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One of the two ways of cassava detoxification is through solar drying or sun radiation. Another method is with the use of fuel or electric.?æ
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What has the author Walter George Heid written?
Walter George Heid has written: 'Solar-assisted combination grain drying' -- subject(s): Drying, Grain, Solar energy 'Factors determining the price of white wheat in the Pacific Northwest' 'Photovoltaics, technological progress and its future in agriculture' -- subject(s): Agricultural innovations, Photovoltaic power generation 'The performance and economic feasibility of solar grain drying systems' -- subject(s): Drying, Grain 'Progress of solar technology and potential farm uses' -- subject(s): Solar energy in agriculture
How do we get solar?
Solar power is harnessed through solar panels
Where is the mistake in this sentence Drying food by means of solar energy is a ancient process applied wherever food and climate conditions make it possible?
Drying food by means of solar energy is an ancient process applied wherever food and climate conditions make it possible.
How do we get solar power?
Hey there! Great question about solar energy! So, solar energy comes from the sun. Did you know that the sun sends out a lot of energy in the form of light and heat? We can capture this energy using special panels called solar panels. These panels are usually placed on the roof of a house where they can soak up the sunlight. Now, once these solar panels capture the sunlight, they turn it into electricity through a process called photovoltaics. This electricity can then be used to power things in our homes, like lights, TVs, computers, and more! To utilize solar energy at home, you would first need to install solar panels on your roof. These panels are connected to an inverter, which converts the electricity from the panels into a usable form for your home. The electricity generated by the solar panels can either be used directly by your household appliances or stored in batteries for later use, especially when the sun isn't shining. By using solar energy at home, you can reduce your reliance on traditional electricity sources that produce greenhouse gases. It's a clean and renewable way to power your home while also helping the environment. Isn't it cool that we can use sunlight to power our homes? If you're interested in learning more, you can explore how solar energy works and maybe even consider how you can use it in the future!
How can you use solar power?
1. Heat: you can use the sun's heat for heating your home, cooking, drying clothes, and for hot water. 2. Power: you can generate electricity with solar panels.
What are the different types of seasoning timber?
Seasoning of timberSeasoning is the name given to the methods of drying timberThere are two methods by which timber can be dried:(i) natural drying or air drying, and(ii) artificial drying.Air dryingAir-drying is the drying of timber by exposing it to the air. The technique of air-drying consists mainly of making a stack of sawn timber (with the layers of boards separated by stickers) on raised foundations, in a clean, cool, dry and shady place. Rate of drying largely depends on climatic conditions, and on the air movement (exposure to the wind). For successful air-drying, a continuous and uniform flow of air throughout the pile of the timber needs to be arranged. Coating the planks with any substance that is relatively impermeable to moisture can control the rate of loss of moisture; ordinary mineral oil is usually quite effective. Coating the ends of logs with oil or thick paint, improves their quality upon drying. Wrapping planks or logs in materials, which will allow some movement of moisture, generally works very well provided the wood is first treated against fungal infection by coating in petrol/gasoline or oil. Mineral oil will generally not soak in more than 1-2 mm below the surface and is easily removed by planning when the timber is suitably dry.Natural seasoning of timberKiln dryingThe process of kiln drying consists basically of introducing heat. This may be directly, using natural gas and/or electricity or indirectly, through steam-heated heat exchangers, although solar energy is also possible. In the process, deliberate control of temperature, relative humidity and air circulation is provided to give conditions at various stages (moisture contents or times) of drying the timber to achieve effective drying. For this purpose, the timber is stacked in chambers, called wood drying kilns, which are fitted with equipment for manipulation and control of the temperature and the relative humidity of the drying air and its circulation rate through the timber stackKiln drying provides a means of overcoming the limitations imposed by erratic weather conditions. In kiln drying as in air drying, unsaturated air is used as the drying medium. Almost all commercial timbers of the world are dried in industrial kilns. A comparison of air drying, conventional kiln and solar drying is given below:1. Timber can be dried to any desired low moisture content by conventional or solar kiln drying, but in air drying, moisture contents of less than 18% are difficult to attain for most locations.2. The drying times are considerably less in conventional kiln drying than in solar kiln drying, followed by air-drying.1. This means that if capital outlay is involved, this capital is just sitting there for a longer time when air-drying is used. On the other hand, installing an industrial kiln, to say nothing of maintenance and operation, is expensive.2. In addition, wood that is being air-dried takes up space, which could also cost money.3. In air-drying, there is little control over the drying elements, so drying degrade cannot be controlled.Air-drying is the drying of timber by exposing it to the air. The technique of air-drying consists mainly of making a stack of sawn timber (with the layers of boards separated by stickers) on raised foundations, in a clean, cool, dry and shady place. Rate of drying largely depends on climatic conditions, and on the air movement (exposure to the wind). For successful air-drying, a continuous and uniform flow of air throughout the pile of the timber needs to be arranged. Coating the planks with any substance that is relatively impermeable to moisture can control the rate of loss of moisture; ordinary mineral oil is usually quite effective. Coating the ends of logs with oil or thick paint, improves their quality upon drying. Wrapping planks or logs in materials, which will allow some movement of moisture, generally works very well provided the wood is first treated against fungal infection by coating in petrol/gasoline or oil. Mineral oil will generally not soak in more than 1-2 mm below the surface and is easily removed by planning when the timber is suitably dry.Natural seasoning of timberKiln dryingThe process of kiln drying consists basically of introducing heat. This may be directly, using natural gas and/or electricity or indirectly, through steam-heated heat exchangers, although solar energy is also possible. In the process, deliberate control of temperature, relative humidity and air circulation is provided to give conditions at various stages (moisture contents or times) of drying the timber to achieve effective drying. For this purpose, the timber is stacked in chambers, called wood drying kilns, which are fitted with equipment for manipulation and control of the temperature and the relative humidity of the drying air and its circulation rate through the timber stackKiln drying provides a means of overcoming the limitations imposed by erratic weather conditions. In kiln drying as in air drying, unsaturated air is used as the drying medium. Almost all commercial timbers of the world are dried in industrial kilns. A comparison of air drying, conventional kiln and solar drying is given below:1. Timber can be dried to any desired low moisture content by conventional or solar kiln drying, but in air drying, moisture contents of less than 18% are difficult to attain for most locations.2. The drying times are considerably less in conventional kiln drying than in solar kiln drying, followed by air-drying.1. This means that if capital outlay is involved, this capital is just sitting there for a longer time when air-drying is used. On the other hand, installing an industrial kiln, to say nothing of maintenance and operation, is expensive.2. In addition, wood that is being air-dried takes up space, which could also cost money.3. In air-drying, there is little control over the drying elements, so drying degrade cannot be controlled.
Are the largest planets in the solar system scattered through out the solar system?
No.
What are Disadvantage of solar drying?
LImited Time - drying can only be done during 9-4 Unrepeatable results increased contamination reduced shelf life Requires more space depends upon weather takes more time
What are the disadvantages of solar drying?
LImited Time - drying can only be done during 9-4 Unrepeatable results increased contamination reduced shelf life Requires more space depends upon weather takes more time
What energy transformation happens when using solar panels?
Nuclear through solar
How does solar energy get to your house?
Solar energy can be harvested through solar panels and channeled to the house through a DC battery and inverter system. The battery system stores the electricity that has been received from the photo-voltaic cells (solar panels).
Who benefits from solar energy?
solar energy consist of both heat energy and light energy.light energy is used by green plants and this energy is stored in food particles that is created in leaves.heat energy is used by man for drying purpose.solar water heater are human created instruments using solar energy
