The adolescent girls of the age 15-24 are at high risk of being infected with HIV due to their high vulnerability to HIV infections that are attributed to their sexual behaviors. In Kenya, reports indicate that girls are three times more vulnerable than boys of the same age. For this reason, the government has introduced integrated HIV/AIDS education in the school’s curriculum as a strategy to halt HIV infections among the youth in schools.  Nevertheless, integrated HIV/AIDS education may not have successfully addressed sexual behaviors that expose the girls to HIV infections. The purpose of the study was to establish the level of teachers’ preparedness to teach HIV topics in integrated HIV Education curriculum among girls in secondary within Nakuru Municipality. The study adopted a Descriptive Survey Method with an accessible population of 425 form three students and 12 teachers. Data was collected through use of questionnaires that were administered to the students.  The instruments were piloted and reliability correlation coefficient of 0.8 obtained.  The collected data was analyzed using Descriptive Statistics (frequencies, percentages and averages) with the aid of Statistical Packages for Social Sciences (SPSS) version 17.0 for windows. Though the study revealed that students had gained knowledge and skills in the fight against HIV infections, the study indicated that HIV/AIDS teaching resources were generally lacking in the schools and that some teachers were unprepared to teach integrated HIV/AIDS for lack of training and that emphasis was on the examinable subjects. The results of the findings provides useful information to educational planners, teachers and other stakeholders in making integrated HIV education more effective in an effort to halt HIV infections among girls.  The study recommends provision of HIV/AIDS teaching resources by the school administration, and makes recommendation for further research on evaluation of the effectiveness of current HIV/AIDS curriculum in secondary schools.

This paper investigate the effect of a radiating partially-ionized plasma and wave evolution. The presence of upstream and downstream magnetic field is studied with the influence of collision and interaction frequency in radiative flow field. A modified chandrasekher, Drazin and Ried method is used in solving the charateristics value problem with two-dimensional disturbances for the case of equilibrium free convection. Radiation  present on the onset of partially ionized plasma and wave evolution is found to have periodic steady state, unsteady with differential gradient on the raleigh number. It effect on wave evolution is small on the radiation parameters of  the order wave number 1x10-1 concentration gradient. A steady state effect on the system Graphs were pictorialy displayed, evaluated and the results shows with remarkable good agreement on various figures on decrease points or decline points, steady state points, inclinepoints and also their characteristic behaviour of the Rayleigh number and wave evolutionin in the region. The effect of collision on the onset of static cells diminishes for optical thin non-grey plasma-near periodic steady state. This is of relevant and very important in cosmic ray physics as the interaction between the ionized and neutral gas  component  represents a state  which often exists in the Astrophysics space.

The main objective of this study was to explore the perceptions of medical practitioners towards electronic health administration systems. The study was conducted in the context of the Technology Acceptance Model (TAM). Designed in a quantitative paradigm, the study was descriptive in nature. A sample of 70 drawn from a population of 146 medical practitioners participated in the study. The findings of the study are that most of the medical practitioners think that adoption of electronic administration systems will have significant benefits, especially the benefit of increased access to information by beneficiaries of the information.  However, with respect to the adoption factors the general medical practitioners depicted a negative perception on the availability of these adoption factors which support the use of e-health. While significant developments have been made in the area of information technology infrastructure development by the Government, the study revealed medical practitioners are not very confident that the existing infrastructure will be able to support e-health. The issue of lack of a clear regulatory framework and trust in e-health systems data security also featured negatively. There is a strong perception that there are no clear regulatory policies on e-Health in the country. From the study it has been discovered that medical practitioners do not have trust in the existing data security systems. Perceived benefits and perceived ease of adoption affect acceptance of a new technology according to the Technology Acceptance Model. The low level of adoption of e-Health systems in the particular area under study may be as a result of an environment that presents poor adoption motivation. The study recommends that further future studies be conducted by replicating the study in other health sector environments in the country. This study only considered the perceptions of medical practitioners. The perceptions of healthcare customers and clients could be equally important. This could possible become another fertile ground for further future studies.

This paper presents the design and implementation of Photovoltaic fed high performance boost H6 inverters using hybrid modulation method. In this configuration without the input split capacitors, multiple DC sources, common-mode voltage and leakage current issues can be eliminated in standalone PV system . The main objective of this system is to achieve high efficient system with the elimination of common-mode voltage and leakage current. The hybrid modulation topology is the combination of unipolar and bipolar pulse width modulation schemes. The performance of the proposed system is analyzed by comparing the level of reduction of common mode error as a parameter and the working of existing H4 inverter.

Corrosion of steel reinforcement is a very big problem especially in coastal areas. The increase volume of steel bar leads to deterioration of concrete structure that has led to need for alternative type of reinforcement such as Fibre Reinforced Polymer (FRP). The use of Fibre Reinforced Polymer (FRP) in civil engineering practice is increasing day by day. FRP bars offer many advantages over conventional steel bars, including a density of one-quarter to one-fifth that of steel, greater tensile strength than steel, and no corrosion even in harsh chemical environments. Many researchers and practitioners have demonstrated potential of its application in various civil engineering aspects, such as retrofitting and internal reinforcement.

The plastic deformation behaviour of IF Steel during Equal Channel Angular Pressing (ECAP) has been studied (with two channels intersects at 120^o) by Finite Element Method (FEM) using ANSYS software package. A sound knowledge of the plastic deformation and the load is necessary for understanding the relationships between plastic deformation, grain size and mechanical properties of IF-Steel. It is observed that the precise results were obtained in comparison to the analytical models reported in the literature. It is also found from analysis that processing geometry of die and the friction between the die and the work-piece has great influence on the extrusion pressure and flow in the process, where these parameters lead to strain distribution of workpiece becomes inhomogeneous and non uniform.

Different types of models exist for cloud electrification in cloud micro-physics, e.g., drop break-up, ion charging, convective mechanism, inductive charging, different types of particle charging involving ice phase and ice crystal/graupel charging etc. Inductive charging is the most convincing process of all. In the inductive charging process the pre-existing electric field induces charges and electrically polarizes the suspended water droplets and ice crystals. Charge transfer occurs as the smaller cloud particle rebounds from the underside of a larger ice particle and thus kinetic energy of droplets is converted to electrostatic potential energy. The larger charged particles come down due to gravity and the reduced gravitational potential is converted to electrostatic potential. Thus, randomly stratified charged region forms in thunder cloud with positive or negative charge centre. Recombination of charges of two opposite charge centers takes place in the form of lightning through the ionization channel and releases huge energy as acoustic and electromagnetic waves spanning various wavelengths. In this article we discuss the inductive charge transfer process as a function of vertical temperature gradient, aerosol content, existing electric field and water vapor content.

The increasing unemployment rate in the country especially among graduates of agriculture indicates that educations provided in higher education in agriculture do not meet the current social needs. Thus, entrepreneurship education has become one of the most important and most extensive academic activities. The current survey aims to identify barriers to entrepreneurship in agriculture higher education among the graduates for mentioned which includes all graduate students of Agriculture College of University of Tabriz; 100 of them were selected through proportionate stratified sampling. Measure used in the survey was questionnaires, and the software SPSS was used to analyze data. Factor analysis was used to identify barriers to entrepreneurship in agriculture higher education system, and barriers were categorized as 6 main factors. These factors generally defined 72.2% of the total variance, and the factors of supportive barriers to and difficulties in higher education composed 27.3% of the total variance. The latter includes barriers such as shortage of educational tools, shortage of facilities, equipment and lands suitable for farming, lack of appropriate educational spaces at Agriculture Colleges, lack of modernized educational tools for teaching, and also lack of accessibility of computers and the internet. Other factors contributing to the total variance include educational policies, skills, supportive, infrastructure and cultural barriers.

The paper wants to bring into attention the new contributions to the development of the dynamics of the human hand-arm system at seven degrees of freedom. For this purpose are contributors to shaping the mechanics of hand-arm system subjected, exposure of excitation due to vibrating tools (drill) by analyzing the motions of their components.

We are interested in the action of mechanical system vibrations transmission after the direction of Oz (over the arm) and the possibility that these dose of vibrations, it could be to produce disease.

The efficiency of the FPC was studied experimentally. The concentration of the Al₂O₃ Nanofluid was 5.97 grams, 11.94 grams and 17.91 grams. The SDBS is used as dispersion liquid. The experiments were performed in different mass flow rates of 0.05, 0.075, and 0.1 kg/sec. of Al₂O₃ Nanofluid. From the experimental results, the weight fraction 0.2% to 0.4%, there is a substantial increase in the efficiency of Solar Flat Plat Collector.

India is gaining importance as a high potential lucrative market for global retail players.  Recent economic reforms in India bring consumers the benefits of using Internet for shopping. In this study it has been shown the factors effecting online purchase including the perceived risks. The report also brings an idea about the growth of internet and its impact of online shopping are reflected. Previously identified factors are taken into consideration and proposed hypothesis are tested. The statistical tool used in this study is SPSS 18.0. Hypothesis is tested using co-relation analysis. Factor analysis is used to test the reliability of the questionnaire framed for primary data.

With all-time growing demand for electricity in many under developed/developing countries, majority of the people are unable to get the electricity and also in remote places like small villages, there's no access to electricity resulting in economic degradation. Power is very important to modern systems. This paper presents an overview of a system for wireless power generation including power transmission and power reception device. The power is generated in a way where solar energy is captured by solar cell in the panels and converted to solar electricity. Alternatives are dynamo and ac power supply. The power can be transmitted using Inductive coupling for short-range, resonant induction for mid-range electromagnetic wave power transfer. Loads are led, dc motor and LCD.

The Indian retail market is growing rapidly. Earlier, shopping was viewed as a functional activity. It meant buying only the essentials. In fact, unnecessary shopping or self-indulgence was frowned upon. However, liberalisation in the 90s, increasing incomes and foreign trips, exposure to the internet, growing confidence in one’s personal success, etc. are making it acceptable to not only buy non-essential products but also to splurge on luxury goods. India’s retail sector is developing quickly and becoming more competitive. Retailers understand the importance of meeting consumer demands¹.

                Research indicates² that to excel in today’s highly saturated retail markets, companies need to abandon the geographic expansionism that, ironically, created their original success. Instead, they need to initiate new management strategies based on profit-driven product selection and customer targeting. At the heart of the shift is the introduction of financial discipline into the marketing process. Retailers need to be ruthless about pulling unprofitable products from the shelves and avoiding high volume but low-profit customer segments.

                This change represents more than a makeshift to survive the downturn. Rather, it signifies a major transition in how retailers will compete with each other in the future. It will require changes in culture, operations, strategy and finance. Those that develop the capabilities to manage product and customer profitability will have the earnings to support future investment and value growth. Those that stay focused on sales growth through square-foot expansion will find themselves with shrinking margins and less capital to invest in profitable growth – a sure recipe for competitive failure and shareholder disappointment.

                Retail mix is the blend of various activities which in total present the whole concept of retailing. The retail marketing and retail positioning strategies are put into effect by retail mix - the set of controllable elements that a retailer can use to satisfy consumers' needs and to influence their buying behaviour and compete effectively in the target market. Utmost care is required on part of the retail manager to select the various elements for a perfect retail mix. With this background a of blend retail mix is strategies is studied.

A post disaster situation demands an efficient communication and coordination among rescue teams. Exchange of real time information among responders and emergency situation centers is crucial for saving lives. However, communication systems were usually down due to various reasons. The loss of communication systems made the rescue operation extremely difficult. In such scenario, MANETs are suitable for providing communication mechanism as they are easy to deploy and do not require elaborate infrastructure. In this paper, I have considered the relief and rescue operations in a post disaster situation are performed using a MANET test-bed setup and Serval Mesh Application. We can create adhoc network by using laptops or mobile phones but laptops are not easy to carry. For this reason, I preferred to establish the communication through smart phones .I have successfully sent the image file by capturing the location through Wi-Fi Direct application from one android smart phone to another android smart phone instantly.

Crankshaft is large volume production component with a complex geometry in the Internal Combustion (I.C) Engine. This converts the reciprocating displacement of the piston in to a rotary motion of the crank..In an arbitrary position of the crank, due to tangential force, the crank arm will be subjected to transverse shear, bending and twisting, while due to radial component it is subjected to direct stress and bending. It will be laborious to consider all these straining actions in several positions of the crank. Generally, the crank is designed for two positions; those are maximum twisting moment and maximum bending moment. In this project, an attempt has been made to analyze the crankshaft of two different materials by using Finite element software ANSYS. The static analysis is conducted on the crankshaft with two different materials and results are validated by comparing various outcomes such as total deformation, equivalent stress and strain of these materials from which better material can be found.

This proposed antenna is a double ring structured MSP antenna with partial ground surface to obtain wideband response. This antenna is fed with normal microstrip feedline to obtain better performance of antenna and operate in different frequency band (1.9 - 3.6 Ghz) that covers wireless applications of Wimax, Bluetooth and WLAN. Also used for medical and scientific applications. The proposed antenna size is 55 x 44 x 1.6mm³ uses FR₄ epoxy as a substrate with thickness of 1.6mm. The antenna gain at different frequency and its radiation pattern are observed for this proposed antenna with and without DGS designed using HFSS version14.

In this work nano MgAl₂O₄ powders   were prepared by solution combustion process by mixed fuel approach using magnesium nitrate hexahydrate Mg(NO₃)₂.6H₂O), aluminum nitrate nonahydrate (Al(NO₃)₃.9H₂O) as oxidizers with mixtures of urea (NH₂CONH₂ ), sucrose (C₁₂H₂₂O₁₁).  Fuel urea is taken as stoichiometric fuel and sucrose as excess nonstoichiomertic fuel. The effect of sucrose fuel addition as excess on phase, structure and characteristics (e.g. crystallite size morphology,) of the as-resulted powders were investigated. The crystallite sizes were determined by using Scherer formula and Williamson -Hall equation. The experimental results revealed that the formation of pure crystalline phase of magnesium aluminate was confirmed for two bacthes of mixteres  cases by comparing the obtained peaks of XRD pattern with the peaks of standard XRD pattern of JCPDS card number 21-1152. The crystallite size of the powders was significantly decreased from 80 nm to 30 nm as the sucrose  content rose from 0.00, 0.50, ( 0, 3.5 wt%), excess with 4 grams of urea,  2.56 grams of magnesium nitrate and 7.5 grams of aluminum nitrate.

Solid biomass fuels are widely used in developing countries as a source of energy. In Kenya for instance, the forest cover is 7.8% and is in decline with annual population growth rate of 2.7%. The demand for wood-based biomass is thus expected to surpass the supply as an estimated 90% of the population of developing nations depends on it. Thus it is important to find a supplementary energy source that works with existing cooking and heating methods. The objective of the study was to analyze the physical and combustion characteristics of briquettes from human faecal matter mixed with different binders. The faecal matter briquettes were prepared by carbonization and then compression of dried faecal waste put in a muffle furnace at 650⁰C for 7 hours. Molasses, red soil, oil gum and starch binders were used at 15% to mass of the carbonized faecal waste and extruded at a pressure of about 5 MPa. It was found that all the binder-feacal waste combinations are possible heat energy sources. The red soil briquettes had better qualities, though variables assessed were significantly different at five percent level of probability. Additional research may need to be done with different binders and binder percentages for socio economics and environmental concerns.

To withstand a high competition in the global market, no organization encourages losses. Different techniques have been studying from years ago to improve productivity. But Overall Equipment Effectiveness (OEE) calculation gives the correct measure for the occurrence of various losses by the machinery. OEE is a performance measure metric used to calculate the overall equipment efficiency of the plant by a simple calculation. This paper presents a flexible and innovative approach to evaluate the OEE of the industry by considering cost, quality and time as lean surrogates for the factors of OEE.

In this project, as the network of mosques is being used as the center of education in delivering the soft skill values, a mobile application will be developed in order to help the community to gain access to the news related to the soft skill programs. To build a suitable and friendly user application, an interview had been conducted to a different set of users; the orphan, single mother, poor people and also the mosque’s management staff to have their opinion regarding this project. From the result of the interview, some of the important views from the target users had been implemented to the project business model canvas and value proposition design while maintaining some of the important original ideas of the project to create the best and contented business model canvas. This project is hopefully will be able to revive the role of mosque as the center of the education and also help the community to join the program offered with ease by making use of the application

Traffic signs are an essential a half of the road system, and a road with poor signing or by poorly maintained signs are an insufficient road. Road users depend on traffic signing for information and guidance, and route authorities depend on signing for the economical operation of the route network, the group action of traffic rules, traffic control and facilitate to road safety.Signs should offer road users their message clearly and at the right time. The message should be clear and quickly understood. A pattern normal sign assist in their quick recognition, as can regularity of form, colour and writing for every type. Induce the fullest advantages of uniformity there mustn't only be regularity of signs, however additionally regularity in their use, positioning and lighting. Signs are provided to manage and guide traffic and to market road safety. They should only
be used where they'll usefully serve these functions. On the other hand their omission where steering, and control or danger warrants a utilization of a sign isn't at the intervals the road  users are best interest. A balance should be able achieved between too many and too few signs.

Providing artificial roughness on the air flow side is an effective technique to enhance rate of heat transfer in solar air heaters, which results in associated higher value of friction factor, which necessitates more power required. A novel solar air heater duct with three artificially roughened sides has been analyzed (Prasad et. al., 2014) for more increase in heat transfer than that in only one side roughened solar air heaters. Artificially roughened solar air heaters have been analyzed (Prasad and Saini, 1991) and investigated (Verma and Prasad, 2000) for optimal thermo hydraulic performance. The present analysis, for optimization of thermo hydraulic performance a three sides artificially roughened solar air heaters concludes that the value of optimization parameter  gives the maximum value of heat transfer for the minimum value of friction factor.

Damage detection is a technique used in health monitoring in the damage detection, to ensure the serviceability and the durability of the structures. In this report defects analysis of the structures using low frequency technique is being done through experimental modal analysis and computational analysis software ANSYS 9.0 over structural elements beam and steel frame.In the Experimental Modal Analysis, investigation is carried over a 2m and 4m Reinforced concrete beam and rectangular hollow section steel frame.

• Response of the structure is obtained through accelerometer, PZT and electric strain gauge
• Aglient Multimeter is used as data analyzer for data acquisition

• FFT analysis and FRF is carried out using MATLAB

In the computational Analysis using ANSYS 9.0 the Modal Analysis is done both in the 1D and 3D modeling. Damage induced analysis is carried in the ANSYS 9.0 and the difference in the modal frequency is noted, which was compared in the experimental modal analysis of the damage induced analysis of the beam.In 1D and 3D modal analysis experimentally and analytically the results were found in close agreement with small error. Damage induced Analysis is done in 3D modeling in computational analysis it has to be checked with the experimental modal analysis.

Damage detection of the beams were carried out with Mode shape curvature and Flexibility method, changes in the beam element were compared with the real time experimental specimen and damage detection was found in very close approximation

The stability convergence for each method depends on the particular method chosen for that particular function to be approximated. However , it is well known  that methods for approximations are classified in ascending order according to their efficiency  and stability  to do  more  better in approximation. These techniques   in that order are PADE , CONTINUED FRACTION , CHEYBESHV and POWER SERIES . Despite the fact that Taylors series  are not so worst in general  , many methods are developed for series  acceleration as  Eulers  or Levins Transformations. This means that an experienced numerical analysts can easily select which method is going to choose directly without runs into many complicated difficulty .   So  this  the idea behind this paper is to compared some methods against the other in such away that the reader can be acquainted to know which method is better than other.

Hence , this paper first give few commands in MUPAD INTERFACE   and MATHEMATICA to get   directly  to approximate  functions  in a continued fraction or PADE form . second , a brief description for PADE is given with one of its important application  in finding the root of equations. The Method is  called Halleys algorithm  that compared against Newtons method for finding the roots. Third , methods that we will consider are Gaussian quadrure , Pade Approximant , Continued Fraction and Levins Transform  to be compared and tested with examples showing which method is applicable and preferable than the other when they applied to a particular problem

This project called MyMasjid Portal shall initially promote Masjid not only a place for ibadah but also a place that can obtain revenue for the Masjid organization and society. The project use portal site and surrounded Masjid area as the main medium platform in order to integrate business and ibadah among Muslim. There are many activities planned in this project such as are online auction and ads, sales and carnival and many more. This project in the future will be considered to involve many Masjids in the peninsular of Malaysia. It will encourage the government, Islamic NGOs and all the Masjid organization to get involve in order to help the Masjid to produce their own revenues. Hence, it will increase the business activities and produce income to our country. When this project becomes organized properly and well-equipped, a step further is to extend this project to the national level that has been the main objective for this project. As the result, the Masjid organization independently can run these revenues activities on their own. In conclusion, this paper proposed MyMasjid Portal to raise the income growth of all Masjids in peninsular of Malaysia, as well as to the society involved.

A mosque is generally a symbolic place for a Muslim, as it is the place where the remembrance of Allah and devotion to Him takes place continuously. The primary function of a mosque is to serve as a place for prayer. However, throughout the history of Islam, a mosque is not just only for the purpose of worship alone but, it has become a center for Muslim communities to conduct all the social, cultural and political activities. Therefore, in order to bring the Islamic Golden Age back to our era, Network of Mosque plays an important role to attract many people especially Muslim to come and enliven the mosque. The Network of Mosque (NoM) can provide many services including, zakat collection and distribution, Hajj and Umrah training and many more. However, our main focus is only to provide transportation services (i-Transporter) to the society. These services will make the mosque as the center to find transportation services for all mosques around Malaysia. We will use Business Model Canvas (BMC) as our framework in this paper.

The thrust nowadays is to produce thinner and green pavement sections of better quality, which can carry the heavy loads. The high strength steel fibre reinforced concrete is a concrete having compressive strength greater than 40MPa, made of hydraulic cements and containing fine and coarse aggregates; and discontinuous, unconnected, randomly distributed steel fibres. The present study aims at, developing pavement quality concrete mixtures incorporating marble dust as partial replacement of cement as well as steel fibres.

The aim is to the design of slab thickness of PQC pavement using the achieved flexural strength of the concrete mixtures. In this study, the flexural, compressive and split tensile strength for pavement quality concrete mixtures for different percentage of steel fibres and replacement of cement with marble dust are reported. It is found out the maximum increase in flexure strength, compressive strength and split tensile strength is for 0% Marble Dust and 1% Steel fibres.

Rice husks also called rice hulls are the shells produced during the dehusking Operation of paddy rice. Research works in past have shown that rice husk bears certain  engineering properties by means of which it can be well utilized in production of  supplementary cementing materials. In centralized rice milling, huge quantities of rice husk are generated. Each ton of paddy produces about 200 kg of husk. Because of its very low bulk density, rice husk requires large space for storage and hauling. Also due to the very low protein contents, the husk is not suitable as fodder for animals. The high ash and lignin present in the husks render them unsuitable for making cellulose products.  Economic disposal of rice husk has proved to be difficult due to its availability in abundance, slow rate of bio-degradation, rough and abrasive surface. So far, it has been a totally waste product of low bulk density. Its dumping storage, handling and transportation’ attribute a great problem of disposal for the sake of environmental balance. Due to growing environmental concern and need to conserve energy and resources, efforts have been made to bum the rice husk at controlled temperature and atmosphere and utilize the ash so produced as supplementary cementing material. 

This project work has been taken to make attempt to find out a probable outlet for utilization of this growing agricultural waste dump as part replacement of cement in concrete.  This experimental study is carried out to determine optimum utilization of rice- husk ash as partial replacement of cement in high strength concrete of grades M₄₅ and M₅₀ and to study the resultant effect on workability, air content, temperature effect, and strength properties of high strength concrete.

 For this project work, the ‘Rice-husk’ was collected from Rice Mill, Chandigarh. 120 (One hundred and twenty) cubes of both the grades of concrete were prepared by replacing cement by 0%, 10% 15% and 20% of equal weight of rice husk ash. Compressive strength of the cubes (with and without rice husk ash) at 7, 28, 56 and 90 days is measured and Non -destructive tests (N.D.T.) are also carried out on the cubes.

This paper proposed An Efficient Video Steganography using RSA Algorithm and Modified OPAP (MOPAP). Data privacy is need in today world for secure information transmission and reception. So what is the way and how we develop the new concept to secure and hide any information (text, image, audio, and video etc.) using steganography. In proposed method I am hiding the data in a compressed video by using RSA Algorithm and Modified Optimal Pixel Adjustment Process (OPAP). The secret text data is first encrypted by using RSA algorithm. This encrypted message is transformed into bits and replaced it with the least significant bits (LSB) of discrete cosine transform (DCT) coefficients of digital frames in a video. We can provide elevated security to the embedded text data. This algorithm was tested on different types of videos format such as AVI, MPEG etc. The proposed method is expected to execute well and is compared to all existing method.

Based on the data of paper usage and waste paper produced from 2011 to 2014, about 33.34% of paper bought end up as wastes. The author proposed that these waste can be recycled by donating it. These donation would helpful not only to the society but also to the environment in reducing logging. Power Jawa-Bali Power Unit (PJB PU) Paiton limited company have conducted a social mapping that shows the dependency of Banyulugur society between the fisher and fish collector. Through observation, literation and consultation, corporate social responsibility division of PJB PU Paiton limited company along with SekolaKonang conduct a research. The research shows that through the waste paper donation, the average income of Banyulugur society experienced an increase about 10.2 USD/person/month. On the other hand, this donation had decrease the total paper usage by 48 ream/year. This decrease indicate that the companies successfully implemented the Green Office program.