Free Essay

Energy Conservation

In:

Submitted By ramesh93
Words 2416
Pages 10
Conservation and efficient use of energy in industry has for a long time been a priority of the government on India. In anticipation of enactment of federal legislation on energy management for industry, the state of Government of Tamil Nadu, Kerala and other Southern States, made energy audits mandatory for large-scale energy consuming industries. So among industrial consumers, the aspect of energy conservation is gaining due importance of the realization that “Energy Saved is Energy Produced and that too at Economical Cost”. This paper shares the experience of the authors on energy conservation projects carried out in a textile industry situated in Tamil nadu state. Economic and efficient measures of energy conservation have been followed subject to budget constraint and the effects of such measures were realized through reduction in energy cost with the added advantage of environmental safety.
1. Introduction
Today, energy and environment are two areas that have sought the greatest attention at the international level. With the issue of the global environment, becoming as important as never before, energy particularly its conservation in industries, has become the main target for all parts of the world that has to be achieved as soon as possible. Textile industries are found to be energy-intensive [4% energy cost in total input cost[ compared to other industries like chemical, food, computer manufacturing, etc.. and hence extensive research has been focused on such industries in the past to reduce the energy cost and the total input cost. In post-independence india, the industrial sector has reached to a level of consuming 50% of total commercial energy available in the country. Indian manufacturing industries like fertilizer, cement, sugar, textile, aluminium, paper, etc.. are found to be highly energy-intensive and their energy efficiency is well below that of industrialized countries. Research on Indian industrial sector indicates that around 25% of the total energy consumed by the industrial sector can be saved through energy conservation means. In this paper, the energy conservation experience of the authors with a textile industry is presented. The selection, and particular, of a textile industry has been considered because of 1) the higher magnitude of electrical energy used in such industries and 2) the large number of textile industries in this country. Since there is constraint on the investment budget for energy conservation measures imposed by the management of the textile considered, projects conserving only electrical energy have been identified and the implemented since the electricity cost in the total energy cost of the textile industry is found to be around 65%. All other energy conservation measures are reserved for next stage of implementation at a higher budget level. 2. Study Of Existing Conditions
2.1. Industry considered One of the privately owned medium size spinning and sewing thread industry in Tamil Nadu, producing 15 tons of yarn and 10 tons of sewing thread/day, is the site for which energy conservation measures were carried out during the financial year 2012-2013.
2.2. Electrical demand
This textile industry has four separate low-tension services, receiving electricity from the state electricity board (SEB) under tariff iii B. the permitted maximum demand is around 420KW.
2.3. Consumption
Energy consumption: 10,080 kWh/day
2.4. Elecrticity tariff
The textile industry is situated in a non-metropolitan locality and LT Tariff iii B is applicable at the following rates: Energy (kWh) charges: Rs. 7/kWh

2.5. Machineries/equpments inventory
The mill engineer’s report indicates the availability of the following machineries and equipments: Blow rooms- 1 Ring frames- 18 Cone and cheese winding machines- 3 Sewing thread machines
Cards, preparatory machines, draw frames, combers, lap formers, etc. Diesel generators: 1*500 KVA.
3. Energy auditing The Board of Directors of the Textile industry decided to go Energy Conservation measures due to the following reasons:

• The industry has served for more than a decade.
• The rise in cost of energy input due to periodic tariff revision by the SEB and also the frequent diesel price rise in every year.
• The Board of the industry is considering the option of going for Renewable Energy Sources in the near future for economic reasons and also to avail the Government’s incentives ,and
• The repeated instructions from the Electricity board, Electrical Inspectorate and state pollution control Board to go in for in for Energy Conservation.

3.1 The Energy Conservation Team (EC Team)

The Energy Conservation Team (EC Team) consist of i) A Associated Professor in Mechanical Engineering with heat transfer as area of specification ii) A Certified energy auditor with 7 years of Experience iii) A Post graduate students in M.E Energy engineering with Electrical and electronics engineering background in UG.

3.2 Service Agreement

The EC team was responsible for conducting a detail energy audit with the support of Mill Engineer and the Mill Maintenance personnel. At the end of the Audit, a detailed report on the Machineries/Equipment inventory, existing conditions, possibility of energy conservation, plan for implementation, implementation cost and carrying out the plan period, and rate of return, was given to the management for its approval. Based on the decision of the board and the Budget sanctioned, the EC team carried out its responsibility.
3.3 Time Span

For this Textile industry’s Energy Conservation Project, the EC team took 3 months for conducting the detailed Energy Audit; the Board took two weeks for its approval and budget sanction, and again the EC team took another three months for the implementation.

3.4 Criteria set by EC Team for Energy Auditing

The EC team set the criteria for energy auditing as
i)Cross-checking the Machineries/Equipments inventory produced by the industry, ii)Analyzing the Monthly Electricity Bills from the commencement of the industry iii) Study of load growth, Loading pattern and Demand control iv) Analysis of distribution system, cables, routing of wires and cables
v) Checking of indoor and outdoor lighting, vi) Determining Motor efficiency, Air conditioning, systems, etc., vii) Ways of improving internal giants from Equipments.

3.5 Audit Outcome

The EC team identified the following areas (projects) through which energy conservation could be achieved:
Electrical services and distribution system,
Individual machinery power factor analysis
Insulation and Distribution losses
Lightning
Motors and Drives performance analysis
Equipment and process Modification
Operation and Maintenance
Cogeneration and Energy Management System.

For each project i) the annual energy savings, ii)Project future energy cost and annual cost savings iii) project capital or first cost, iv) payback period, return on investment, and v) priorities to project based on investment merit, were provided to the management for its approval and capital authorization. The Board permitted to implement those energy conservation projects related to electrical demand and energy cost as the first phase subject to a budget of Rs.6000 with a condition that the savings through such projects should offset the implementation cost over a short period of time.
4. ELECTRICAL ENERGY CONSERVATION
Based on the Board’s approval, the EC team decided to go for the following electrical energy conservation projects:
4.1 Power Factor improvement

Findings: The average power factor of the industry varies between 0.85 and 0.93 since its commencement for the all four services, which was well above the requirement of the SEB. The instantaneous power factor for the individual motor was poor because of variable load conditions. So, at the average power factor, the load in the KW was 420 KW. 350 KVAR Capacitors were already installed to improve the power factor to 0.89 (average), which was not sufficient to reduce the energy input of the industry to a great extent, because some of the capacitors failed to draw the current.

Recommendations: The EC team decided to identify the failure capacitors and replacing that existing capacitors with the new capacitors according to the actual KVAR requirement of the individual machines. This can be done to maintain the power factor to an average value value of 0.99. The best locations for the capacitors were identified as i)at the stabilizer side itself to compensate the base load and ii) at the load supply side as per the KW capacity, so that only when the load is on, the capacitor will be on. The new capacitors of 280 KVAR were installed to improve the power factor to 0.99.

4.2 Improving power quality Findings: For every machine, the voltage and current Total harmonic distortion should be in the range of 4 and 11% respectively. But some of the machines have THD is in the range of 14%. Recommendations: The EC team has to maintain the voltage stabilizer to limit the individual motor’s unbalanced current carry around +/-10%. So Efficiency and life span of the machine gets improved up to 2% and 10 years.
4.3 By energy efficient motors Replacing standard efficiency motors with premium or high efficiency motors is a valuable energy conservation program. Total energy required to operate the motor is equal to the mechanical load on the motor and the mechanical and electrical losses in the motor.

Findings: There were 30 induction motors of capacities each ranging from 13 KW to 15 KW for driving the ring frames. By load test, their full load efficiency was found to be found around 86% and an average energy consumption of 12 kWh/hour/Motor. The energy consumption of these motors alone are formed a major portion of 45% in the total electrical energy requirement of the industry.

Recommendations: It is recommended to go for energy efficient motors of capacity 13KW with 91% efficiency, uniformly for all the frames.

4.4 Through lighting
Findings: The Lighting installation consisted of 90 electronic ballast fluorescent lamp each rated at 50 watts.

Recommendations: The EC team will be install a twin tube CFL each rated 85 W with voltage control system for the lighting in the industry, which made use of one autotransformer for every lighting control zones, and finally connected to a central control panel. The voltage control system has reduced energy consumption in two ways: firstly, following start-up, the supply voltage was reduced to monitor the daylight level in the industry, the supply voltage was reduced up by up to a further 5%.

5. Benefits overview
Since the conservation measures carried out were budget constrained, a higher magnitude of saving in energy and cost could not be expected. After the implementation of the conservation projects, a total saving in electricity consumption of 49,536 kW/annum has been achieved. The electricity charges/annum was brought down to a value of 1,163,749 from Rs.1,510,554 with the saving of Rs.3,46,805. Such a saving was found to be 18.23% on the annual electricity charges and 11.85% on the total energy cost of the textile industry. The total investment for the energy conservation projects and saving in electricity cost per annum were found to be Rs.2,90,000 and Rs.3,46,805 respectively. Apart from the economical benefits, environmental benefits are also achieved through the present EC projects. The Carbon dioxide, Sulphur dioxide and Nitrous oxide emissions, in India, from Fossil-fuel generation of electricity per kWh are found to be 0.22 Kg, 6.80 gm and 2.63 gm, respectively. The reduction in these emissions due to the present energy conservation measures is calculated. An appreciable reduction in all the pollutants are noticed which helps not only in safeguarding the environment and but also gets benefits from reduced environment penalty cost.

The following tables show the energy saving details in all the service connection separately:
I. Service Connection-I
Sc no: 886
Operation Hours/days: 18
Energy savings 3.63% of 84 KW: 1.7 Units
Units cost: Rs 7/Units

s.no Energy savings in kWh@0.85
Load factor/Month EB Bill saving in Rs/Month EB Bill saving in Rs/Year
1 796 units 5572 66898

II. Service Connection-II
Sc no: 955
Total demand: 84 Kw
Operating hours/ day: 18
Energy saving3.63% of 84Kw: 2.5 Units
Unit cost: Rs 7/Units

S.no Energy savings in kWh@0.85
Load factor/Month EB Bill saving in Rs/Month EB Bill saving in Rs/Year
1 1151 units 8057 96,678

III. Service Connection-III
Sc no: 1029
Total demand: 84 Kw
Operating hours/ day: 18
Energy saving3.63% of 84Kw: 3.1 Units
Unit cost: Rs 7/Units

S.no Energy savings in kWh@0.85
Load factor/Month EB Bill saving in Rs/Month EB Bill saving in Rs/Year
1 1400 units 9802 1,17,625

IV. Service Connection-IV
Sc no: 1202
Total demand: 70 Kw
Operating hours/ day: 18
Energy saving3.63% of 70Kw: 1.4 Units
Unit cost: Rs 7/Units

S.no Energy savings in kWh@0.85
Load factor/Month EB Bill saving in Rs/Month EB Bill saving in Rs/Year
1 781 units 5467 65,604

6. Conclusion
In this paper, the energy conservation experiences of the authors with a textile industry were presented. Since there was there was constraint imposed by the Management of the textile industry on the investment budget for the energy conservation measures, project conservation only electrical energy have been considered and the saving of 18.23% on the electricity cost. An attraction benefit has been achieved along with the annual reduction of Tons of NOx through energy conservation measures encouraged the industry and made them to grand permission to proceed with the next phase of energy conservation at a higher budget capacity.
7. References
List and number all bibliographical references in 9- point Times, single-spaced, at the end of your paper. When referenced in the text, enclose the citation number in square brackets, for example [2-4], [2, 5], and [1].

[1]S. Rahman and A. de castro, “Environmental impacts of electricity generation: A global perspective,” IEEE Trans. Energy Conservation, vol.10, no. 2, pp. 307_314, June 1995.
[2] J.B.Gaskell, “How green is your plant?” IEEE Power Engineering Journal, vol. 13, no 2, pp. 49-57, Apr.1999.
[3] A. Z. Khan, “Electrical energy conservation and its applications to a sheet glass industry,” IEEE Trans. Energy Conservation, pp. 666-671, sept. 1996.
[4] IEEE Bronze Book on Recommended Practice for Energy Conservation and Cost Effective Planning in Industrial Facilities. New York: IEEE, 1993.
[5] C. Palanichamy et al., “Refresher course on recent trends in maintenance of industrial electrical equipments and energy conservation,” in TCE proc., Feb. 23-24, 1991

Similar Documents

Premium Essay

Law of Conservation of Energy

...Law of Conservation of Energy: Statement: The law of conservation of energy states that the total amount of energy in a system remains constant ("is conserved"), although energy within the system can be changed from one form to another or transferred from one object to another. Gravitational Potential Energy: Definition: Gravitational potential energy is energy an object possesses because of its position in a gravitational field. Kinetic Energy: Definition: Kinetic energy is the energy of motion. An object that has motion - whether it is vertical or horizontal motion - has kinetic energy. There are many forms of kinetic energy - vibrational (the energy due to vibrational motion), rotational (the energy due to rotational motion), and translational (the energy due to motion from one location to another). Elastic Potential Energy: Definition: Elastic potential energy is Potential energy stored as a result of deformation of an elastic object, such as the stretching of a spring. It is equal to the work done to stretch the spring, which depends upon the spring constant k as well as the distance stretched. After defying of relevant theoretical terms here I am mentioning little comments on the given query. A real life example for conservation of energy is a ball falling from a building. The total mechanical energy is sum of equal to kinetic energy with addition of gravitational potential energy at different periods of time and height. The K.E. and G.P.E. is changing but...

Words: 251 - Pages: 2

Free Essay

Energy Conservation

...altogether needs to understand what energy conservation provides because energy conservation may save human lives as well as the entire human population as a whole; the greatness about energy conservation is that it can save households and businesses money. The world today is built upon speed, demand, and the power of energy. Today's human way of life works around consuming energy in many aspects of daily life because we use an enormous amount of transportation, heat, and electricity. Energy conservation is the basic performance of diminishing the amount of energy consumption that takes place in our daily lives. Enormous amounts of human and governmental effort may bring forth a massive reduction of energy costs, as well as cause many humans to become healthier in various ways. In this dissertation, I will provide background information on energy conservation. I will focus on factors and contributors that affect all things on earth non-living and living. In scope, I will also focus on the positive and negative issues that arise with energy consumption, which in turn impacts humans. The reader will review a complete evaluation of current sustainability strategies and solutions for energy conservation. This research will also provide a sustainability plan of its own to deliver to the reader. The sustainability plan will include benefits and challenges of the plan as well as the required government, societal, and global support. In many forms, energy is probably one of the world's...

Words: 2282 - Pages: 10

Premium Essay

Energy Conservation

...Energy Conservation Tips for Energy Efficient Home Robin Pitts Axia College Energy use and conservation is a much publicized topic in the world today. There are many different sources of energy and the focus of this paper will be on home uses. Energy used in the homes comes from a few different sources. Most home uses as of today are from nonrenewable resources. Resources that cannot replenish will be depleted forever, and future generations will need to create alternative sources of energy. Electricity is used to light homes and run appliances. Many electric companies use coal to create electricity. Oil and natural gas are used to heat our homes. This energy is wasted at an alarming rate and will soon be obsolete if we do not address the issues at hand. Nonliving and living factors are affected by the lack of energy, when mining for coal the environment is vastly affected. Valuable land is destroyed and can take years to replenish, if it ever does. Coal is mined two different ways, subsurface and surface mining. There are advantages and disadvantages to both. Strip mining, a form of surface mining is used for the retrieval of 60 % of the coal in the United States; is done if the coal is close to the surface, approximately 100 feet down. Surface mining, a less expensive form than subsurface mining, allows complete removal of coal and is safer for the miners. This is the preferred method, but with this comes an environmental impact. Large trenches...

Words: 1792 - Pages: 8

Free Essay

Energy Conservation

...Energy Conservation Preston L. Judd SCI/275 Environmental Science Axia College / University Of Phoenix April 10, 2011 Tisha Samosky It can begin simply by turning off a light switch as someone leaves a room or unplugging a device when not in use. From these small acts, the beginning seeds of energy conservation can be sown. Energy conservation has become one of the most hotly debated subjects in the world. Old power plants are struggling to keep up, sometimes causing power shortages or “brown outs”, and new power plants are being built, but most of the new plants still use the same technology as their predecessors. Some have even been ‘repackaged’ to appear cleaner in respect to exhaust, but they still pollute the atmosphere and use a dwindling source of fuel. Still others argue that fields of petroleum at deeper levels are more than sufficient to supply the world with oil1. The only real hope of the world is to either perfect some of the newer, greener power generation techniques such as wind, solar, or geothermal, or invent some new as-of-yet undiscovered method. Until that time, energy conservation is not just a good idea, it is a necessity. 1. The Population Explosion and Power Usage As the world’s population gets closer to the seven trillion mark (estimate as of April 2011 is 6,911,382,8582), the demand for power increases exponentially. The added strain on the generation facilities is causing rolling blackouts, or “brown outs”, in some...

Words: 2083 - Pages: 9

Premium Essay

Energy Conservation

...Final Environmental Science Tiffany Garris April 15, 2012 Marc Romine Energy Conservation Energy conservation is a simple way to solve many problems but the one we are focusing on today is called acid rain. Acid rain is a devastating effect of energy consumption. The only way to reduce it is to use less natural resources, or energy conservation. Energy consumption and air pollution has become a hot topic recently and is so linked to each other that you cannot have one without the other. One of the worst places for acid rain is China. This is due to their massive consumption of energy sources. The nonrenewable resource they mostly use is coal. Their high usage rate is in direct correlation to their high population. The more people they have the more of a need for coal and other nonrenewable resources. The higher usage of nonrenewable energy resources causes higher amounts of acid rain. If we are not careful we will be as bad if not worse than China. Our energy use increased 40% from 1970 to 2000. They are charted to grow another 40% by year 2020. That is at an even faster rate and we are at 2012 so in eight years we will have used 80% more energy than was used in 1969. That is a scary percentage. Acid rain damages everything from steel buildings to water supplies. One of the many things acid rain destroys is plants. That means it destroys the food we eat by destroying the grass and other flora that animals eat, the animals that eat the...

Words: 1998 - Pages: 8

Premium Essay

Energy Conservation Plan

...Energy Conservation Plan Keenan Williams SCI 275 April 15, 2012 Sarah Franklin Energy Conservation Plan Energy is something that is a necessity for the human race to function. People are very ignorant when it comes to conserving energy, which in turn wastes what little non renewable resources remaining and becoming scarcer. A non renewable energy source is something that cannot be reproduced or grown; it comes from sources that can be completely depleted, such as fossil fuels, oils, and natural gases ("U.s. Energy Information Administration", ). When our non renewable sources start becoming harder to obtain, the price to use them goes up. The majority of the energy we use comes from non renewable sources. Energy is wasted daily basis. Leaving lights on during the day, leaving televisions on when no one is watching it, having multiple electronics plugged in to the wall instead of a surge protector, leaving the air conditioner running when no one is home, and doing laundry all throughout the day instead of doing it when the rates of electricity is lower are all ways that energy is wasted. A good way to stop the wasting of energy is to avoid those mentioned activities. These are just small things people can change in order to conserve energy, and if everyone would do it, it could make a big difference. The issue of energy conservation has both living and non living contributing factors. The biggest living contributing factor...

Words: 2005 - Pages: 9

Premium Essay

Energy Conservation Paper

...Energy Conservation SCI 275 Rochelle Troyano May 9, 2010 It would be hard to imagine a life without the use of energy. So many of the products that we use on a daily basis are powered because of electricity, which in turn is generated because of energy. American’s use a mixture of different energy sources to cool and heat our homes, offices and means of transportation. We also use energy sources to illuminate and power these same places. Oil has provided the United States with less than 50% of energy needs and supplies almost 97 percent of the energy used for transportation (Dale and Kluga, 1992). There are two sources of energy that we depend on: renewable and nonrenewable energy. Renewable energy is energy which comes from natural sources which is constantly renewed. Some examples of renewable energy is wind, water, sun, vegetation, and geothermal. Nonrenewable energy comes from natural resources that are unable to be replenished like, fossil fuels i.e. oil, gas, and coal. Also, a large percentage of electric power that is located in the United States primarily comes from nuclear power plants. Current plants that operate possess a significantly large amount of waste disposal problems which in turn mean that there are currently no plans of building any additional nuclear power plants. A mass amount of electricity is generated because of the burning of nonrenewable energy sources. Due to this massive problem, the conservation of energy is a process we need to take more seriously...

Words: 1674 - Pages: 7

Premium Essay

Importance Of Energy Conservation

...Global energy consumption has increased steadily for much of the twentieth century, particularly since 1950. In 2011, the world consumed 88 million barrels of oil per day, a 7% increase from 2010 (Statistical Review of World Energy, 2014). Most of the energy increases came from non-OECD countries (Statistical Review of World Energy, 2014).In current scenario, for the first time, oil demand in the developing world is expected to be higher than in industrialized world (Global energy usage, 2012).The dynamics of energy markets are increasingly being determined by emerging economies. In recent years, there has been an explosion of growth in energy demand from Asia, which eclipsed North America for the first time in 2003 as the world’s most energy...

Words: 1689 - Pages: 7

Premium Essay

Energy Conservation Case Study

...Assignment Part 1 “Energy conservation has been a major concern in the recent decades. There are critiques that buildings.in Hong Kong has been too much relying on use of air conditioning to maintain a pleasant indoor environment. Since air conditioning systems consume a lot of power supply, consequently most of the buildings are not regarded as environmental friendly.” Evaluate the above statements. From the perspective of an architect, discuss how a residential building may be designed to reduce energy consumptions. Student name: Lee Tsun Ming Student number: 54806965 Name of Lecturer: KK Chan In the recent decades, the issue of global warming triggers a heated debate. Global warming refer the phenomenon that...

Words: 1146 - Pages: 5

Premium Essay

Energy Policy and Conservation in Nigeria:

...ENERGY POLICY AND CONSERVATION IN NIGERIA: IMPLICATIONS FOR RURAL DEVELOPMENT BY O.ADEGBUYI AND O.O. FASORANTI (PhD) ABSTRACT To impact visible advances in rural communities in Nigeria for achieving meaningful economic goals, the effective policy of energy usage as a vessel for the acquisition and utilization of required technologies to develop and recover the present depreciating national economy associated with poor food production must be focussed strategically. The socio-economic growth of any developing nation is generally a function of the level of maintenance of her energy demand supply balance and sustainable food production. Nigeria may attain the potential status of an industrialised nation by the year 2010 if all available manpower and other natural resources are well utilized before then to effectively harness her potentials of cheaper alternative energy technologies for long term economic and rural developmental goals. This paper presents the nation’s requirement of a well- articulated energy policy and urgent implementation strategies emphasizing on appropriate energy conservation concepts to promote optimal utilization of existing energy resources in her rural areas. It is therefore suggested that the development of available alternative energy resources be encouraged for integrated rural growth, sufficient food production and small scale industrialization thereby alleviating poverty in the rural communities of the...

Words: 3478 - Pages: 14

Free Essay

Energy Conservation and Managment (Hospitality Industry)

...300210816 Energy Conservation and Management in an Energy Obsessed World Contents Executive Summary 3 Introduction 4 Energy Alternatives 4 Biomass Energy 5 Wind Energy 6 Solar Energy 6 Technology 7 Energy Efficient Lighting 7 Intelligent thermostats 8 Sub Metering 8 Ozone Laundering Systems 8 Implementing Programs 9 Economics of Energy Conservation 9 NYSERDA 10 Rebates 10 Low interest loans 12 Global energy conservation 12 The ‘Price’ of Energy 12 Developing world 13 Conclusion 13 Executive Summary Energy conservation and management is a vital part of any corporation, especially one that depends as highly on the consumption of energy as hospitality does. Conserving energy for these corporations doesn’t only improve their bottom line but also helps to ensure that they are doing their part and are attending to their corporate social responsibility. Within the hospitality industry there are many different ways that a manager can choose to improve the management and conservation of energy. Ensuring that all of the machinery on the property is up to date, well maintained and the most energy efficient model available is a good start to reducing the energy consumed on the property. However, there are other things that can be done as well. For instance, instead of just upgrading the machinery they could replace it entirely with energy conserving technology alternatives. They also have the options of choosing a completely different source of energy, one that...

Words: 3569 - Pages: 15

Free Essay

Community Collaboration Participant Identification on Osan Ab, South Korean

...Community Collaboration Participant Identification on Osan Air Base, South Korea INTRODUCTION Transforming the way the community at Osan Air Base, Korea, views its use of energy—including creating policies to promote recyclable and renewable energy is critical to promoting sustainment, saving money and preserving our community resources. The goal of this project is to develop sustained changed towards behavior and attitudes of current energy consumers at Osan AB. Research indicates in order to achieve sustained behavior change the organization must be educated and properly motivated to be willing to change their convenient patterns of behavior. By targeting collaborative groups for imparting knowledge in this field, the future consumers and decision makers can be prepared to play a meaningful role in energy conservation through their better habits and behavior. Currently the Republic of Korean government pays 41% of the US operating costs in Korea. This Host Nation Support assist with utilities, cost of land, and the overall cost of doing business in a foreign country for approximately 8000 active duty, civilian and dependent personnel assigned to Osan AB (usfk.mil, 2012). U.S. military bases in Korea are experiencing exponential growth as more families are moving to the Korean in an effort to normalize tours to improve readiness, increase continuity by keeping troops in place longer and reduce lengthy family separations. As the standards of living increase so...

Words: 1601 - Pages: 7

Free Essay

Nature

...Green Buildings: Better Quality of Life Design of buildings for sustainability – Case study presentation Prof. Bernard V. Lim JP Principal, AD+RG Architecture Design and Research Group Limited Professor, School of Architecture, The Chinese University of Hong Kong The Hong Kong Community College The Hong Kong Polytechnic University Client: The Hong Kong Polytechnic University Project Manager: Campus Development Office, The Hong Kong Polytechnic University Project Architect: AD+RG Architecture Design and Research Group Ltd. Architectural Collaborators: AGC Design Ltd. Wang Weijen Architecture Acknowledgements Received - Green Building Award 2008 Merit Award in the New Construction Category. by Professional Green Building Council - Highest BEAM (Building Environmental Assessment Method) rating of Platinum by HKBEAM Society. (The first educational building in Hong Kong to achieve such rating) Acknowledgements Received - Finalist in “World Architecture Festival 2008” in Barcelona on October 2008 - one of the 12 Finalists in the Learning Category and is the only Hong Kong architectural practice in this Category. 0.0 Project Brief (I) Introduction The Project is a high-rise 19-storey institutional building for the Hong Kong Community College. It aims at providing a dynamic and interactive space for youth education while incorporating the sustainable design considerations and construction techniques into the building. 4...

Words: 3811 - Pages: 16

Free Essay

Go Green

...solve social problem. After introduce their think tank, a novel topic is show on our eyes. Energy Poverty. Energy Poverty is meaning the family use 10% of their income to pay the utilities, which is a high expense. Beside economic aspect, there are two other aspect we should consider, they are social and environmental. For social aspect, poor people are easier to pay more utilities expense. They maybe turn on the air-conditioning for a long time because they have no window in the house. And they need use the natural gas, and natural gas is a high expense resource for them, so that is also relate to the economic aspect. For the environmental aspect, the poor people are lack of money to buy the energy-saving products to decrease the utilities expense. They will use rice cooker to boil water, they don’t know to use fan and air-conditioning alternately to save energy. So these three aspect are relate to each other, and we should use the social worker to teach people how to use electrical in a right way to reach the purpose of social aspect. And should find some company to invest the fund in economic way to subsidize people. And for the environmental, improve energy efficiency is the most important thing, I think everyone should take a part in this action, to saving the energy and help other people who need helps. World Green Organization also from a programme is about water conservation called “Half Cup of Water”, that is encourage people to take a photo of who drink left half...

Words: 504 - Pages: 3

Premium Essay

Poop

...for Section 2 A. Objectives B. Avoiding Survival Situations C. Planning for the Outdoors - Control Plans 1. Climate Control 2. Time Control 3. Energy Control D. Trail Techniques and Conserving Energy in the Outdoors E. Physiological Needs of Humans – The Basic Information F. Principles of Clothing Design G. Clothing Materials H. Coatings and Films I. Insulation J. Summation and Final Reflection K. Resources Objectives 1. Participants should understand the importance of adequate and safe planning in conducting any outdoor recreation or learning experience, and that capability of having “good judgement” is a cornerstone to planning. 2. Gain an understanding and need for developing appropriate plans prior to conducting outdoor adventures. Have the ability to create a plan for an adventure. 3. As a outdoor user we can do things to minimize energy loss and therefore allow our experience to be safer. 4. Participants will have a better understanding of dressing and selecting clothing systems for the outdoors. A. Avoiding Survival Situations and Conserving Energy 1. Stay out of potential survival situations • measures of "preventative medicine"; prevent loss of energy or being placed in situations which drain energy from the body; • understand basic skills or as Petzoldt refers to the "must knows" -- fire building, cooking, planning, route finding skills ,etc. ...

Words: 3066 - Pages: 13