JOGMEC Calls for Proposals on Microseismic Technology for Geothermal Exploration

Advancing Geothermal Exploration Through Passive Seismic Techniques

By:Robert Buluma

The Japan Organization for Metals and Energy Security (JOGMEC) has launched a competitive tender inviting qualified firms to contribute to a groundbreaking technological development project. This initiative focuses on refining microseismic array technology to enhance geothermal exploration, providing a cost-effective and adaptable method for identifying potential geothermal resources. Interested applicants have until April 21, 2025, to submit their proposals.

This initiative is part of JOGMEC’s ongoing commitment to advancing geothermal energy through innovative exploration methods. The project, titled "High-Efficiency High-Density Geothermal Exploration Technology – Development of a New Exploration Method Using Elastic Waves," seeks to optimize the detection of geothermal reservoirs by leveraging passive seismic sources.

The Role of Microseismic Technology in Geothermal Exploration

Traditional geothermal exploration techniques often rely on active seismic methods, which require the generation of artificial seismic waves to analyze underground structures. While effective, these methods can be costly, labor-intensive, and environmentally intrusive. Microseismic array technology, in contrast, utilizes passive seismic sources such as wind, ocean waves, and human activity to detect subsurface structures without artificial energy input.

Key Advantages of Microseismic Exploration:

• Cost Efficiency – Eliminates the need for artificial seismic sources, reducing operational costs.
• Flexibility – The lightweight nature of the sensors allows for easy deployment and scalability.
• Environmental Sustainability – Minimizes environmental disruption, making it a preferred method in sensitive ecosystems.
• Higher Density Data Collection – The ability to increase measurement points enhances resolution and accuracy.

JOGMEC has already conducted preliminary testing on this technology and identified promising areas where it could be deployed. However, challenges remain, requiring further refinement before the method can be fully commercialized.

Objectives of the Tender

Through this competitive tender, JOGMEC aims to address existing technical hurdles and optimize the microtremor array exploration method. Key objectives include:

1. Enhancing Sensitivity and Accuracy – Improving data processing algorithms to refine subsurface imaging.
2. Developing Scalable Deployment Strategies – Creating standardized procedures for sensor placement and data acquisition.
3. Expanding Geographic Applicability – Ensuring the method can be effectively used across diverse geological settings.
4. Facilitating Commercial Adoption – Bridging the gap between research and practical application in geothermal resource assessment.

By resolving these challenges, JOGMEC hopes to establish a viable, industry-ready microseismic exploration method that can be widely deployed for geothermal prospecting.

Japan’s Commitment to Geothermal Energy Development

Japan, despite its vast geothermal potential, has historically underutilized this renewable energy source. JOGMEC has been at the forefront of efforts to expand geothermal energy production by supporting exploration, drilling, and power plant construction. The organization provides grants and technical assistance to accelerate geothermal development in Japan, aligning with national goals to reduce carbon emissions and increase energy security.

Notable Contributions by JOGMEC:

• Financial Support for Geothermal Exploration and Drilling – Offering subsidies to encourage investment in geothermal projects.
• Geothermal Power Plant Development Initiatives – Assisting in feasibility studies and construction of new geothermal facilities.
• Innovation in Geothermal Exploration – Funding research projects like this tender to improve resource identification and assessment techniques.

How to Participate in the Tender

Qualified firms interested in contributing to the development of microseismic technology for geothermal exploration can access detailed application guidelines on JOGMEC’s official tender page. The deadline for proposal submission is April 21, 2025.

Application Requirements:

• Detailed proposal outlining technological innovations and methodologies.
• Demonstration of expertise in seismic exploration and geothermal resource assessment.
• Compliance with JOGMEC’s research and development framework.

The Future of Geothermal Exploration

With continuous advancements in geophysical surveying techniques, the integration of microseismic technology into geothermal exploration could mark a transformative shift in how geothermal resources are identified and harnessed. If successfully developed, this method could reduce exploration risks and costs, making geothermal energy more accessible and scalable worldwide.

JOGMEC’s initiative underscores the increasing global emphasis on sustainable, innovative, and cost-effective solutions for renewable energy development. By investing in cutting-edge technologies, Japan is not only advancing its domestic geothermal industry but also setting a precedent for other nations looking to maximize their geothermal potential.

For further details and to submit proposals, visit JOGMEC’s official website before the April 21, 2025 deadline here

Source:JOGMEC

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