to the car, consider the alternatives of using public transport, walking or cycling. Maybe it's worth investing in an energy-efficient motor scooter instead of firing up a tonne of steel, because for every 15,000 kilometres travelled, the average family car pumps out 4 tonnes of greenhouse gases. Maybe it's time to talk to co-workers about forming a car pool or sharing transport. Perhaps your boss might let you and fellow employees do a large chunk of your work at home, thus reducing office costs. Talk to him, he might see other ways to reduce his overheads by some of the strategies we've outlined previously. Remind him, that if more employers followed his example or staggered work hours, freeway congestion and associated air pollution could be greatly reduced.

As petrol prices continue to rise, the impact upon the family budget will become more severe. Maybe you should examine whether or not you can find employment closer to home, or relocate before the ever-rising cost of getting to and from work places an intolerable burden upon the family budget. Maybe even consider moving to a country town where housing costs are lower and there are often excellent incentives offered by the local community to attract new life and vitality. The more leisurely pace of life, less stress, and friendlier community environment might more than compensate for the dubious privileges of living in the city. If you have associated health problems such as asthma or bronchitis, they may even disappear with improved air quality.

While you're at work, look around you. Does that thermostat need to be set so that everyone is shivering or removing clothing? Can natural light be utilised instead of burning all those overhead fluorescent tubes? After saving data, idle computers should be turned off. At lunch time, could you save money and prevent the unnecessary discarding of fast food containers by taking the time to bring a meal from home?

We could go on following you through your typical day, showing you a myriad of ways to help the environment (and your pocket) but we think by now you're beginning to grasp the concept of thinking responsibly and examining your options. It's quite simple really isn't it? It's just a case of pausing before you act, because there's bound to be a way to help the environment, your health and your pocket in nearly everything you do.
Some additional ways to help the environment:

1. Purchase energy efficient products (aluminium products take more energy to produce than plastic)

2. Purchase a hybrid or electric car or motor scooter,

3. Eat less meat because human consumption of meat results in massive emissions of methane from livestock herds,

4. Buy products that can be recycled,

5. Contribute to tree planting schemes to offset carbon dioxide emissions from your home.

6. Check the energy star efficiency labels on electrical appliances before purchasing them to get the least damaging to the environment and your pocket,

7. Seal up cracks around windows and doors to reduce energy loss,

8. Insulate your ceiling,

9. Cover windows with blinds, curtains or drapes to reduce energy use,

10. Use natural products for cleaning,

11. Put a "No Junk Mail" sticker on your letter box,

12. Recycle newspapers and magazines and consider whether you really need that newspaper delivered every day,

13. Don't purchase take away foods or other products that come with environmentally damaging and wasteful Styrofoam packaging,

14. Take old clothing and shoes to a second hand store for recycling,

15. Don't dump car batteries, torch batteries and printer cartridges. Take them to a recycling centre.

16. Don't dump old household appliances and furniture into landfill - recycle instead,

17. Recycle used glass, metal and aluminium cans and plastic bottles,

18. Turn up the thermostat setting during summer if you must turn the air-conditioner on. Consider using a fan instead,

19. In winter, put on an extra layer of clothing rather than turn on the heater.

20. Shut doors to prevent heat loss and only heat the room you're using,

21. Turn off lights in rooms as you leave them vacant,

22. Consider installing "energy strips" that will automatically turn off unwanted appliances that would normally use standby power,

23. Use calico bags when you go shopping,

24. Avoid products that have been transported long distances and help reduce emissions from transport,

25. Install water saving shower heads and dual flush toilet cisterns (or even put a brick in the cistern),

26. Turn off garden reticulation systems after rain.

(Copyright Alan Greenhalgh 2008)


Adapting to a Changing Climate - The New Rules

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Sunday, November 20, 2011

Fisher Paykel OR24SDPWGX1 24 Dual Fuel Range, 4 Sealed Burners, Convection, Warming Drawer

!: Purchasing Fisher Paykel OR24SDPWGX1 24 Dual Fuel Range, 4 Sealed Burners, Convection, Warming Drawer Free Shipping

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Monday, November 7, 2011

3 Types of Portable Solar-Powered Camping Stoves and Its Advantages

!: 3 Types of Portable Solar-Powered Camping Stoves and Its Advantages

The presence of portable solar-powered camping stoves during outdoor activities has proven to be beneficial due to the following reasons: portability, convenience, economical, environment-friendly, and safe.

Solar energy is electricity generated from sunlight. It has various applications such as in agriculture, lighting, vehicles, and more. The invention of solar camping stoves has brought about myriad of advantages. Below are some types of the solar stoves namely:

Sport solar oven

Practicality makes this solar cooker advantageous as compared to others. The outer casing, which is an insulating plastic, is made of lightweight and resilient materials. It is versatile because it can be used for roasting, baking, cooking any type of food. Made from fiber glass, its insulation material keeps moisture away while cooking. Although insulation is good, it allows sunlight to pass through the lid and facilitate cooking. With its no-tip-over design, stability is not a problem at all regardless of the surface level.

Sun oven

As a solar appliance, it has a built-in thermostat and collapsible reflectors that is capable of generating as much as 360 - 400 degrees Fahrenheit temperature. Baking, steaming, and boiling are just some of its functionalities. The external features are presentable because it is covered with black enamel and weighs 21 pounds. Its foldable legs make it very handy and transferable.

Solar Grill

This is a build-your-own solar grill that uses an old satellite dish and scrap metals. It is a dual cooking device, which uses fuel and solar energy. It is capable of performing any cooking method such as baking, broiling, stewing, frying, and boiling. Since the power comes directly from the sun, it is considered environment-friendly due to absence of harmful chemicals in the air.

Advantages of a portable solar-powered camping stove

Portability

Most of the camping stoves are designed for easy transport; thus, portability is one of its characteristic features. In addition, it has collapsible legs that make it easier to carry and store.

Convenience

You won't be having any problem with fuel shortage when using solar-powered stoves. Instead, you are even helping in the conservation of energy.

Economical

Since the sun's energy is for free, absolutely there is no need to purchase fuel and wood to generate heat or electricity. All you need to do is to save energy by trapping the rays on a solar panel where it can be stored. This would mean a lot of savings on the part of the consumers.

Environment-friendly

Without the use of fuel, there are no apparent contaminants such as carbon monoxide can harm the air. No soot formation is also noted because of the absence of combustible chemical, which is fuel.

Safe

Using solar camping stoves, accidental spillage of fuel and danger of catching fire are less likely to happen because the only source of heat is the sunlight.


3 Types of Portable Solar-Powered Camping Stoves and Its Advantages

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Monday, October 31, 2011

The Sikorsky VS-44 Flying Boat

!: The Sikorsky VS-44 Flying Boat

The VS-44, having had both military and civil application, had been Sikorsky's largest-and last-flying boat, but had had a meager production run of only four.

Tracing its lineage to several previous amphibious designs, it had its first spark in the S-38. Powered by two 420-hp Pratt and Whitney Wasp engines, the ten-passenger biplane, first flying in 1928 and attaining cruise speeds of about 100 mph, had been ordered by the US Navy and Pan American Airways. Lindbergh inaugurated airmail service with the type between the US and the Panama Canal Zone the following year. Operated by several other carriers, it enjoyed a production run of 110.

The succeeding, quad-engined, high-wing, boat-hulled S-40, ordered by Pan American in 1929 and destined to become the then-largest US aircraft, accommodated 40 passengers on 500-mile sectors, the first, designated "American Clipper," inaugurating service on November 19, 1931. Its eventual fleet of three enabled it to pioneer Caribbean and South American routes.

The S-41, a larger version of the S-38 with a capacity of 14, had a production run of just seven.

Intended for transoceanic routes, the S-42, powered by four Pratt and Whitney engines driving reversible-pitch Hamilton Standard propellers, was designed to fill requirements for a larger-capacity, 2,500-mile, amphibious airliner cruising at 150 mph, although a reduced, 1,500-pound payload significantly increased its range capability. First flying in 1934, it enabled Pan American to serve previously uncoverable Atlantic and Pacific segments with its fleet of ten.

The largest-and last-Sikorsky flying boat, incorporating technology developed by these earlier designs, arose from the Navy's requirement for a 3,450-mile patrol bomber to eclipse the range of its current PBY Catalinas. The specification, detailed by the US Navy Bureau of Aeronautics' Design Proposal #137, stipulated a 200-mph speed, a crew complement of six, and four machine gun turrets.

The design, sequentially designated "S-44" by Sikorsky, and the only one which closely met the Navy's requirements, incorporated a high, all-metal, cantilever wing; four Pratt and Whitney, 700-hp Twin Wasp radials which drove constant-speed Hamilton Standard propellers; a.50-caliber machine gun in both its bow and tail turrets; and a.30-caliber machine gun in its two center turrets. Although it could equally accommodate 4,000 pounds of bombs, the later specified, and more powerful, 1,050-hp R-1830-68 engines, coupled with 12-foot-diameter props, doubled this capacity.

A single prototype, for which a contract had been awarded on June 25, 1936, first flew a year later on August 13 from the Housatonic River near the Sikorsky factory in Stratford, and featured a 47,142-pound gross weight in bomber configuration and a 49,059-pound maximum weight in patrol guise.

The two-month flight test program, entailing 26.9 airborne hours, revealed several performance parameters, including a 640-fpm initial climb rate, a 62-mph stall speed, a 225-mph maximum speed at 10,000 feet, a 23,100-foot service ceiling, and a 4,545-mile range.

Delivered to Norfolk Naval Air Station on October 12, 1937, the XPBS-1 accumulated an additional 53.5 hours of test flying, during which rudder control force deficiencies were experienced, necessitating a return to the manufacturer for modifications. Yet, despite the fact that Navy pilots expressed overall aircraft handling and performance satisfaction, the Navy itself abruptly canceled any further orders for the design, replacing it with the Coronado instead. No reason was subsequently specified.

Thus relegated to transporting government officials and priority cargo, the single XPBS-1 operated for five years until it was damaged while landing in San Francisco Bay in 1942, incurring a log strike. It was removed from Navy inventory with 1,367.5 hours in its logbook.

The design, however, had commercial application. Pan American Airways' competitor, American Export Airlines (AEA), seeking a long-range, amphibious airliner for its own transatlantic passenger services, signed a contract for a civil version of the XPBS-1 designated "VS-44", the "VS" prefix reflecting the combined, but temporary, Chance Vought and Sikorsky factory operations, both divisions of United Aircraft Corporation. Pending its receipt of Civil Aeronautics Board passenger route rights, it intended to purchase three VS-44As, whose names reflected its American Export shipping-and original-division of vessels-namely, "Excalibur," "Excambian," and "Exeter"-while Pan American itself ordered the competing Martin M-130 flying boat.

Several design modifications were first required to bring it up to commercial standard. The nose turret, first and foremost, had to be replaced with a solid, rounded, cone made of metal, while the windows, doors, and hatches were relocated. In order to transform the patrol bomber into an airliner, an altogether different interior had to be installed, bulkhead-divided into six smaller, watertight sections with appropriate passenger seating, galleys, lavatories, heating, ventilation, and soundproofing. A larger horizontal tail, featuring ten degrees of dihedral, was retrofitted to augment longitudinal control, while aileron and tail cables were rerouted.

The interior configuration included a five-person cockpit controlled by a pilot, copilot, flight engineer, navigator, and radio operator; a galley located immediately below it and equipped with an oven, an electric stove with two hot plates, a sink, hot and cold water, a refrigerator, and storage cabinets; crew sleeping accommodations; mooring equipment; a baggage compartment; and two men's rooms. Passenger capacity varied between 32 in day and 16 in sleeper configuration. Forty-inch-wide seats were convertible into both upper and lower berths, and each was provided with a window, a reading light, and heating and ventilation vents. The aft cabin contained the ladies' room, a second baggage compartment, and cabin crew accommodation.

Upon completion, the VS-44A, with a 79.3-foot overall length, sported a high, thick, 124-foot wingspan from which projected the four three-bladed, 12.6-foot-diameter propellers driven by 1,200-take off horsepower Pratt and Whitney Twin Wasp S13C-G piston engines and below which hung two, water surface-skimming floats near its wingtips. Two dual-wheeled main beaching gear units and a single, twin-wheeled tail unit permitted nonaquatic ground taxiing. The tailplane spanned 31 feet. With a 3,820-gallon fuel capacity, the aircraft offered a 59,534-pound gross weight and a 211-mph maximum speed.

Draped in Navy camouflage livery, the first aircraft, named "Excalibur," was completed on December 30, 1941, but was redirected by the necessities of World War II. AEA, operating it with its own flight crews, commenced weekly, war transport transatlantic service on June 20 to Faynes, Ireland. "Excambian" and "Exeter" were delivered on May 4 and June 23.

Operating the world's first nonstop westbound transatlantic crossing on June 22, 1942, aircraft "Excalibur" flew from Faynes to New York in 25 hours, 40 minutes with 16 passengers aboard.

The airframe's service life, however, would span little more than three months. Executing a long, water-purposing take off from Botwood, Newfoundland, on October 3, 1942, it attained a ten-foot altitude before settling back into the water. Re-emerging, it angled into an excessive, 30-degree nose-high attitude, during which time it climbed to 35 feet, but subsequently barreled earthward, impacting with the ocean's surface and breaking apart. Five of the 11 crew members and six of the 26 passengers perished. Although the actual cause had never been pinpointed, it is believed that the pilot had attempted to use an excessive, drag-producing, take off procedure-deviating trailing edge flap setting.

Because the remaining two airframes had constituted the world's longest-range commercial types, able to fly 3,100-mile or greater sectors with full payloads, and because the war dictated the need for such transports, their ownership was transferred to the US government on January 26, 1943 for operation in the Navy's transoceanic passenger, cargo, and mail ferry service to the Caribbean and Europe. American Export Airlines, under contract to them, continued to maintain and fly the aircraft.

Repainted in AEA's livery in January of 1945, the two VS-44As recommenced scheduled, civilian service in June, but a later merger with American Overseas Airlines (AOA) and the prevalence of war-sparked runway construction obviated their need, transatlantic routes now increasingly served by land planes, such as the Douglas DC-4.

The "Excambian" and "Exeter" were therefore acquired by Tampico Airlines from the War Assets Corporation on February 27, 1946, at which time they were subserviced to other carriers for charter operations. But Tampico's own financial difficulties resulted in their onward sale to Skyways International the following April.

Hull-losing accidents, hitherto characteristic of the design's history, struck once again-and only four months after the acquisition, on August 15, 1947. Attempting to land on the River Plata near Montevideo, Uruguay, during black of night, in nonexistent visual reference conditions and without updated altimeter settings, aircraft "Exeter," already overloaded, impacted with the water surface, shedding its hull plates and severing half of its left wing.

Flooded with gushing water, the aircraft sank, taking nine of the 12 souls on board with it. Only "Excambian," one of the four XPBS-1 and VS-44A airframes, now remained. Its longevity would usurp them all.

After Skyways' liquidation and intermediate ownership by Seaboard Commercial Finance Corporation, the Aviation Exchange Corporation acquired the aircraft with the intention of transporting cargo to the Amazon River, but its plan, upon reconsideration, was not economically viable. As a result, Avalon Air Transport, which provided steamship-competitive air service on the 27-mile sector from Long Beach, California, to Catalina Island, acquired it on June 14, 1957, but relocated the engine controls to a position between the forward two cockpit seats; removed the flight engineer's panel, and rendered the navigator and radio operator functions redundant. Seating capacity increased to 47. Operating under an FAA supplemental type certificate, the single VS-44A ultimately made 8,172 trips to Catalina Island during its decade of service, carrying more than 211,000 passengers, along with 68 trips to San Clemente under Navy contract.

Continuing in this island-hopping role, the "Excambian" provided inter-Caribbean connections, particularly between St. Thomas and St. Croix, when Antilles Air Boats purchased it on January 9, 1968 for 0,000. However, the short-lived operation, almost ending the way the lives of the other three airframes had, was abruptly cut short when the aircraft ran aground after landing in St. Thomas the following year. Although there had been no injuries and little more than wet feet in the forward cabin, repair costs, particularly due to corrosion, proved prohibitive, and it therefore remained in situ for another six years.

With its service life thus effectively terminated, Antilles Air Boats donated the aircraft to the Naval Air Museum in Pensacola, Florida, in 1976, and they concluded a long-term loan agreement with the New England Air Museum in 1983. During its subsequent, ten-year restoration, conducted in a temporary, 0,000 Rubb hangar at Sikorsky Memorial Airport in Stratford, it was transformed into its original, 1942, American Export Airlines configuration, requiring the replacement of 97 percent of its aluminum skins, 35 percent of its airframe structure, the relocation of the engine controls to the flight engineer's panel, and the installation of its transoceanic flying boat passenger cabin.

The project, under National Air and Space Museum guidance, was completed by a team of volunteers from Sikorsky, Textron Lycoming, the airline industry, and technical schools.

Relocated in sections, including the wings, engines, and control surfaces, to the Windsor Locks New England Air Museum, it was reassembled and painted in AEA livery during the latter half of the year before being displayed in its Harvey H. Lippincott Civil Aviation Hangar.

Having transported passengers, cargo, and mail in both military and commercial configurations for more than a quarter of a century, the latter entailing scheduled airline, charter, and air taxi operations, the "Excambian," the last of the remaining four XPBS-1 and VS-44A airframes, equally represents the end of the long-range, transoceanic, elegantly-appointed, flying boat era, and remains on display, dominating the hangar, to tell its story.


The Sikorsky VS-44 Flying Boat

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