II Russian Conference

on Gas Hydrates

We invite scientists, teachers, museum staff, and media representatives interested in popularizing science to join us for a dialogue. We propose an open discussion to explore possible avenues of action and develop a joint strategy around the following topics:
1. Partnership between science, culture, and education in geology – a necessity and guarantee of effective popularization of scientific knowledge.
2. Opportunities for demonstrating natural processes in a modern science museum.
3. Popularization of scientific knowledge and implementation of scientific educational projects: from practical experience

High-quality sample collection and preservation is a key challenge not only in the study of gas hydrates, as hydrates can decompose under changing thermobaric conditions (pressure and temperature), losing their original structure and gas saturation, but also in the study of traditional oil and gas systems. The roundtable will discuss modern technological solutions aimed at solving this problem, as well as the prospects for their application in domestic offshore geological exploration.
Key Discussion Topics

• Pressure Coring Systems
• These systems allow core samples to be raised to the surface without reducing pressure, enabling accurate determination of the gas content, composition, and hydrate structure in situ conditions.
• Sampling Tools for the Traditional Oil and Gas Industry
• Concepts and technologies developed for "traditional" hydrocarbons serve as prototypes for gas hydrate studies.

The roundtable will also discuss:

• Marine sediment sampling tools in the context of the need to renovate scientific marine fleets and equipment.
• Wireline Formation Testers (FTTs), which isolate the sampling interval and pump formation fluid while continuously monitoring the pressure, temperature, and physical and chemical properties of the fluid.
• Sealed sample containers used in oil and gas well drilling to collect representative samples of formation fluid and gas. These devices ensure the preservation of the natural gas content of the sample.
• Autonomous deep-well samplers that collect sealed samples with pressure and temperature recording.
• Sealed core and gas samplers designed for sealed core sampling from boreholes, necessary for detailed gas analysis.
• Underwater robotics for sampling.

The objective is to assess the contribution of underwater methane emissions, including those associated with gas hydrate dissociation, to global climate change using current data.
Key questions for discussion:
- The actual role of gas hydrates in the greenhouse gas balance and their stability in a changing climate;
- How research, including the CliMetS project, can improve predictive climate models;
- Natural mechanisms regulating methane emissions from seeps and their role in global biogeochemical cycles;
- A strategy for further interdisciplinary research to reduce uncertainties.
The roundtable will consolidate the opinions of leading Russian and international experts in the fields of marine geology, microbiology, geochemistry, and climatology.

Key topics:
Monitoring of offshore operations. Current status and development prospects using the latest technologies.
A unified approach to technical inspection of offshore wellheads. Ensuring uniformity of inspection methods and requirements is a key step toward improving the reliability and safety of offshore geological exploration operations.
Practical aspects of offshore well inspection. Exchange of experience in conducting subsea surveys, including issues of organization, methodology, and documentation of results.
Technological challenges in wellhead detection. Discussion of existing technical and methodological challenges arising in the search for and identification of underwater objects, especially in conditions of long-term conservation or natural burial.
Objective monitoring methods for assessing technical condition. Analysis of modern instrumental methods and criteria for assessing the integrity of well structures and their wellhead equipment.
Methodological support. Development and updating of methodological support for offshore geological work.

This roundtable will serve as the founding conference, where we will jointly lay the foundations of the organization and vote on key decisions:
✅ Adopt the Company's Charter – establishing its mission, goals, legal status, and core business areas.
✅ Approve the organizational structure – determining the composition of the governing and audit bodies, the Scientific and Technical Council, the procedure for their formation, and their powers.
✅ We'll resolve the fee issue – approve regulations on the amounts and payment procedures for membership and other fees.
✅ We'll adopt a work program – discuss and approve the Society's activity plan for the near future.
✅ We'll define priority tasks – outline priorities for coordinating scientific research, organizing conferences, and conducting expert and educational work.
Why do you need a Gas Hydrate Society (GHS)?
To work together to solve problems that are beyond the capabilities of individuals: to consolidate expertise, collaborate on projects and publications, advance in the profession, represent the interests of science in dialogue with the government and business, develop a regulatory framework, and launch new programs.
What you'll gain by participating in the creation of the GHS:
The opportunity to influence the development of the industry—your opinion will determine the strategy and structure of the new professional community.
A platform for exchanging experience—we'll pool the knowledge of scientists, engineers, and industry representatives.
Access to expertise—we'll build a network of contacts and promptly receive advice from colleagues.
Support for initiatives – we'll help each other organize conferences, grants, and educational projects.
Strengthening scientific influence – we'll consolidate efforts to advance research in hydrate-bearing systems.
Career opportunities – participating in the creation of the society will open up new opportunities for professional development.
We invite everyone interested in the development of gas hydrate science and technology: scientists, engineers, teachers, graduate students, students, and representatives of relevant companies!

• The goal of the roundtable is to consolidate the scientific and engineering communities to develop comprehensive solutions to minimize the risks associated with hydrate formation during the development of Arctic hydrocarbon deposits.
• Key topics for discussion:
• the mechanisms of gas hydrate formation in permafrost conditions and their impact on production processes;
• Methods for predicting hydrate formation zones in Arctic fields;
• Resource base of gas hydrate accumulations in the Arctic zone;
• Technologies for preventing and eliminating hydrate plugs in wells and pipelines;
• Experience in operating fields in permafrost conditions: successes and failures;
• Regulatory and technical regulations and safety standards for working in the permafrost zone;
• Prospects for scientific research and the implementation of innovative solutions to reduce the risks of hydrate formation.

Target audience: scientists, petroleum engineers, geologists, reservoir development specialists, representatives of oil and gas companies, and employees of research institutes and universities.