CHINA'S ENERGY DIPLOMACY TOWARDS RUSSIA IN THE EASTERN SIBERIA PIPELINE DEVELOPMENT DURING PRESIDENT XI JINPING PERIOD

China is a very active country in building energy diplomacy relations towards Russia. Since the end of the Cold War, the intensity of energy relations between the two countries has been increasing, one of which is related to the Eastern Siberian pipeline project. The Eastern Siberian pipeline project is a strategic project for China to maintain the stability of their energy security in the future. This is what makes China under the leadership of Xi Jinping, increasingly seeking to improve their energy diplomacy relations towards Russia in an effort to develop the Eastern Siberian pipeline project which includes two major projects, specifically oil pipeline through the Eastern Siberian Pasific Ocean (ESPO) and the natural gas pipeline through the Power of Siberia. Using qualitative research methods and literature reviews, the authors sought to provide an in-depth analysis of China's implementation of energy diplomacy against Russia in the development of the Eastern Siberian pipeline. China's energy diplomacy towards Russia is part of efforts to diversify China's energy imports many involving actors of China's national energy companies. This research also proves that energy cooperation relationships are not only built within bilateral frameworks but also in multilateral frameworks as part of China-Russia efforts to accelerate the development of the Eastern Siberian pipeline.

Noonomy as a Strategical Project

New production technologies create more opportunities to meet people’s needs. However, they inevitably increase the antropogenic load on the environment. Therefore, the social conditions of industrial production have to be changed in such a way as to use the new technologies to solve the emerging problems without aggravating them. One option is to increase the knowledge intensity of production, which means that specific weight of knowledge should be embodied in the production and dominate the material costs. Another option is to replace human functions by automated production means. However, the current social production conditions concentrate new technological opportunities on the production and sales growth, which further increases consumption and the volume of absorbed natural resources. Consumption also grows due to the false needs imposed on consumers. Knowledge-intensive production creates prerequisites for the transition to the second generation industrial society, but this transition alone cannot solve the numerous global problems. The only solution is to replace the current economic criteria of production and consumption with those based on reason and culture, i.e. noonomy, which is a non-economic way of satisfying people’s needs. The roadmap towards noonomy should be a consciously managed strategic project based of the concept of strategizing developed by Professor V.L. Kvint.

A number is worth more than a thousand pictures: The case of designers’ cynical resistance through quantification

This article draws on an ethnographic investigation of product development at an engineering organization to examine the struggle faced by designers in justifying design proposals when cooperating with engineers and managers. Frustrated by the priority given to numbers over other modes of evaluation traditionally used in design, designers in this case developed and mobilized their own evaluation device to quantitatively prove the validity and worth of their work. This quasi-parodic form of evaluation enables designers to criticize and influence strategic project decisions. At the same time, this cynical act of resistance paradoxically endorses the quantitative approach and undermines designers’ own professional expertise as a valid way of conceiving worth, which ultimately renders this move more indeterminate than what a distinction between resistance and conformity denotes. Overall, the study adds to our understanding of how modes and principles of justification typically embraced by professional groups can be unsettled by attempts to protect them. In doing so, it brings to light the ambivalent nature of resistance through a cynical embrace of quantification.

Promoting moderate Islam in a global community through the ‘English for Ulama’ programme

The rise of religious conservatism following the 1998 reformasi has altered the face of Indonesian Islam, which has historically been regarded as peaceful and inclusive, which is why the Indonesian government has advocated for moderate Islam on a regional, national and even a global scale. Using West Java as a case study, this article presents the 2019 ‘English for Ulama’ (EFU) initiative, which intends to train ulama in West Java about the concept of moderate Islam before sending them to the United Kingdom to promote moderate Islamic discourse in a global setting. This study demonstrates that the EFU programme is a strategic project that not only benefits West Javanese ulama regionally, where they may develop networks with other Muslims on a worldwide scale, but also benefits from the national development of moderate Islamic discourse. On a global scale, this programme is one of the best examples of moderate Islamic discourse diplomacy as the nature of Indonesian Islam. Furthermore, supporting moderate Islam on a worldwide scale is likely to influence Western society’s view of Islamophobia.Contribution: Although the EFU programme is a local government initiative, it has contributed to the promotion of moderate Islam at the world level and is framed as global diplomacy.

Underbalanced Perforating with 800-ft Guns Completed in Single Trip with Fiber-Optic-Enabled Coiled Tubing: A Case Study from Jambaran Field, East Java, Indonesia

Coiled tubing (CT) equipped with fiber optics and real-time downhole telemetry and a fit-for-purpose CT tower were used in underbalanced perforating operations in six wells in Indonesia; each operation involved 800 ft of perforating guns, and each was completed in a single trip. The reservoir is thick, with high permeability and characterized by high content of CO2 and H2S. The underbalanced perforating technique was deemed fundamental to minimize formation damage in the near-wellbore area, and the campaign was part of a national strategic project to develop a block's main reserve to supply gas to drive the national economy. Each well had to be completed with minimum of an 800-ft perforation interval to deliver an average of 60 MMscf/D gas production for 16 years plateau with up to 34% CO2 content and 10,000-ppm H2S. The traditional method of e-line overbalanced perforating in such harsh environment became inefficient because of the number of runs required, which can be as high as 40 runs per well. CT-conveyed perforating guns and a completion insertion retrieval of equipment under pressure (CIRP) system were chosen to execute the task. The fiber-optic CT real-time telemetry system was selected to improve downhole depth accuracy, confirm the underbalance condition, and provide real-time confirmation when the 800 ft of guns detonated downhole. To execute the six-well campaign safely, a customized 100-ft CT tower was brought into the country. Because this was the first in-country application for fiber-optic-enabled CT in single-trip with an 800-ft underbalanced perforation interval, thorough planning and preparation were critical for a successful campaign. Considering the high gas rate, high CO2, and H2S content, a downhole lubricator valve was added as additional barrier during undeployment, and an H2S and CO2 inhibitor was used to protect CT string integrity. Another risk mitigation plan was to utilize real-time CT inspection to monitor the CT integrity and condition throughout the job. Slickline deployment was used in first two wells to deploy multiple guns into the well, but this was deemed inefficient. The CT deployment method was used to complete the campaign. The project comprised a total of 2,200 operating hours, 29 CT runs, and 4,969 ft of guns in six trips with 917 ft as the longest interval. All six wells were completed with no HSE events, no automotive incidents, 98% operational efficiency, and 21% faster than planned duration. This successful six-well campaign represents a first in-country application, which contributed to developing this main gas reserve. The campaign provides lessons for job planning and preparation, technology implementation, execution, and continuous improvement, which can be implemented in similar projects in Indonesia and around the region.

Deployment of Downhole Hydraulic Lubricator Valve Enables Safe and Efficient Perforating and Production Testing Strategy – Case Study in Jambaran High Rate Gas Field, Indonesia

This paper details the first implementation of a deep-set downhole hydraulic lubricator valve (DHLV) in Indonesia. This application was implemented in Jambaran field, onshore Central Java as part of Jambaran-Tiung Biru (JTB) national strategic project. Jambaran is a large carbonate gas field development located in proximity to densely populated areas. Since the field's reservoir contains significant concentrations of CO2 and H2S, it was important to design the completions to be able to perforate and test the wells safely without endangering the surrounding area. To produce as per reservoir management strategy, 800 ft of reservoir section drainage was required. Multiple completion designs were considered in the initial stages which included consideration of an open hole completions design, multiple wireline perforating runs and a cased hole live well single trip coiled tubing gun system. The rigless single trip coiled tubing gun deployment system was chosen due to safety and efficiency factors. With a deep set DHLV as the primary barrier in controlling the wells following perforating substantial daily rental cost savings can be realized during perforating operations. JTB field was developed by drilling 5 new well plus 1 re-entry well. The completions design was similar in all 6 wells. A 2 step completion design was utilized, to compensate for life of well tubing movement load, this consisted of a polished bore receptacle and production packer assembly in the lower completion. The 2nd stage of the completion consisted of 7" × 5-1/2" tubing with Tubing Retrievable Safety Valve (TRSV), DHLV, Permanent Downhole Gauge (PDHG) and production seal assembly. Strategically placing the PDHG below the DHLV enabled monitoring of bottom hole pressure during shut in without use of memory gauges validating the DHLV as primary barrier during gun retrieval. The production seal assembly was tied back into the lower polished bore receptacle that was previously set. The deep-set DHLV enabled the operator to (i) safely run long TCP gun assemblies up to 911 ft of gross gun length per well to perforate the whole well in 1 trip, (ii) POOH guns efficiently with one time bleed off (iii) efficiently initiate the pressure build up phase by shutting in the well against the DHLV as opposed to a surface valve prior to flowing the well and (iv) gun assemblies retrieved without the need to kill the well. After completing and well testing all 6 wells, the benefits of implementing the deep-set DHLV was immediately realized. By perforating underbalanced, omitting the well kill process and immediately proceeding with pressure build up by closing the DHLV resulted in operator savings of approximately 1.5 million USD over the entire rigless completion campaign.

Using digital means in education: phobia, illusions, progress

Shown is, why the formula “it was the industrial revolutions that were the factors of main transformations of education” underlying the strategic project for using digital means in education in the former Soviet countries cannot be taken as an unconditional one. It is proved that the using digital means in education as a strategic project should, first of all, be aimed at teaching digital technologies in the framework of vocational education and at training the elite category of workers for the development of scientific and technological progress.

Interacting The Urban Masterplan of Unicamp with the Sustainable Development Goals

Universities are the training centers for future decision-makers in the social, political and economic sectors. Considering the university campus as an urban locus or even a microcosm of society, the change that begins in the urban planning of a university is an opportunity for example and replication in the city. This paper presents the development of the Unicamp Urban Masterplan, a strategic project of the university that involves the participation of all-around social actors: professors, students, researches, staff and local community and brings the actual panorama, the future scenarios and the guidelines to achieve them. It is organized through six planning areas: 1. Urban usage and heritage; 2. Environment; 3. Urban infrastructure; 4. Mobility and accessibility; 5. Social interaction; and 6. University and society. Projects resulting from these guidelines should be developed through living laboratories. Campus territories and their evolution are monitored through performance indicators aligned with the UI GreenMetric sustainable university ranking process indicators. This paper explains the methodology in which the urban projects be implemented through living laboratories to put into practice the SDGs, as necessary action for the transition to sustainability in the campuses. The use of the university campuses as a living laboratory results in the transformation of the Unicamp space and impel the replication to transform the local community to sustainability and to disseminate solutions to the cities and other universities

To the Issue of Integrating the Project Activities of Russian Development Institutions into the Achievement of Russia's National Goals

The article is devoted to the study of the question of compliance of the project activities of Russian development institutions with the achievement of Russia's National Goals. The study included the creation of a unified graphical model of strategic project management, the study of the project activities of the Russian Development Institute in terms of the project’s selection in relation to Russia's National Goals. Qualitative and relative methods for assessing the projects impact on the achievement of Russia's national goals are proposed.

PROJECT BUNDLING IN TRANSPORTATION CONSTRUCTION

Project bundling is a process through which a single contract is awarded for the continued development of multiple bridges or roadways, i.e., their preservation, rehabilitation, or replacement. One question that past studies on project bundling have not answered is that of how to quantify its benefits on engineering projects. This paper shows the extent to which project bundling enables optimal use of resources and promotes quicker project completion. It also explains how project bundling effectively leverages these efficiencies by simplifying project delivery and exploiting alternative and traditional contracting approaches. Indeed, because the process of bundling individual projects into larger “umbrella” contracts simplifies design, contracting, and construction, it enables organizations to leverage economies of scale for significantly increased efficiency. This process also encourages more partnering during project delivery, execution, and project completion. In addition to discussing the efficiency of bundling, this paper also identifies implementation strategies and scenarios for project bundling that can be applied by counties, municipalities, districts, or states. These implementation practices can also be layered to allow any combination of project types, beyond the combinations most common to current bundling contracts. Ultimately, this research shows that overall contract cost can be significantly reduced through carefully designed strategic project bundling.