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What is ISO 50001 2011?
ISO 50001:2011 is the energy management system from the International Organisation of Standards that was last updated in 2011.
What are some catchy puns for the oil industry?
Sure! Here are a few catchy puns for the oil industry: "I’m just oiling my way through life!" or "This business really fuels my passion!" Another fun one could be, "Life’s a gas, but oil is where the real energy's at!" These puns can add a light-hearted touch to discussions about the industry.
What is the steady state efficiency of international comfort model nfcp2400d2?
The steady state efficiency of the International Comfort Model NFCP2400D2 is approximately 93.2%. This high efficiency indicates that the unit is designed to maximize energy use while minimizing waste, making it suitable for both residential and commercial applications. For precise specifications, it's always best to consult the manufacturer's documentation or energy ratings.
What are the Advantages of large scale industry?
Firstly, there is greater scope for specialization in a large industry than in a small industry. Specialized personnel contribute to the quality and quantity of output. Any job is divided into several parts, each handled by a person who has specialized in it. By doing it repeatedly he attains proficiency and greater degree of skill. In a small industry this is not possible. A job cannot be divided into parts because of the number of persons employed is limited and the capital invested is small.Secondly, in a large industry there is greater scope for specialized machinery. For example, where alpines are manufactured in a large industry, there are, several machines which do different types of jobs before a complete alpine is turned out. In a small industry a single machine is enough to turn out complete alpines. But the alpines manufactured through the process indicated in respect of large industry are definitely of superior quality.Thirdly, a large industry can afford to have its own repair department and thus save costs. In a small industry if the machine fails or any part of it goes out of order for some reason, the proprietor has to send it to a repairing workshop which may be situated far away from the factory. Taking machine to the repairing workshop and then to bring it back involve wastage of much time, energy and money. This adds to the cost of the articles manufactured. In a large industry much time, energy and money can be saved by maintaining a repairing department in the premises of the industry itselfFourthly, a large industry enjoys the commercial advantage of buying and selling. Raw material is bought in large quantities for which advance contracts can be made. For the purpose of sale of manufactured articles agencies can be opened at different places in the country, and if possible, abroad.Fifthly, a large industry is capable of standing adverse times. A good industrialist can foresee impending adverse times and can make arrangements in advance to face them. Raw material can be stored in large quantities if there is anticipated a possibility of its shortage in near future. The risk bearing capacity of the industrialist being greater, the manufactured articles can be stored if demand for them goes down and then gradually released manipulating the demand itself. All this is not possible in a small industry.Firstly, there is greater scope for specialization in a large industry than in a small industry. Specialized personnel contribute to the quality and quantity of output. Any job is divided into several parts, each handled by a person who has specialized in it. By doing it repeatedly he attains proficiency and greater degree of skill. In a small industry this is not possible. A job cannot be divided into parts because of the number of persons employed is limited and the capital invested is small.Secondly, in a large industry there is greater scope for specialized machinery. For example, where alpines are manufactured in a large industry, there are, several machines which do different types of jobs before a complete alpine is turned out. In a small industry a single machine is enough to turn out complete alpines. But the alpines manufactured through the process indicated in respect of large industry are definitely of superior quality.Thirdly, a large industry can afford to have its own repair department and thus save costs. In a small industry if the machine fails or any part of it goes out of order for some reason, the proprietor has to send it to a repairing workshop which may be situated far away from the factory. Taking machine to the repairing workshop and then to bring it back involve wastage of much time, energy and money. This adds to the cost of the articles manufactured. In a large industry much time, energy and money can be saved by maintaining a repairing department in the premises of the industry itselfFourthly, a large industry enjoys the commercial advantage of buying and selling. Raw material is bought in large quantities for which advance contracts can be made. For the purpose of sale of manufactured articles agencies can be opened at different places in the country, and if possible, abroad.Fifthly, a large industry is capable of standing adverse times. A good industrialist can foresee impending adverse times and can make arrangements in advance to face them. Raw material can be stored in large quantities if there is anticipated a possibility of its shortage in near future. The risk bearing capacity of the industrialist being greater, the manufactured articles can be stored if demand for them goes down and then gradually released manipulating the demand itself. All this is not possible in a small industry.
Why most industries are concentrated around coal mines?
Most Industries are concentrated around coal mines or the following reasons- 1. We know that the major industries are iron and steel industry. 2.The iron and steel industry requires heat to melt the steel to form different shapes. 3.Therefore more heat can be generated by the energy stored in the coals. 4.This energy can be easily available as coal mines are nearly located.
When was Sterlite Energy Limited created?
Sterlite Energy Limited was created in 2006.
When was Triton Energy Limited created?
Triton Energy Limited was created in 1962.
When was International Energy Agency created?
International Energy Agency was created in 1974.
When was Panda Energy International created?
Panda Energy International was created in 1982.
When was Atomic Energy of Canada Limited created?
Atomic Energy of Canada Limited was created in 1952.
When was Alternative Energy Solutions International created?
Alternative Energy Solutions International was created in 2001.
When was International Renewable Energy Agency created?
International Renewable Energy Agency was created in 2009.
When was International Journal of Hydrogen Energy created?
International Journal of Hydrogen Energy was created in 1976.
When was Gujarat Energy Transmission Corporation Limited created?
Gujarat Energy Transmission Corporation Limited was created in 1999-05.
When was Kunlun Energy created?
Kunlun Energy Company Limited was established in 1999 as a state-owned enterprise in China.
When was British Energy Efficiency Federation created?
British Energy Efficiency Federation was created in 1996.
Is energy finite?
Energy is not finite, as it cannot be created or destroyed according to the law of conservation of energy. However, the usable energy on Earth is limited and can be depleted if not managed sustainably.
