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It seems that paying attention to social responsibility by companies can lead to a better stakeholder’s view toward the company, thereby increasing their loyalty and trust. Having the ability to obtain more financial resources in times of crisis, due to the greater loyalty of investors, will result in reducing the company risk. In contrast, being overconfident about the loyalty of individuals to the company can lead to keeping a short-term debt structure, thereby increasing the risk of obtaining financial resources. Recently, the negative impacts of petrochemical companies on the environment have made social and environmental groups focus more on this industry, and this focus has pushed companies into involving in more social activities. Considering the potential impact of CSR on the company’s risk, this study examines the relationship between corporate social responsibility and value at risk in petrochemical industry using a sample of 27 companies listed on the Tehran Stock Exchange during the 2010-2017 period. Eviews 10 is used for computing and analyzing the data, and the generalized auto regressive conditional heteroskedasticity (GARCH) model is employed to estimate value at risk. The results indicate a negative and statistically significant relationship between corporate social responsibilities and company value at risk. <strong> </strong>  

Designation of incentive mechanisms to increase the speed of liquidity of receivables is one of the leading options for streamlining domestic resources in the field of oil and gas industry financing. The main objective of this research is to investigate and optimize the liquidity methods of gas sales receivables in line with the requirements of the National Iranian Gas Company. After a deep review of literature, we extract methods and legal platforms for receivables liquidation methods. The current research is an applied and descriptive-analytical research in terms of its purpose and methodology. The data analysis is a combination of quantitative and qualitative methods and required data for this study including the amounts and duration of deferred receivables by different categories of subscribers of the NIGC during 2012 to 2018. Subsequently, in order to visualize the data in the form of heat tables, Microsoft's Business Intelligence software is applied to understand the process of creating and settlement of receivables, cluster receivables by the different categories of subscription and, finally, reveal the subscriber behavior patterns in disbursements. Finally, using theoretical foundations and experts' opinions, a set of optimal methods has been recommended to accelerate the process of collecting current receivables, depending on the behavior of different groups of subscribers. Based on the results of the interviews, NIGC should apply IT-based methods, incentive policies and deterrent (punitive) strategies to accelerate the liquidation of receivables in household and commercial subscription.

Energy has been always the focus of attention since the establishment of the WTO.The significance of this issue was doubled when the major energy-producing countries states sought to join the WTO.To join the WTO,many energy-producing and energy-exporting states inevitably needed to modify and change their own laws.The adoption of a dual pricing policy by the applicant countries appears as one of the controversial issues in this regard.By determining lower energy prices for their domestic producers,the energy-rich countries provide them with a superior position relative to their international rivals.From the perspective of some energy-importing countries,such behaviors are seen as subsidizes.Iran as one of the largest energy-rich states,has been seeking about twenty years to join the WTO.Iran subsidizes its domestic producers to support its energy sector and infant industries.This article focused on examining the pricing policies,and in particular,the approach to determine the price of energy in Iran.In addition,we studied of the impact of the pricing method of the energy sector in Iran on the process of its accession to the WTO by a comparative evaluation of the accession process of the energy-producing countries such asRussia andSaudi Arabia to the WTO.Through studying the laws and regulations of the energy sector of Iran, one can realize that Iran has been distancing from DP in recent years and is striving to approach the price of its energy to the global price by benefiting fromthe experiences of the performance of the membercountries of the WTO aimed at accelerating the process of its accession to the WTO

Knowledge Management Pattern for Project -based organizations using Grounded Theory (case study: Energy Industry) One of the most crucial strategic challenges of organizations for achieving success and competitive advantage is related to knowledge management (KM) activities .Project based organizations(PBO) of Energy Industry is responsible for producing , retaining and using huge amount of knowledge . In order to manage it effectively , it is necessary to use a customized KM pattern of which is fit into specific factors of the PBOs. The main objective of this paper is to present a customized knowledge management pattern considering PBO charachteristics of the under investigated Engery Industry by using Grounded Theory (GT). Needed information is gathered by semi-structured interview with experts and reviewing recent papers.By using open ,axial and selective coding,components of final model and their relations are found. Results showed nineteen main concept and five secondary concepts which are formed in “reasonal situations”,”intervention situations”,”strategies”, “central components” and “effects

As projects increase in size and complexity, they become more difficult to handle. One of these large and complex projects is oil and gas projects. The current controlling processes of projects are not able to detect the problems in early phases of the project and are rather late leading to extra time and cost. One solution is to find symptoms of problems in the early phases. Due to the importance of drilling projects in upstream sector, the main objective of this research is to identify the early warning symptoms of problems in drilling projects and to find the relationships between selected early warnings with project outcomes and problems of these projects. To reach that aim, the early warnings have been recognized through literature review and interviews with experts. Then, case study analysis is performed to find the relationships between early warnings and project outcomes. All cases have been selected from previous completed drilling projects in one of the oil fields of Iran. Findings show that there is a relationship between early warnings, project outcomes and projects problems.

This study aimed to evaluate the effects of environmental policies including price and non-price policies on natural gas demand in Iranian industrial sector. For this purpose, considering the dynamic nature of our panel data, we adopted Generalized Method of Moments (GMM) method to estimate natural gas consumption for 22 Iranian industries from 2005 to 2015. The results illustrated that the annual average of natural gas consumption has been rising, reaching five times higher than the consumption of other fossil fuels. Among the industries, other non-metallic minerals industry with 8 percent of the total production and more than 25 percent natural gas consumption have been regarded as the most natural gas consumer industry. The results of our GMM model showed that non-price environmental policies are more effective than the price policies on natural gas consumption. Overall, in non-price policies, energy intensity seems more important comparing to CO2 emission reduction. We recommend that governmental energy policies should focus more on energy intensity improvement in Iranian industries through technological enhancement and fuel energy saving regulations.

Regarding the contingency theory, the purpose of this research is to identify factors affecting the development of accounting and financial [management] procedures (AFP) for joint operating agreements in Iran’s oil and gas industry. To this end, at first, some partial factors were identified through a deep study of theoretical foundations. Subsequently, in order to identify environmental factors, a semi-structured interview was conducted with accounting and finance experts in oil and gas exploration and production companies whose competences were approved by the Ministry of Petroleum. Using the theoretical framework and the interview results, a questionnaire was set up and distributed in a wider range in order to add potentials and eliminate, modify, and finally rank the raised factors. The results showed that changes in laws and regulations, use of services in Iran’s oil and gas industry, changes in business practices, information technologies, the structure of the principal contract,  and conflicts among operational parties are the most important factors that should be taken into account in the formulation and development of AFP’s for these contracts in Iran’s oil and gas industry, and, in this regard, some suggestions are provided.  

Today for installations management in equipment-based industries, such as oil and gas industry, the physical asset management development based on the ISO-55000 requirements is generally the most common issue in the world and particularly in Iran. Since this standard only expresses the requirements, many physical asset management excellence models have been designed by researchers or research institutes around the world to develop and strengthen physical asset management. Therefore, due to the diversity of models, organizations face problems of choosing a suitable model. Based on this issue, the main purpose and innovation of this work is evaluating and prioritizing popular and sometimes reference physical asset management excellence models according to 6 critical criteria based on DEMATEL and ANP techniques. Cost, risk, performance, sustainability, simplicity, and knowledge were identified as the critical criteria. First, 4 criteria were taken from the ISO-55000, and 2 critical criteria were then identified through interviewing oil and gas experts. The approach of this research is quantitative, and the method of data collection is descriptive-survey. Uptime, Institute of Asset Management (IAM), life cycle engineering (LCE), and asset integrity management (AIM) models are the main popular and/or reference physical asset management excellence models in the world. The finding shows that the IAM, LCE, AIM, and uptime models are respectively prioritized based on these critical criteria. <strong>Keywords:</strong> Physical Asset Management Excellence Model, ISO-55000 Standard Series, DMATEL, ANP