Berkarar döwletiň täze eýýamynyň Galkynyşy döwründe eziz Diýarymyzda Gahryman Arkadagymyzyň we hormatly Prezidentimiz Serdar Berdimuhamedowyň baştutanlygynda ählumumy parahatçylygy, howpsuzlygy hem-de durnukly ösüşi üpjün etmäge gönükdirilen öňdengörüjilikli daşary syýasat üstünlikli amala aşyrylýar. Halkara jemgyýetçilik tarapyndan giňden goldanylýan bu ugurda dünýäniň energetika howpsuzlygyny üpjün etmek we häzirki zamanyň möhüm ekologiýa wehimlerine garşy durmak meseleleri aýratyn orun eýeleýär. Häzirki döwürde dünýä derejesinde parnik gazlarynyň zyňyndylaryny azaltmak we global howanyň ýylamagynyň öňüni almak ugrunda pes uglerodly energiýa we ekologiýa taýdan arassa tehnologiýalara geçmek prosesi işjeň häsiýete eýe bolýar. Şundan ugur alyp, Türkmenistanda ýaşyl energetikanyň çeşmelerini, aýratyn-da geljegiň iň geljegi uly we arassa ýangyçlarynyň biri bolan wodorod energiýasyny netijeli ulanmak boýunça öňdebaryjy tehnologiýalary çekmäge we önümçilige ornaşdyrmaga uly ähmiýet berilýär.
\r\n\r\nÝurdumyzda wodorod energetikasy pudagyny döretmegiň we bu ugurda halkara hyzmatdaşlygy kämilleşdirmegiň mäkäm binýady hökmünde Türkmenistanyň Prezidentiniň Karary bilen «Türkmenistanyň wodorod energiýasy babatda halkara hyzmatdaşlygyny ösdürmek boýunça 2022-2023-nji ýyllar üçin Ýol kartasy» tassyklanyp, meýilleşdirilen strategiýa laýyklykda durmuşa geçirildi. Bu taryhy resminamanyň çäklerinde Ýagşygeldi Kakaýew adyndaky Halkara nebit we gaz uniwersitetinde ýöriteleşdirilen Wodorod energetikasy merkezi döredildi. Türkmenistanyň Bilim ministrligi bilen ylalaşylan degişli iş meýilnamalarynyň esasynda, döwrebap ylmy-barlag we okuw-tejribe binýadyny döretmek hem-de ýokary derejeli ýerli hünärmenleri taýýarlamak boýunça maksatnamalaýyn çäreler yzygiderli durmuşa geçirilip başlandy.
\r\n\r\nWodorod energetikasy boýunça halkara ülňülere laýyk gelýän ylmy we amaly tejribäni toplamak maksady bilen, dünýäniň öňdebaryjy ýokary okuw mekdepleri, abraýly halkara guramalary we iri kompaniýalary bilen ýakyndan hyzmatdaşlyk ýola goýuldy. Bu ugurdaky hyzmatdaşlygyň ilkinji möhüm tapgyrlarynda uniwersitetiň Wodorod energetikasy merkeziniň hünärmenleri we mugallymlary sanly ulgam arkaly Ýaponiýanyň Sukuba uniwersitetiniň, dünýä belli «Iwatani» we «Kawasaki Heavy Ind.» kompaniýalarynyň bilermenleri bilen tejribe alyşdylar. Şeýle hem Atom energiýasy boýunça halkara agentliginiň (IAEA), Beýik Britaniýanyň we Demirgazyk Irlandiýanyň Birleşen Patyşalygynyň “Imperial College London” ýokary okuw mekdebiniň “Substainable Gas Institute” merkeziniň bilermenleri bilen wodorod energiýasyny almagyň innowasion usullaryny we häzirki zaman tehnologik tilsimatlaryny düýpli öwrenmek boýunça birnäçe ýokary derejeli iş maslahatlary we maslahatlaşmalar yzygiderli guraldy.
\r\n\r\nDöredilen täze merkeziň netijeli işlemegi ýurdumyzyň ýangyç-energetika toplumynyň beýleki edara-kärhanalary üçin hem ylmy-okuw merkezi hökmünde giň mümkinçilikleri açdy. Merkezde Türkmenistanyň Energetika ministrliginiň, “Türkmengaz” we “Türkmennebit” döwlet konsernleriniň hem-de “Türkmengeologiýa” döwlet korporasiýasynyň hünärmenleriniň ugurdaş hünär başarjaňlyklaryny artdyrmak we amaly başarnyklaryny kämilleşdirmek maksady bilen ýörite okuwlar we tejribelik işleri yzygiderli guraldy. Munuň bilen birlikde, halkara gatnaşyklary giňeltmek maksady bilen, German ykdysadyýetiniň Gündogar komitetiniň wekilleri bilen “Ýaşyl transformasiýa boýunça duşuşyk” we “Energetika babatynda ikitaraplaýyn hyzmatdaşlyk” hakynda, Hytaý Halk Respublikasynyň “Sinopec” kompaniýasy bilen döwrebap tejribehana enjamlaryny satyn almak barada, şeýle hem BMG-nyň Senagat ösüşi boýunça guramasynyň (UNIDO) “Senagat ulgamynda wodorod energiýasynyň orny baradaky global maksatnamasynyň” çäklerinde geljegi uly bilelikdäki taslamalary sanly ulgam arkaly ara alyp maslahatlaşdylar.
\r\n\r\nYlmy we amaly taýdan gazanylan üstünlikleri dünýä jemgyýetçiligine ýetirmek we halkara bilermenler düzümi bilen pikir alyşmak maksady bilen, Ýagşygeldi Kakaýew adyndaky Halkara nebit we gaz uniwersitetinde dünýäniň dürli sebitlerinden gelen bilermenleriň gatnaşmagynda giň gerimli maslahatlar guraldy. Şunuň bilen baglylykda geçirilen «Tebigy gazdan wodorod energiýasyny almagyň ylmy-tehniki mümkinçilikleri» hem-de «Energetiki nukdaýnazarlar we uglewodorod ýataklaryny özleşdirmegiň täze tehnologiýalary» atly halkara ylmy-amaly maslahatlary dünýäniň ylmy jemgyýetçiliginde uly gyzyklanma döretdi. Bu maslahatlarda häzirki zamanyň iň wajyp energetika meseleleri, ekologiýa kadalaryny saklamak bilen uglewodorod ýataklaryny netijeli özleşdirmegiň innowasion ugurlary we daşky gurşawa zyýan ýetirmeýän tehnologiýalar barada giňişleýin durnukly teklipler orta atyldy we ara alnyp maslahatlaşyldy.
\r\n\r\nWodorod energetikasy merkezinde amala aşyrylan düýpli ylmy-barlag we barlaghana işleri ýurdumyzda alternatiw energiýa çeşmelerini öndürmekde uly taryhy netijeleriň gazanylmagyna getirdi. Ýerli hünärmenleriň we alymlaryň netijeli zähmeti netijesinde, elektroliz usulyny ulanmak arkaly adaty suwdan ekologiýa taýdan arassa we ýokary hilli ýaşyl wodorod ýangyjy üstünlikli alyndy. Şonuň bilen birlikde, ýurdumyzyň baý uglewodorod serişdelerinden peýdalanmak maksady bilen, merkeziň hünärmenleri tarapyndan plazmohimiki innowasion usulyna esaslanýan hem-de tebigy gazdan wodorod ýangyjyny almaga mümkinçilik berýän ýörite barlaghana enjamy işlenip düzüldi we gurlup ulanmaga berildi. Bu ýokary tehnologik usul bilen alnan wodorod ýangyjy döwrebap we takyk “Agilent Technologies 6890” kysymly gaz hromatografynda analiz edilip, önümçilik hadysasynyň netijesinde tebigy gazdan ýokary netijeli wodorodyň hem-de senagatda uly isleg bildirilýän tehniki uglerodyň emele gelýändigi ylmy esasda bütinleý subut edildi.
\r\n\r\nHalkara hyzmatdaşlygy we taryhy dostlukly gatnaşyklary ösdürmegiň çäklerinde döwlet Baştutanymyzyň Ýaponiýa bolan taryhy iş saparynyň dowamynda Türkmenistanyň Bilim ministrligi bilen Ýaponiýanyň Sukuba uniwersitetiniň arasynda wodorod energiýasy ulgamynda bilelikdäki ylmy barlaglary geçirmek we tejribe alyşmak barada özara düşünişmek hakynda Ähtnama gol çekilip, ikitaraplaýyn gatnaşyklara täze badalga berildi. Gazanylan ýokary derejeli ylalaşyklary we bellenilen çäreleri doly we hilli amala aşyrmak maksady bilen, Wodorod energetikasy merkeziniň 2025-2026-njy ýyllar üçin iş Meýilnamasynyň taslamasy hem-de daşary ýurt tejribelerini ornaşdyrmagyň täze ugurlary toplumlaýyn esasda taýýarlanyldy. Amala aşyrylýan bu yzygiderli işleriň we taýýarlyklaryň netijesinde, uniwersitetiň wekilleriniň hünär we ylmy taýdan başarnyklaryny iň ýokary derejä çykarmak maksady bilen, 2026-njy ýylda Ýaponiýanyň Sukuba uniwersitetine ýörite iş saparlaryny guramak we türkmen hünärmenlerini döwrebap okuw maksatnamalaryna we ylmy barlaglara gatnaşmak üçin ugratmak boýunça degişli guramaçylyk işleri meýilleşdirildi we üstünlikli amala aşyrylýar.
\r\n\r\nJ.Saparowa
\r\n\r\n"Türkmennebit"döwlet konserniniň inspektory
"},"en":{"title":"Scientific and practical directions for the development of hydrogen energy in Turkmenistan","description":"In the era of the Revival of the New Epoch of the Powerful State, a far-sighted foreign policy aimed at ensuring global peace, security, and sustainable development is being successfully implemented in our beloved Homeland under the leadership of Hero-Arkadag and Honorable President Serdar Berdimuhamedov. Within this course, which is widely supported by the international community, ensuring global energy security and tackling the critical environmental challenges of modern times occupy a special place. Today, the process of transitioning to low-carbon energy and environmentally friendly technologies is gaining momentum worldwide to reduce greenhouse gas emissions and prevent global warming. Based on this, Turkmenistan attaches great importance to attracting and implementing advanced technologies for the effective use of green energy sources, particularly hydrogen energy, which stands out as one of the most promising and clean fuels of the future.
\r\n\r\nAs a solid foundation for establishing the hydrogen energy sector in our country and improving international cooperation in this field, the "Roadmap for the Development of International Cooperation of Turkmenistan in the Field of Hydrogen Energy for 2022–2023" was approved by the Decree of the President of Turkmenistan and successfully implemented in accordance with the planned strategy. Within the framework of this historic document, a specialized Hydrogen Energy Center was established at the Yagshygeldi Kakaev International Oil and Gas University. Based on relevant work plans agreed upon with the Ministry of Education of Turkmenistan, systematic measures began to be implemented to create a modern research, educational, and practical base, as well as to train highly qualified local specialists.
\r\n\r\nTo accumulate scientific and practical experience in the field of hydrogen energy that meets international standards, close cooperation was established with the world's leading higher education institutions, reputable international organizations, and major corporations. During the initial key stages of cooperation in this direction, specialists and instructors from the university's Hydrogen Energy Center exchanged experience via digital systems with experts from the University of Tsukuba in Japan, as well as the world-renowned companies Iwatani and Kawasaki Heavy Ind. Furthermore, several high-level working meetings and consultations were regularly organized with experts from the International Atomic Energy Agency (IAEA) and the Sustainable Gas Institute at Imperial College London (UK) to thoroughly study innovative methods of hydrogen energy production and modern technological processes.
\r\n\r\nThe efficient operation of the new center has also opened broad opportunities as a scientific and educational hub for other institutions and enterprises within the country's fuel and energy complex. The center regularly organizes specialized courses and practical training aimed at enhancing the professional skills and practical capabilities of specialists from the Ministry of Energy of Turkmenistan, the "Türkmengaz" and "Türkmennebit" State Concerns, and the "Türkmengeologiýa" State Corporation. Concurrently, to expand international relations, representatives of the center used digital platforms to discuss promising joint projects: with representatives of the Eastern Committee of German Economy regarding the "Green Transformation Meeting" and "Bilaterally Cooperation in the Field of Energy"; with China’s Sinopec company on purchasing modern laboratory equipment; and within the framework of UNIDO's (United Nations Industrial Development Organization) Global Program on the role of hydrogen energy in industry.
\r\n\r\nWith the aim of presenting scientific and practical achievements to the global community and exchanging views with international experts, large-scale conferences were organized at the Yagshygeldi Kakaev International Oil and Gas University, featuring participants from various regions of the world. In this context, the international scientific and practical conferences titled "Scientific and Technical Potentials of Obtaining Hydrogen Energy from Natural Gas" and "Energy Perspectives and New Technologies for the Development of Hydrocarbon Fields" aroused great interest in the global scientific community. At these conferences, sustainable proposals on the most pressing modern energy issues, innovative directions for the efficient development of hydrocarbon fields while maintaining environmental standards, and eco-friendly technologies were put forward and extensively discussed.
\r\n\r\nFundamental research and laboratory work carried out at the Hydrogen Energy Center led to historic milestones in the production of alternative energy sources in our country. Thanks to the efficient work of local specialists and scientists, eco-friendly and high-quality green hydrogen fuel was successfully obtained from ordinary water using the electrolysis method. Concurrently, to utilize the country’s rich hydrocarbon resources, the center's specialists developed and commissioned a special laboratory device based on an innovative plasmachemical method, which enables the extraction of hydrogen fuel from natural gas. The hydrogen fuel obtained through this high-tech method was analyzed using a modern and highly accurate Agilent Technologies 6890 gas chromatograph, scientifically proving that the production process yields highly efficient hydrogen and technical carbon, which is in high demand in the industry.
\r\n\r\nAs part of developing international cooperation and historical friendly relations, during the historic working visit of our Head of State to Japan, bilateral relations received a new impetus—a Memorandum of Understanding was signed between the Ministry of Education of Turkmenistan and the University of Tsukuba (Japan) on conducting joint scientific research and exchanging experience in the field of hydrogen energy. To fully and qualitatively implement the reached high-level agreements and designated measures, a draft Work Plan of the Hydrogen Energy Center for 2025–2026 and new directions for adopting foreign experience were comprehensively prepared. As a result of these continuous efforts and preparations, with the aim of maximizing the professional and scientific capabilities of university representatives, relevant organizational tasks have been planned and are being successfully executed in 2026 to arrange special working visits to the University of Tsukuba in Japan and to send Turkmen specialists to participate in modern educational programs and scientific research.
\r\n\r\nJ. Saparova
\r\n\r\nInspector of the "Turkmennebit" State Concern
"},"ru":{"title":"Научные и практические направления развития водородной энергетики в Туркменистане","description":"В эру Возрождения новой эпохи могущественного государства на нашей дорогой Родине под руководством Героя-Аркадага и Уважаемого Президента Сердара Бердымухамедова успешно реализуется дальновидная внешняя политика, направленная на обеспечение всеобщего мира, безопасности и устойчивого развития. В рамках этого курса, широко поддерживаемого международным сообществом, особое место занимают вопросы обеспечения глобальной энергетической безопасности и противодействия ключевым экологическим вызовам современности. Сегодня на мировом уровне активизируется процесс перехода к низкоуглеродной энергетике и экологически чистым технологиям в целях сокращения выбросов парниковых газов и предотвращения глобального потепления. Исходя из этого, в Туркменистане огромное значение придается привлечению и внедрению в производство передовых технологий по эффективному использованию источников зеленой энергетики, в частности водородной энергии, которая является одним из наиболее перспективных и чистых видов топлива будущего.
\r\n\r\nПрочным фундаментом для создания отрасли водородной энергетики в нашей стране и совершенствования международного сотрудничества в этой сфере стала утвержденная Постановлением Президента Туркменистана «Дорожная карта по развитию международного сотрудничества Туркменистана в области водородной энергии на 2022–2023 годы», которая была успешно реализована в соответствии с намеченной стратегией. В рамках этого исторического документа в Международном университете нефти и газа имени Ягшыгелди Какаева был создан специализированный Центр водородной энергетики. На основе соответствующих планов работы, согласованных с Министерством образования Туркменистана, началось систематическое осуществление программных мер по созданию современной научно-исследовательской и учебно-практической базы, а также по подготовке высококвалифицированных местных специалистов.
\r\n\r\nС целью накопления научного и практического опыта в области водородной энергетики, соответствующего международным стандартам, было налажено тесное сотрудничество с ведущими высшими учебными заведениями мира, авторитетными международными организациями и крупными компаниями. На первых важных этапах взаимодействия в этом направлении специалисты и преподаватели Центра водородной энергетики университета в режиме цифровой связи обменялись опытом с экспертами японского Университета Цукуба, а также всемирно известных компаний Iwatani и Kawasaki Heavy Ind. Кроме того, был регулярно организован ряд рабочих совещаний и консультаций высокого уровня с экспертами Международного агентства по атомной энергии (МАГАТЭ) и Центра Sustainable Gas Institute при Имперском колледже Лондона (Великобритания) для глубокого изучения инновационных методов получения водородной энергии и современных технологических процессов.
\r\n\r\nЭффективная работа нового центра открыла широкие возможности в качестве научно-образовательной базы и для других учреждений и предприятий топливно-энергетического комплекса страны. В центре систематически организуются специальные курсы и практические занятия для повышения квалификации и совершенствования практических навыков специалистов Министерства энергетики Туркменистана, государственных концернов «Туркменгаз» и «Туркменнебит», а также государственной корпорации «Туркменгеология». Наряду с этим, в целях расширения международных связей, представители центра в цифровом формате обсудили перспективные совместные проекты: с представителями Восточного комитета германской экономики в рамках «Встречи по зеленой трансформации» и «Двустороннего сотрудничества в сфере энергетики», с китайской компанией Sinopec по вопросам закупки современного лабораторного оборудования, а также в рамках Глобальной программы ЮНИДО (Организация Объединенных Наций по промышленному развитию) по роли водородной энергии в промышленности.
\r\n\r\nС целью демонстрации научно-практических достижений мировому сообществу и обмена мнениями с международными экспертами в Международном университете нефти и газа имени Ягшыгелди Какаева были организованы масштабные конференции с участием специалистов из разных регионов мира. Проведенные в этой связи международные научно-практические конференции «Научно-технические возможности получения водородной энергии из природного газа» и «Энергетические перспективы и новые технологии освоения углеводородных месторождений» вызвали большой интерес в мировом ученом сообществе. На этих форумах были выдвинуты и подробно обсуждены устойчивые предложения по наиболее актуальным энергетическим вопросам современности, инновационным направлениям эффективного освоения углеводородных месторождений с соблюдением экологических норм, а также по экологически безопасным технологиям.
\r\n\r\nФундаментальные научно-исследовательские и лабораторные работы, проведенные в Центре водородной энергетики, привели к историческим результатам в области производства альтернативных источников энергии в нашей стране. Благодаря эффективному труду местных специалистов и ученых методом электролиза из обычной воды было успешно получено экологически чистое и высококачественное зеленое водородное топливо. Вместе с тем, в целях использования богатых углеводородных ресурсов страны, специалисты центра разработали и ввели в эксплуатацию специальное лабораторное оборудование, основанное на инновационном плазмохимическом методе, позволяющем получать водородное топливо из природного газа. Водородное топливо, полученное этим высокотехнологичным способом, было проанализировано на современном высокоточном газовом хроматографе марки Agilent Technologies 6890, что научно доказало: в результате производственного процесса из природного газа образуется высокоэффективный водород и высокопремиальный в промышленности технический углерод.
\r\n\r\nВ рамках развития международного сотрудничества и исторических дружественных отношений, в ходе исторического рабочего визита Главы нашего государства в Японию, двусторонние отношения получили новый импульс — между Министерством образования Туркменистана и Университетом Цукуба (Япония) был подписан Меморандум о взаимопонимании по проведению совместных научных исследований и обмену опытом в области водородной энергетики. В целях полной и качественной реализации достигнутых соглашений высокого уровня и намеченных мероприятий на комплексной основе подготовлен проект Плана работы Центра водородной энергетики на 2025–2026 годы, а также новые направления внедрения зарубежного опыта. В результате этой последовательной работы и подготовки, с целью максимального повышения профессионального и научного потенциала представителей университета, в 2026 году запланированы и успешно осуществляются соответствующие организационные мероприятия по организации специальных командировок в Университет Цукуба и направлению туркменских специалистов для участия в современных учебных программах и научных исследованиях.
\r\n\r\nДж. Сапарова
\r\n\r\nИнспектор Государственного концерна «Туркменнебит»
"}},"title":"Scientific and practical directions for the development of hydrogen energy in Turkmenistan","description":"In the era of the Revival of the New Epoch of the Powerful State, a far-sighted foreign policy aimed at ensuring global peace, security, and sustainable development is being successfully implemented in our beloved Homeland under the leadership of Hero-Arkadag and Honorable President Serdar Berdimuhamedov. Within this course, which is widely supported by the international community, ensuring global energy security and tackling the critical environmental challenges of modern times occupy a special place. Today, the process of transitioning to low-carbon energy and environmentally friendly technologies is gaining momentum worldwide to reduce greenhouse gas emissions and prevent global warming. Based on this, Turkmenistan attaches great importance to attracting and implementing advanced technologies for the effective use of green energy sources, particularly hydrogen energy, which stands out as one of the most promising and clean fuels of the future.
\r\n\r\nAs a solid foundation for establishing the hydrogen energy sector in our country and improving international cooperation in this field, the "Roadmap for the Development of International Cooperation of Turkmenistan in the Field of Hydrogen Energy for 2022–2023" was approved by the Decree of the President of Turkmenistan and successfully implemented in accordance with the planned strategy. Within the framework of this historic document, a specialized Hydrogen Energy Center was established at the Yagshygeldi Kakaev International Oil and Gas University. Based on relevant work plans agreed upon with the Ministry of Education of Turkmenistan, systematic measures began to be implemented to create a modern research, educational, and practical base, as well as to train highly qualified local specialists.
\r\n\r\nTo accumulate scientific and practical experience in the field of hydrogen energy that meets international standards, close cooperation was established with the world's leading higher education institutions, reputable international organizations, and major corporations. During the initial key stages of cooperation in this direction, specialists and instructors from the university's Hydrogen Energy Center exchanged experience via digital systems with experts from the University of Tsukuba in Japan, as well as the world-renowned companies Iwatani and Kawasaki Heavy Ind. Furthermore, several high-level working meetings and consultations were regularly organized with experts from the International Atomic Energy Agency (IAEA) and the Sustainable Gas Institute at Imperial College London (UK) to thoroughly study innovative methods of hydrogen energy production and modern technological processes.
\r\n\r\nThe efficient operation of the new center has also opened broad opportunities as a scientific and educational hub for other institutions and enterprises within the country's fuel and energy complex. The center regularly organizes specialized courses and practical training aimed at enhancing the professional skills and practical capabilities of specialists from the Ministry of Energy of Turkmenistan, the "Türkmengaz" and "Türkmennebit" State Concerns, and the "Türkmengeologiýa" State Corporation. Concurrently, to expand international relations, representatives of the center used digital platforms to discuss promising joint projects: with representatives of the Eastern Committee of German Economy regarding the "Green Transformation Meeting" and "Bilaterally Cooperation in the Field of Energy"; with China’s Sinopec company on purchasing modern laboratory equipment; and within the framework of UNIDO's (United Nations Industrial Development Organization) Global Program on the role of hydrogen energy in industry.
\r\n\r\nWith the aim of presenting scientific and practical achievements to the global community and exchanging views with international experts, large-scale conferences were organized at the Yagshygeldi Kakaev International Oil and Gas University, featuring participants from various regions of the world. In this context, the international scientific and practical conferences titled "Scientific and Technical Potentials of Obtaining Hydrogen Energy from Natural Gas" and "Energy Perspectives and New Technologies for the Development of Hydrocarbon Fields" aroused great interest in the global scientific community. At these conferences, sustainable proposals on the most pressing modern energy issues, innovative directions for the efficient development of hydrocarbon fields while maintaining environmental standards, and eco-friendly technologies were put forward and extensively discussed.
\r\n\r\nFundamental research and laboratory work carried out at the Hydrogen Energy Center led to historic milestones in the production of alternative energy sources in our country. Thanks to the efficient work of local specialists and scientists, eco-friendly and high-quality green hydrogen fuel was successfully obtained from ordinary water using the electrolysis method. Concurrently, to utilize the country’s rich hydrocarbon resources, the center's specialists developed and commissioned a special laboratory device based on an innovative plasmachemical method, which enables the extraction of hydrogen fuel from natural gas. The hydrogen fuel obtained through this high-tech method was analyzed using a modern and highly accurate Agilent Technologies 6890 gas chromatograph, scientifically proving that the production process yields highly efficient hydrogen and technical carbon, which is in high demand in the industry.
\r\n\r\nAs part of developing international cooperation and historical friendly relations, during the historic working visit of our Head of State to Japan, bilateral relations received a new impetus—a Memorandum of Understanding was signed between the Ministry of Education of Turkmenistan and the University of Tsukuba (Japan) on conducting joint scientific research and exchanging experience in the field of hydrogen energy. To fully and qualitatively implement the reached high-level agreements and designated measures, a draft Work Plan of the Hydrogen Energy Center for 2025–2026 and new directions for adopting foreign experience were comprehensively prepared. As a result of these continuous efforts and preparations, with the aim of maximizing the professional and scientific capabilities of university representatives, relevant organizational tasks have been planned and are being successfully executed in 2026 to arrange special working visits to the University of Tsukuba in Japan and to send Turkmen specialists to participate in modern educational programs and scientific research.
\r\n\r\nJ. Saparova
\r\n\r\nInspector of the "Turkmennebit" State Concern
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