Разработка системы мероприятий по совершенствованию организационной культуры компании ООО «Парус-Томск»

Актуальность проблемы формирования организационной культуры одна из весомых в компании, так как от четкой структуры организационной культуры зависит не только благоприятное существование в организации, повышение профессионализма и творчества сотрудников, но и конечный результат деятельности компании. Объектом исследования является компания ООО «Парус – Томск». Предметом исследования является организационная культура в компании ООО «Парус – Томск. Цель ВКР - состоит в практической разработке по совершенствованию организационной культуры в компании ООО «Парус – Томск». Практическая значимость работы заключается в основных положениях и выводах исследования доведенных до уровня конкретных предложений и рекомендаций для компании. В первой главе рассматривается сущность организационной культуры, понятие «организационная культура», структура, динамика, функции и типы организационной культуры. Во второй главе приводится общая характеристика компании, исследуется бытующая культура, определяется ее желаемое состояние и проводится разработка по совершенствованию организационной культуры в компании ООО «Парус – Томск». Методы: эмпирические методы, анкетирование, теоретические методы, анализ литературы. Новизна и практическая значимость работы: Новизна данной работы состоит в том, что в результате проделанной работы были найдены практические подходы в разработке совершенствования культуры. Практическая значимость дипломной работы заключается в возможности реального использования предложенных инструментов для компании ООО «Парус – Томск».The problem of forming of organizational culture one of the most significant in the company, because of the clear structure of the organizational culture depends not only favorable existence in the organization, improving the professionalism and creativity of employees, but the final result of the activities of the company. The object of research is the company "Parus – Tomsk". The subject of research is organizational culture in the company "Sail – Tomsk. The purpose of the WRC is a practical design to improve the organizational culture of the company OOO "Parus – Tomsk". The practical significance of the work lies in the substantive provisions and conclusions of the study brought to the level of specific proposals and recommendations for the company. The first Chapter examines the nature of organizational culture, "organizational culture," structure, dynamics, functions and types of organizational culture. The second Chapter provides a General description of the company, examines the prevailing culture is determined by its desired state, and development is performed to improve the organizational culture of the company OOO "Parus – Tomsk". Methods: empirical methods, survey, theoretical methods, analysis of the literature. The novelty and practical significance of the work: the Novelty of this work lies in the fact that the result of this work have been found practical approaches in developing the improvement culture. The practical significance of the thesis lies in the possibility of real use of the proposed tools for the company OOO "Parus – Tomsk"

Synthesis of magnetite nanoparticles by the method of co-precipitation and study of the influence of the reaction medium on their magnetic properties

Magnetite nanoparticles were obtained using the co-precipitation method under various synthesis conditions. The phase composition was investigated using X-ray diffraction analysis. The saturation magnetization of the obtained magnetic nanoparticles was investigated using vibrating-sample magnetometer. As a result, the samples obtained in a nitrogen atmosphere reveal a higher saturation magnetization value than the ones obtained in air

Gasgenese und Gasspeicherung im flözführenden Oberkarbon des Ruhr-Beckens

The present study investigates the generation, accumulation and occurrence of coalbedmethane (CBM) in the Ruhr Basin. It was triggered by a commercial CBM project performedjointly by DEUTSCHE STEINKOHLE AG (formerly RUHRKOHLE AG), RUHRGAs AG andCONOCO MINERALOEL GmbH. The aim of the project was to explore the CBM potential ofUpper Carboniferous strata and to evaluate the commercial producibility of CBM from suchreservoirs. This study provides a knowledge-based exploration model to delineate areas withpotentially high gas content. It also provides data for a more reliable quantification of suchreservoirs already at an early stage of exploration, prior to costly drilling operations.In order to quantify the gas generation potential in the Upper Carboniferous the amount oforganic matter both in coal seams and in dispersed form was estimated (214m$^{3}$/m$^{2}$area). Boththe maximum net coal thickness and the highest accumulation of dispersed organic matter(210 kg$_{OM}$/m$^{3}_{rock}$) occur in the Westphalian B 1. The total quantity of organic matter in thesediments of the Ruhr Basin (10.000 km$^{2}$) amounts to approximately 2.4$\cdot$10$^{9}$ t. According to amass-balanced gas generation model one ton of terrestrial organic matter generates, within amaturity interval of 0.65 to 2.7 %VR$_{r}$, approximately 153 m$^{3}$ methane, 81m$^{3}$ carbon dioxideand 5 m$^{3}$ nitrogen (STP). When applied to the amount and maturity of the organic matter inthe Ruhr Basin this corresponds to a total gas generation of 17.600 m$^{3}_{Gas}$/m$^{2}_{area}$. The UpperWestphalian A2 has been the most productive stratigraphic interval (10.4 m$^{3}_{Gas}$/m$^{3}_{rock}$). Theportion of methane in the cumulative gas liberated from the organic matter rises withincreasing depth and maturity of the organic matter to a maximum of 65 Vol.% in Namur Ccoals. Also, gas generation from terrestrial OM was studied both by means of non-isothermalopen-system pyrolysis and - for the first time - by on-line Pyrolysis-GC-IRMS. For fivepyrolysis products studied with this method the experiments illustrate a strong isotopefractionation and local isotopic maxima and minima.The gas storage in coal seams was studied using a newly designed high pressure/hightemperature adsorption device. The data of more than fifty experiments at pressures of up to20 MPa and maximum temperatures of 175 °C showed an increase of adsorption capacitywith increasing pressure, and decreasing temperature and moisture content. Measurements ofthe specific surface area (CO$_{2}$) gave highest values for vitrain (vitrinite-rich samples).Generally, smaller-than-average surface areas were observed within a maturity range of 1.0 to1.4 %VR$_{r}$. Based on the experimental data correlations were established that can be used tomodel the depth dependence of the adsorption capacity of the organic matter. The proposeddynamic sorption model links experimental results to the geological evolution of sedimentarybasins by relating phases of tectonic uplift and subsidence to adsorption/desorption events atdifferent depth intervals. Thus, the model provides a new interpretation for the accumulationand regional distribution of CBM reservoirs in the context basin evolution.The occurrence of CBM in the Ruhr Basin was examined both in a thorough geochemical andisotopic study of two exploration wells and also by evaluating exploration data of the local [...

Gasgenese und Gasspeicherung im flözführenden Oberkarbon des Ruhr-Beckens

The present study investigates the generation, accumulation and occurrence of coalbedmethane (CBM) in the Ruhr Basin. It was triggered by a commercial CBM project performedjointly by DEUTSCHE STEINKOHLE AG (formerly RUHRKOHLE AG), RUHRGAs AG andCONOCO MINERALOEL GmbH. The aim of the project was to explore the CBM potential ofUpper Carboniferous strata and to evaluate the commercial producibility of CBM from suchreservoirs. This study provides a knowledge-based exploration model to delineate areas withpotentially high gas content. It also provides data for a more reliable quantification of suchreservoirs already at an early stage of exploration, prior to costly drilling operations.In order to quantify the gas generation potential in the Upper Carboniferous the amount oforganic matter both in coal seams and in dispersed form was estimated (214m$^{3}$/m$^{2}$area). Boththe maximum net coal thickness and the highest accumulation of dispersed organic matter(210 kg$_{OM}$/m$^{3}_{rock}$) occur in the Westphalian B 1. The total quantity of organic matter in thesediments of the Ruhr Basin (10.000 km$^{2}$) amounts to approximately 2.4$\cdot$10$^{9}$ t. According to amass-balanced gas generation model one ton of terrestrial organic matter generates, within amaturity interval of 0.65 to 2.7 %VR$_{r}$, approximately 153 m$^{3}$ methane, 81m$^{3}$ carbon dioxideand 5 m$^{3}$ nitrogen (STP). When applied to the amount and maturity of the organic matter inthe Ruhr Basin this corresponds to a total gas generation of 17.600 m$^{3}_{Gas}$/m$^{2}_{area}$. The UpperWestphalian A2 has been the most productive stratigraphic interval (10.4 m$^{3}_{Gas}$/m$^{3}_{rock}$). Theportion of methane in the cumulative gas liberated from the organic matter rises withincreasing depth and maturity of the organic matter to a maximum of 65 Vol.% in Namur Ccoals. Also, gas generation from terrestrial OM was studied both by means of non-isothermalopen-system pyrolysis and - for the first time - by on-line Pyrolysis-GC-IRMS. For fivepyrolysis products studied with this method the experiments illustrate a strong isotopefractionation and local isotopic maxima and minima.The gas storage in coal seams was studied using a newly designed high pressure/hightemperature adsorption device. The data of more than fifty experiments at pressures of up to20 MPa and maximum temperatures of 175 °C showed an increase of adsorption capacitywith increasing pressure, and decreasing temperature and moisture content. Measurements ofthe specific surface area (CO$_{2}$) gave highest values for vitrain (vitrinite-rich samples).Generally, smaller-than-average surface areas were observed within a maturity range of 1.0 to1.4 %VR$_{r}$. Based on the experimental data correlations were established that can be used tomodel the depth dependence of the adsorption capacity of the organic matter. The proposeddynamic sorption model links experimental results to the geological evolution of sedimentarybasins by relating phases of tectonic uplift and subsidence to adsorption/desorption events atdifferent depth intervals. Thus, the model provides a new interpretation for the accumulationand regional distribution of CBM reservoirs in the context basin evolution.The occurrence of CBM in the Ruhr Basin was examined both in a thorough geochemical andisotopic study of two exploration wells and also by evaluating exploration data of the local [...