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Distributed Buoyancy Modules
»óǰÄÚµå : 1739109
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¹ßÇàÀÏ : 2025³â 06¿ù
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ÇØÀú ÀÎÇÁ¶ó¿¡¼­ ºÐ»êÇü ºÎ·Â ¸ðµâÀÇ ¿ªÇÒÀº?

ºÐ»ê ºÎ·Â ¸ðµâ(DBM)Àº ÇØ¾ç ¼®À¯ ¹× °¡½º »ê¾÷, Àç»ý ¿¡³ÊÁö »ê¾÷, ½ÉÇØ °Ç¼³ »ê¾÷¿¡¼­ Á¦¾îµÈ ºÎ·ÂÀ» Á¦°øÇϰí ÇØÀú ¶óÀÌÀú, ¾Úºñ¸®ÄÃ, ÆÄÀÌÇÁ¶óÀÎÀÇ ÃÖÀû ±¸¼ºÀ» À¯ÁöÇÏ´Â µ¥ »ç¿ëµÇ´Â Áß¿äÇÑ ±¸¼º ¿ä¼ÒÀÔ´Ï´Ù. ÀÌ ¶óÀÎÀ» µû¶ó ´Ù¾çÇÑ °£°ÝÀ¸·Î ¹èÄ¡µÈ DBMÀº ¹«°Ô¸¦ ÁßÈ­½Ã۰í, ÇØ·ù¿¡ ÀÇÇÑ µ¿Àû ½ºÆ®·¹½º¸¦ ÁÙÀ̰í, ´Ù¾çÇÑ ÇÏÁß Á¶°Ç¿¡¼­ ¾ÈÁ¤¼ºÀ» º¸ÀåÇÏ´Â µ¥ µµ¿òÀÌ µË´Ï´Ù. ¸ðµâ½ÄÀ̱⠶§¹®¿¡ ƯÁ¤ ¼ö½É ¹× Àå·Â ÇÏÁß¿¡ ¸Â°Ô ¸ÂÃãÈ­ÇÒ ¼ö ÀÖ¾î ÃʽÉÇØ ¹× Á¶·ù°¡ °­ÇÑ È¯°æ¿¡¼­ ÇʼöÀûÀÎ ¿ä¼Ò·Î ÀÛ¿ëÇÕ´Ï´Ù.

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Àç·á, µðÀÚÀÎ, ¹èÄ¡ ±â¼úÀº ¾î¶»°Ô ÁøÈ­Çϰí Àִ°¡?

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¼®À¯ ¹× °¡½º ºÎ¹®Àº ¸ß½ÃÄÚ¸¸, ¼­¾ÆÇÁ¸®Ä«, ºê¶óÁú, µ¿³²¾Æ½Ã¾ÆÀÇ ½ÉÇØ ½ÃÃß ÇÁ·ÎÁ§Æ®¸¦ Áß½ÉÀ¸·Î ¿©ÀüÈ÷ DBM ¼ö¿ä¸¦ ÁÖµµÇϰí ÀÖ½À´Ï´Ù. ÁÖ¿ä ¿î¿µ»ç ¹× EPC °è¾à¾÷üµéÀº °íµµÈ­µÇ´Â ÇØÀú ¾ÆÅ°ÅØÃ³¿¡ ÅõÀÚÇϰí ÀÖÀ¸¸ç, DBMÀº ³ôÀº µ¿Àû ÇÏÁß ÇÏ¿¡¼­ ±¸Á¶Àû ¹«°á¼ºÀ» À¯ÁöÇϱâ À§ÇÑ Ç¥ÁØ Àåºñ·Î ÀÚ¸® Àâ¾ÒÀ¸¸ç, FPSO À¯´Ö, ÇÏÀ̺긮µå ¶óÀÌÀú Ÿ¿ö, ½ÉÇØ ÇØÀú ŸÀ̹éÀÇ Áö¼ÓÀûÀÎ °³¹ß·Î ÀÎÇØ ´ë¿ë·® ¸ðµâ½Ä DBMÀÇ Á¶´Þ ¹°·®ÀÌ À¯ÁöµÇ°í ÀÖ½À´Ï´Ù.

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ºÐ»êÇü ºÎ·Â ¸ðµâ ½ÃÀåÀÇ ¼ºÀåÀ» À̲ô´Â ¿äÀÎÀº ¹«¾ùÀΰ¡?

ºÐ»êÇü ºÎ·Â ¸ðµâ ½ÃÀåÀÇ ¼ºÀåÀº ÇØ¾ç ÀÎÇÁ¶ó È®Àå, ¿¡³ÊÁö Àüȯ ÇÁ·ÎÁ§Æ®, Àç·á ±â¼ú ¹ßÀü°ú °ü·ÃµÈ ¿©·¯ ¿äÀο¡ ÀÇÇØ ÁÖµµµÇ°í ÀÖ½À´Ï´Ù. ÁÖ¿ä ¼ºÀå ¿äÀÎÀº ½ÉÇØ ¼®À¯ ¹× °¡½º Ž»ç ¹× »ý»ê, ƯÈ÷ ÷´Ü ÇØÀú °øÇÐÀÌ ÇÊ¿äÇÑ ÃʽÉÇØ Áö¿ª¿¡¼­ÀÇ ±Þ°ÝÇÑ Áõ°¡À̸ç, DBMÀº ÀÌ·¯ÇÑ ÇÁ·ÎÁ§Æ®¿¡¼­ ´ÙÀ̳»¹Í ¶óÀÌÀú ½Ã½ºÅÛÀÇ ¾ÈÁ¤¼º°ú ¼­ºñ½º ¼ö¸íÀ» À¯ÁöÇÏ´Â µ¥ ÇʼöÀûÀ̸ç, DBMÀÇ »ç¿ëÀº À§Çè °¨¼Ò Àü·«°ú ÇØ¾ç ¾ÈÀü Ç¥ÁØ Áؼö¿¡ µû¶ó ´õ¿í Àǹ«È­µË´Ï´Ù. À§Çè °¨¼Ò Àü·« ¹× ÇØ¾ç ¾ÈÀü ±âÁØ Áؼö¿¡ µû¶ó DBMÀÇ »ç¿ëÀÌ ´õ¿í ¿ä±¸µÇ°í ÀÖ½À´Ï´Ù.

¶Ç ´Ù¸¥ Å« ¿øµ¿·ÂÀº ºÎÀ¯½Ä dz·Â Åͺó°ú ÇØÀú ¹èÀü ½Ã½ºÅÛ°ú °°Àº ÇØ¾ç Àç»ý °¡´É ¿¡³ÊÁö Ç÷§ÆûÀÇ °³¹ßÀÌ °¡¼ÓÈ­µÇ°í ÀÖ´Ù´Â Á¡ÀÔ´Ï´Ù. ÀÌ·¯ÇÑ ÇÁ·ÎÁ§Æ®´Â ¹«°Å¿î ÄÉÀ̺íÀ» ÁöÁöÇϰí ÇØÀú °£¼·À» ÇÇÇϱâ À§ÇØ ½Å·ÚÇÒ ¼ö ÀÖ´Â ºÎ·Â °ü¸®°¡ ÇÊ¿äÇϸç, ÀÌ´Â DBM °ø±Þ¾÷ü¿¡°Ô »õ·Î¿î ±æÀ» ¿­¾îÁÖ°í ÀÖ½À´Ï´Ù. ¶ÇÇÑ, ÇÕ¼º ¹ßÆ÷ Àç·á, º¹ÇÕ ÄÉÀÌ½Ì ¹× ¹èÄ¡ ¹æ¹ýÀÇ Çõ½ÅÀ¸·Î ÀÎÇØ ¼ö¸íÁֱ⠺ñ¿ëÀÌ Àý°¨µÇ°í ¹èÄ¡ À¯¿¬¼ºÀÌ Çâ»óµÇ¾î DBMÀº ´õ ³ÐÀº ¹üÀ§ÀÇ ÀÀ¿ë ºÐ¾ß¿¡¼­ ´õ ½±°Ô »ç¿ëÇÒ ¼ö ÀÖ°Ô µÇ¾ú½À´Ï´Ù. ¸¶Áö¸·À¸·Î, ±¹¹æ, Åë½Å, ȯ°æ ¸ð´ÏÅ͸µ¿¡ °ÉÄ£ ÇØÀú ¿¬°á¿¡ ´ëÇÑ ÅõÀÚ Áõ°¡´Â Çö´ë ÇØÀú ÀÎÇÁ¶óÀÇ ±âº» ¿ä¼Ò·Î¼­ ºÐ»êÇü ºÎ·Â ¼Ö·ç¼Ç¿¡ ´ëÇÑ ¼ö¿ä¸¦ Áö¼ÓÀûÀ¸·Î °­È­½Ã۰í ÀÖ½À´Ï´Ù.

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Global Distributed Buoyancy Modules Market to Reach US$114.1 Million by 2030

The global market for Distributed Buoyancy Modules estimated at US$83.5 Million in the year 2024, is expected to reach US$114.1 Million by 2030, growing at a CAGR of 5.3% over the analysis period 2024-2030. Subsea Distributed Buoyancy Modules, one of the segments analyzed in the report, is expected to record a 6.3% CAGR and reach US$76.2 Million by the end of the analysis period. Growth in the Subsurface Distributed Buoyancy Modules segment is estimated at 3.6% CAGR over the analysis period.

The U.S. Market is Estimated at US$22.8 Million While China is Forecast to Grow at 8.6% CAGR

The Distributed Buoyancy Modules market in the U.S. is estimated at US$22.8 Million in the year 2024. China, the world's second largest economy, is forecast to reach a projected market size of US$23.1 Million by the year 2030 trailing a CAGR of 8.6% over the analysis period 2024-2030. Among the other noteworthy geographic markets are Japan and Canada, each forecast to grow at a CAGR of 2.5% and 5.3% respectively over the analysis period. Within Europe, Germany is forecast to grow at approximately 3.5% CAGR.

Global Distributed Buoyancy Modules Market - Key Trends & Drivers Summarized

What Role Do Distributed Buoyancy Modules Play in Subsea Infrastructure?

Distributed buoyancy modules (DBMs) are critical components in offshore oil & gas, renewable energy, and deepwater construction industries, where they are used to provide controlled buoyancy and maintain optimal configuration of subsea risers, umbilicals, and pipelines. Positioned at various intervals along these lines, DBMs help neutralize weight, reduce dynamic stress from ocean currents, and ensure stability under varying load conditions. Their modular nature allows customization for specific depths and tension loads, making them essential in ultra-deepwater and high-current environments.

These modules play a central role in the design and operational safety of riser systems, especially in floating production storage and offloading (FPSO) units, drilling rigs, and subsea processing infrastructure. As offshore exploration activities move into deeper and more complex environments, the demand for high-performance buoyancy solutions-capable of operating at depths exceeding 3,000 meters-is growing rapidly. This has led to the adoption of syntactic foam-based DBMs, which offer high compressive strength, low water absorption, and long operational lifespans.

How Are Materials, Design, and Deployment Technologies Evolving?

DBMs are benefiting from advancements in materials science and subsea engineering. Traditional polyurethane syntactic foam is being optimized with glass microspheres and composite reinforcement to withstand higher hydrostatic pressures while minimizing weight. These innovations are crucial for maintaining dimensional stability, reducing lifecycle maintenance, and enhancing thermal insulation properties. Additionally, newer module designs are incorporating integrated stress management features, such as load-spreading collars and anti-slip coatings, to improve installation safety and reduce fatigue damage.

Deployment efficiency is also improving through modular assembly and handling innovations. ROV (remotely operated vehicle)-friendly installation designs, rapid latching mechanisms, and stackable storage formats are reducing time and risk during subsea deployment. Manufacturers are now offering project-specific engineering services, including CFD (computational fluid dynamics) modeling and FEA (finite element analysis), to optimize module performance for complex underwater configurations. With floating wind farms and subsea hydrogen infrastructure on the rise, the integration of DBMs into renewable energy subsea systems is emerging as a promising new frontier for market expansion.

Where Is Demand Concentrated, and Which Projects Are Driving Volume Uptake?

The oil & gas sector remains the primary driver of DBM demand, particularly in deepwater drilling projects across the Gulf of Mexico, West Africa, Brazil, and Southeast Asia. Major operators and EPC contractors are investing in increasingly sophisticated subsea architectures, where DBMs are a standard inclusion to maintain structural integrity under high dynamic loads. The continued development of FPSO units, hybrid riser towers, and deepwater subsea tiebacks is sustaining procurement volume for high-capacity, modular DBMs.

Emerging demand is also being seen in offshore renewable energy projects, especially floating wind farms in Europe, South Korea, and the U.S. West Coast. These floating structures require stabilized cable routing and buoyant subsea lines, making DBMs an essential part of mooring and power transmission design. Naval applications, including undersea surveillance networks and research infrastructure, also utilize distributed buoyancy systems for cable stabilization. The diversification of offshore engineering projects and the rise in sustainable subsea infrastructure are expanding the addressable market beyond traditional oil & gas end-users.

What Is Fueling the Growth of the Distributed Buoyancy Modules Market?

The growth in the distributed buoyancy modules market is driven by several factors related to offshore infrastructure expansion, energy transition projects, and material technology advancement. A key growth driver is the surge in deepwater oil & gas exploration and production, particularly in ultra-deepwater regions that demand advanced subsea engineering. DBMs are essential in maintaining the stability and service life of dynamic riser systems in such projects. Their use is further mandated by risk mitigation strategies and compliance with offshore safety standards.

Another major driver is the accelerating deployment of offshore renewable energy platforms, including floating wind turbines and subsea power distribution systems. These projects require reliable buoyancy management to support heavy cables and avoid seabed interference, creating new avenues for DBM suppliers. Additionally, innovations in syntactic foam materials, composite casing, and deployment methodologies are reducing lifecycle costs and improving deployment flexibility, making DBMs more accessible for a broader range of applications. Lastly, increased investment in subsea connectivity-spanning defense, telecom, and environmental monitoring-continues to bolster demand for distributed buoyancy solutions as a foundational element of modern underwater infrastructure.

SCOPE OF STUDY:

The report analyzes the Distributed Buoyancy Modules market in terms of units by the following Segments, and Geographic Regions/Countries:

Segments:

Type (Subsea, Subsurface); Application (Riser Systems, Flowlines, Wind Farm Cables, Umbilical, Other Applications)

Geographic Regions/Countries:

World; United States; Canada; Japan; China; Europe (France; Germany; Italy; United Kingdom; Spain; Russia; and Rest of Europe); Asia-Pacific (Australia; India; South Korea; and Rest of Asia-Pacific); Latin America (Argentina; Brazil; Mexico; and Rest of Latin America); Middle East (Iran; Israel; Saudi Arabia; United Arab Emirates; and Rest of Middle East); and Africa.

Select Competitors (Total 47 Featured) -

TARIFF IMPACT FACTOR

Our new release incorporates impact of tariffs on geographical markets as we predict a shift in competitiveness of companies based on HQ country, manufacturing base, exports and imports (finished goods and OEM). This intricate and multifaceted market reality will impact competitors by artificially increasing the COGS, reducing profitability, reconfiguring supply chains, amongst other micro and macro market dynamics.

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APRIL 2025: NEGOTIATION PHASE

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JULY 2025 FINAL TARIFF RESET

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Reciprocal and Bilateral Trade & Tariff Impact Analyses:

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TABLE OF CONTENTS

I. METHODOLOGY

II. EXECUTIVE SUMMARY

III. MARKET ANALYSIS

IV. COMPETITION

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