Tips For Building in Remote Locations
All aspects of transport, materials, access as well as utilities must be taken into consideration. A lot of future home buyers purchase a lot, and discover that due to any of the above items, or other restrictions that are imposed by townships or ministries, they are not able to construct what they've planned or even construct anyhow. A desirable site has ease of access, good topography, and water accessibility, as well as potential for utilities. The lay of the land (also known as topography) often has a major impact on the design of the building. It is important to not get a lot of land the land in areas that are low lying, as the soil tends to be unstable and flooding in the future could damage your home. Think about the access to water, if it is accessible, is it public and privately held. Are there any costs for the use of this access, and is enough to accommodate the needs of a barge, which you could or might not be able to use for transporting materials. Are the roads navigable. For example an area with a multitude of floating logs is not accessable by float plane. Weeping system utility considerations such as water supply, electric generation units must be thought of. Supply of fresh water Most important of all is the availability of fresh drinking water, or what builders call "potable water". 1. Unless large trucks and heavy equipment can be brought to your site, the possibilities of drilling a well are very limited. There is a small core drill machine accessible, that's portable and capable of drilling 2" diameter well. One disadvantage to this kind of well is the limited ability Taiwan Auto Parts of pumps to transport water to the surface. They are typically limited to a depth of about fifty feet. Once you include storage "head" that is 20 feet, then the well must have reached the water table at least thirty feet or less below the surface. 2. Another option is the dug well. This type of well usually has a lower water quality, but is much easier to put in in difficult spots. They're essentially a pit that is dug up to four feet below the level of the water table in order to permit storage of sufficient water. 3. In the third place, if you're near a stream or lake it is possible to take water directly from the source. It is, however, an issue with the quality of water, and you could require the installation of filtration equipment , or water treatment systems. One benefit of having a stream is that it allows you to install a water powered ram pump that can be capable of pumping water to higher elevations. This kind of pump will require some maintenance and a constant flow of water in order to be effective. 4. If you're lucky enough, you might be blessed with a spring or an artesian water well. Such sources tend to be a good, dependable source of water for drinking fresh. In all instances it is important to consider whether or not you will use a pumped-pressure system, or gravity fed system. If an artisan well, spring or other water source is found on land that is above your building, a gravity system could perhaps eliminate the need for mechanical pumps that require external energy sources, even. The majority of homeowners choose gravity-based systems that makes use of a huge storage tank located approximately 15' above the plumbing outlet with the highest elevation. Most often, they design an installation in which the system is self-filling with gravity-based water sources, or it is only pumped once or twice to fill up the storage tank. This is the least expensive option, which provides very satisfactory results. Sewers and waste systems Disposing of waste products like dishwater, showers or toilets has to be completed in accordance with codes and laws. This may require the installation of a septic system or a certified waste handling system. The alternative is to construct an outhouse. It's up to you. In the construction industry there are two types of wastewater. Grey water is derived from bath or dishwater shower water, and sump pumps and sanitary waste which is mostly derived from toilets. 1. If you like the ease of living in a home, then you should consider installing an septic system. This kind of system is by far the most costly. The weeping bed must be built in compliance with environmental laws this means that you have to import special gravel and/or filter sand. Tanks made of plastic are available on the market, which can be moved to remote sites. Or you could opt to build an actual tank, but it will require a professional design. It is a self-contained robust, reliable system that requires minimum maintenance. It should be operational for the duration of the structure and manage both grey water and sanitary waste. Secondary systems comprise the use of outhouses, as well as chemical or biological toilets, in conjunction with a greywater filtration or septic system. Grey water systems are filtered by means of mechanically or weeping pipes that are laid beneath the ground (consult with your regional Ministry of Environment concerning the exact regulations to follow). 2. If you're comfortable using an outhouseand are considering the possibility of a separate grey water system, then this is the most economical route to take. Outhouses are constructed to be stylish and odor free, but without the additional warmth, they can get quite cold in the mornings, especially during the winter months. 3. Chemical or biological toilets handle waste equipment that must satisfy some environmental or safety standards before they can be put to the public. They're a fairly inexpensive method of installing an indoor toilet, and many guarantee to be completely odorless (which actually has been proven to me). Some require the use of electric motors and fans, while others are an energy-free mechanical. They are simple to set up and maintain and require only periodic cleaning. 4. Grey water systems when combined together with bio toilets and outhouses, are generally thought to be the systems that are most popular. They are usually made up of weeping pipes set in an earthen bed. They connect to the building by a distribution box. Do not, under any circumstances try to connect a toilet to these systems, as they're intended for water that is free, and solids will stop in the pipes. The grey-water weeping system have no maintenance and require only a little expense and time to install. Out of the three, I'd recommend the installation of a biological toilet as well as a grey water system. This is a combination of indoor and outdoor service and lower cost, and will perform well in the coming years. Electricity Of all the modern conveniences we enjoy, most require electricity. Electricity plays an essential part in our daily lives, so important, that we feel the need to incorporate it in nearly all of our building projects. We are often unaware that electricity powers our fans, pumps lighting, entertainment devices, and other mechanical devices, which are silently running within our homes. In isolated buildings the power is utilized primarily for powering lights, pumps and fans, which are essential for the proper operation of the mechanicals of the building as well as providing adequate power to run radios, televisions, computers, heating pads, kitchen appliances and other conveniences that are not thought to be part of the building's requirements for resources. There are numerous ways of getting power, including fuel-powered generators that produce active power, as well as solar and wind generators to provide passive power. Active power is exactly that energy that is accessible to you, whenever you want, so that you have with the source of fuel. Passive power is available only when certain conditions, pertaining to the type of generator used, are satisfied (i.e. solar collectors can only function during clear days). Passive power is primarily delivered as 12-volts and although expensive, there are many products, appliances and mechanical equipment available for this type of power supply. Also exist converters that transform the 12-volt power into 120 volt, thereby allowing to use common household items and mechanicals. Also it is important to note that passive systems do not currently provide, on a continual basis as they do not supply the massive amount of power generated by generators that are fuel-powered. With passive supply, owners need to be vigilant and keep track of their power consumption, to ensure sufficient electricity to power any mechanical devices like furnace fans as well as water pumps.  

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