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A60 Rock Wool is a high-performance insulation material made from mineral fibers derived from basalt rocks. The term "A60" refers to its fire resistance rating, meaning that it can withstand fire for up to 60 minutes before its structural integrity is compromised. Rock wool is known for its excellent thermal, acoustic, and fire-resistant properties. A60 Rock Wool is indeed an excellent choice for insulation in offshore functional containers due to its unique combination of properties. Offshore containers are exposed to harsh environmental conditions, including high humidity, saltwater, and extreme temperature fluctuations. In these environments, insulation materials must provide reliable performance and meet strict safety standards. A60 Rock Wool fits these requirements well.Here's why A60 Rock Wool is suitable for offshore functional containers:

1. Fire resistance: In offshore environments, fire safety is a top priority. A60 Rock Wool provides up to 60 minutes of fire resistance, which can help contain a fire and minimize the risk of it spreading to other areas.
2. Thermal insulation: Offshore containers are exposed to varying temperature conditions, and maintaining a stable internal temperature is crucial. A60 Rock Wool's low thermal conductivity helps regulate temperatures inside the container, reducing energy consumption and improving overall comfort for occupants.
3. Acoustic insulation: Noise levels can be high in offshore environments, and A60 Rock Wool's sound-absorbing properties help reduce noise transmission, providing a more comfortable and quieter environment for workers.
4. Moisture resistance: Offshore containers are subject to high humidity and saltwater exposure. A60 Rock Wool's water repellent and moisture-resistant properties help protect against corrosion, mold, and mildew, ensuring the container's longevity and structural integrity.
5. Durability and robustness: A60 Rock Wool can withstand harsh offshore conditions and maintain its performance over time, making it a reliable choice for long-term insulation.

In summary, A60 Rock Wool's fire resistance, thermal and acoustic insulation properties, moisture resistance, and durability make it an ideal choice for offshore functional containers. It provides a safe and comfortable environment for workers while protecting equipment and structural components from damage.

Energy consumption has become a pressing concern for businesses and consumers today, and energy storage containers from TLS have emerged as a sustainable solution to reduce energy costs, improve energy efficiency, and provide backup power during outages.

Energy storage containers from TLS are self-contained units that store electricity in batteries or other forms of energy storage. They come in various sizes and can be customized to meet specific energy needs. These containers can be charged using renewable energy sources such as solar or wind power, providing power for homes, businesses, and communities.
 
One of the main benefits of energy storage containers for businesses is that they can help reduce energy costs. They allow businesses to store energy during off-peak hours when electricity is cheaper and then use it during peak hours when electricity is more expensive, resulting in significant cost savings. Energy storage containers can also help businesses become more energy-efficient by storing energy when electricity demand is low, avoiding the use of fossil fuels to generate electricity during peak demand periods, and reducing greenhouse gas emissions.
 
For businesses that rely on uninterrupted power, energy storage containers can provide backup power during outages. Storing energy in batteries ensures that businesses have a reliable backup power source that can keep their operations running during power outages.
 
Consumers can also benefit from energy storage containers. By storing energy during off-peak hours when electricity is cheaper and using it during peak hours when electricity is more expensive, energy storage containers can help consumers reduce their energy bills significantly. Additionally, energy storage containers can provide backup power for homes during outages, which is essential for households with medical equipment or other critical needs.
 
Energy storage containers from TLS also have significant environmental benefits. By storing energy from renewable sources such as solar and wind power, they can help reduce greenhouse gas emissions and contribute to a more sustainable future.
 
The future of energy storage containers looks promising, as the demand for renewable energy sources continues to grow. Energy storage containers are expected to become more efficient and cost-effective, making them more accessible to businesses and consumers. They are also expected to play a more significant role in the development of smart grids, improving the stability and reliability of intelligent grids.
 
In summary, energy storage containers offer numerous benefits for businesses and consumers looking for sustainable solutions, including energy independence, cost savings, reduced carbon footprint, backup power, and flexibility. As renewable energy sources become more prevalent, energy storage containers will play a crucial role in helping businesses and homeowners become more self-sufficient and sustainable. Investing in energy storage containers can help achieve a more sustainable future.

​With the rapid development of renewable energy, containerized energy storage system, as a convenient and efficient form of energy storage, has gradually attracted the attention of the market. Its main advantages include:
High flexibility: The containerized energy storage system can be moved and reconfigured to adapt to different application scenarios and grid requirements. Compared with traditional forms of energy storage, such as reservoirs and pumped storage power plants, containerized energy storage systems have higher flexibility and operability, and can better adapt to changes and needs of the power system.
Efficiency: The containerized energy storage system has high charging and discharging efficiency, can complete a large amount of energy storage and release in a short period of time, and has the ability of quick response. This enables the containerized energy storage system to cope with fluctuations and peaks in power demand, improving the stability and reliability of the power system.
Economy: Compared with traditional forms of energy storage, the cost of containerized energy storage systems is lower, especially in terms of large-scale production and operation. At the same time, because the containerized energy storage system can better adapt to the changes and demands of the power system, it can improve the efficiency and reliability of the power system, thereby reducing the operating costs and risks of the power system.
High safety: The containerized energy storage system adopts high-quality battery technology and advanced safety measures, which has high safety and stability. In addition, since it is usually installed in a closed container, it can better prevent the influence and damage of the external environment.
Good environmental protection: container energy storage systems usually use renewable energy and high-efficiency energy-saving technologies, which are environmentally friendly and sustainable, and can make positive contributions to energy transformation and carbon emission reduction.
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The containerized energy storage system is of great significance in the market layout. It can provide stable and reliable energy storage support for the power system, provide important technical support for the popularization and development of renewable energy, and make positive contributions to energy transformation and carbon emission reduction. In the future market competition, the container energy storage system will become a field that attracts much attention, and it is expected to achieve the goal of sustainable development in the energy field.
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1.Design
Offshore containers are built to suit specific equipment and are often designed to withstand high dynamic loading.
 
2. Ability to withstand adverse weather conditions
Offshore reefer containers are more exposed to open seas and are often left on ship decks or on loading platforms in adverse weather conditions.
Therefore, they require a minimum design temperature of -20°C. This also means that the material they are made of must be strong enough to withstand this temperature.
On the other hand, ISO sea containers (also called shipping containers) are made of corrosion-resistant steel.
 
3. Microprocessor control
DNV 2.7-1 offshore reefer containers have microprocessor control of the fresh air exchange rate, a feature that traditional ISO containers do not have. This means that the air exchange rate can be modified according to the goods being transported and other requirements.
 
4. Ventilation on demand
This is a unique feature offered by DNV's offshore refrigerated containers, which makes them a clear winner compared to traditional ISO containers.
Ventilation on demand offers maximum protection for perishable goods/cargo. The system works by providing full, automated ventilation in response to changes in respiratory gas levels.
 
In conclusion, DNV offshore refrigerated containers are built to withstand the harsh environments and conditions prevalent in the shipping industry, making them the best choice for the oil and gas industry.

TLS is an international supplier that can customize onshore | offshore special containerised solutions,Any requirements, please contact us directly:
E-mail: sales@tls-containers.com
Hotline: +65-65637288; +65-31386967

The IEC 60079-13 design standard, developed by the International Electrotechnical Commission (IEC), plays a critical role in ensuring the safety and reliability of electrical equipment used in explosive atmospheres. This standard focuses on equipment using pressurized (Type "p") enclosures to protect against explosive gas atmospheres or combustible dusts. TLS Offshore Containers International, a professional company specializing in the manufacture of pressurized containers, adheres to the IEC 60079-13 standard, demonstrating its commitment to safety, quality, and industry best practices.

IEC 60079-13 Design Standard
The IEC 60079-13 standard is part of the broader IEC 60079 series of standards that address electrical equipment for explosive atmospheres. It provides guidelines and requirements for the design, construction, and testing of electrical equipment using pressurized enclosures. Key aspects of the standard include:

1. Enclosure construction: Requirements for the materials, fabrication, and design of pressurized enclosures to ensure they can withstand the pressures required for protection against explosive atmospheres.
2. Pressurization systems: Guidelines for the design and installation of pressurization systems to maintain a safe, overpressure environment within the enclosure, preventing the ingress of explosive gases or dust. 3. Leakage monitoring and control: Requirements for monitoring and controlling the leakage of pressurized gas or air to ensure the enclosure maintains a safe level of overpressure.
3. Electrical components and wiring: Guidelines for the selection, installation, and protection of electrical components and wiring within pressurized enclosures, ensuring they can safely operate in potentially explosive environments.
4. Testing and certification: Procedures for testing and certifying pressurized enclosures to verify their compliance with the IEC 60079-13 standard and ensure their safety and reliability in explosive atmospheres.

TLS Offshore Containers International: Expertise in Pressurized Containers
TLS Offshore Containers International is a leading global provider of specialized containers, primarily focused on the offshore oil and gas, renewable energy, and maritime industries. With a comprehensive range of products and services, the company has built a strong reputation for its expertise in the design, manufacture, and supply of pressurized containers.
Expertise in Pressurized Containers:

1. Design and Engineering: TLS Offshore Containers International utilizes cutting-edge technology and skilled engineers to design pressurized containers that meet the specific requirements of various industries. They employ advanced 3D modeling software and Finite Element Analysis (FEA) to ensure that their containers can withstand the demanding environments they will be subjected to.
2. Manufacturing: The company maintains strict quality control processes and adheres to international standards such as DNV 2.7-1, EN 12079, and ISO 10855 to ensure the highest level of safety and reliability. Their manufacturing facilities are equipped with state-of-the-art machinery, enabling them to produce pressurized containers with precision and efficiency.
3. Customization: TLS Offshore Containers International understands that each client may have unique needs, and they offer customization services to tailor their pressurized containers to specific requirements. This can include specialized materials, fittings, and finishes, as well as the integration of additional equipment or features.
4. Inspection and Certification: To guarantee the safety and quality of their pressurized containers, TLS Offshore Containers International performs thorough inspections throughout the manufacturing process. These inspections are carried out by qualified personnel who adhere to industry regulations and guidelines. Once the containers have passed all necessary tests and inspections, they are certified by third-party organizations such as DNV GL, ABS, or other relevant certification bodies, ensuring compliance with international standards and regulations.
5. After-sales Support: The company offers comprehensive after-sales support to its customers, which includes technical assistance, maintenance, and repair services. Their dedicated team of professionals is available to address any concerns or issues that may arise during the lifecycle of the pressurized containers. This ensures that clients can rely on TLS Offshore Containers International for ongoing support and that their containers continue to perform at optimal levels.
6. Experience and Reputation: With years of experience in the industry and a proven track record of delivering high-quality pressurized containers, TLS Offshore Containers International has established itself as a trusted provider. Their expertise in this field has earned them a strong reputation for quality, reliability, and customer satisfaction.

In conclusion, TLS Offshore Containers International's expertise in pressurized containers can be attributed to their strong commitment to design and engineering, manufacturing quality, customization, inspection and certification, after-sales support, and their extensive experience in the industry. By maintaining a customer-centric approach and consistently delivering high-quality products and services, the company has positioned itself as a leader in the offshore container market. This has allowed TLS Offshore Containers International to serve a diverse range of clients across various industries, including offshore oil and gas, renewable energy, and maritime sectors, providing them with the robust and reliable pressurized containers they need to operate safely and efficiently in challenging environments.

The DNV 2.7-1 certificate is a globally recognized standard for the design, manufacture, and certification of offshore containers, developed by Det Norske Veritas Germanischer Lloyd (DNV GL), a leading international classification society. This standard ensures the safety, reliability, and quality of offshore containers used in various applications, including the transportation and storage of equipment and materials, as well as providing workspaces and living quarters for personnel in the offshore oil, gas, and renewable energy industries.
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TLS Offshore Containers International is a reputable manufacturer of DNV 2.7-1 certified offshore functional containers. With a commitment to safety, quality, and customer satisfaction, they offer a wide range of container solutions to clients worldwide. Some of their key offerings include:

1. Offshore Accommodation Cabin: These containers are designed to provide comfortable living and working spaces for offshore personnel, featuring sleeping quarters, offices, meeting rooms, and recreational areas. They are built to withstand harsh offshore environments and meet strict safety requirements.
2. Battery Energy Storage System (BESS) Containers: BESS containers are specially designed to house battery systems for energy storage applications in offshore operations. They provide a safe, reliable, and efficient solution for storing and managing energy produced by renewable sources or as backup power.
3. ​Pressurised Containers: These containers are engineered to maintain a controlled internal environment, suitable for safely transporting or storing sensitive equipment, gases, or hazardous materials. They are built to withstand pressure differentials and are typically used in industries such as oil and gas, chemical, or pharmaceuticals.
4. ​​Lab Containers: These specialized containers are designed to accommodate various laboratory setups and equipment for scientific research, testing, or analytical purposes in offshore environments. They are equipped with essential utilities and safety features to ensure a secure and functional workspace for researchers and technicians.
5. Other Customized Containers: In addition to the aforementioned types, TLS Offshore Containers International also offers customized container solutions tailored to the specific needs of their clients. This can include containers for workshops, control rooms, refrigeration units, and more, all designed and manufactured in compliance with DNV 2.7-1 standards.

By providing a comprehensive range of DNV 2.7-1 certified offshore functional containers, TLS Offshore Containers International is well-positioned to serve the needs of clients in various industries worldwide. Their commitment to safety, quality, and innovation ensures that their products not only meet but exceed the stringent requirements of the global offshore market.

The DNV 2.7-3 standard refers to a set of guidelines and requirements for the design, fabrication, testing, and certification of offshore containers and associated lifting sets. DNV, which stands for Det Norske Veritas, is a leading international provider of risk management, assurance, and advisory services. Their standards are widely recognized and adopted across various industries, particularly in the maritime and offshore sectors.
DNV 2.7-3 specifically addresses offshore containers that are used to transport equipment and materials to and from offshore installations such as oil and gas platforms or wind farms. These containers are designed to withstand harsh offshore environments and must adhere to strict safety and performance criteria.
The standard covers various aspects of offshore container design and manufacturing, including:

1. Structural design: Requirements for materials, fabrication, and load-bearing capacity, ensuring the container can withstand the forces it may encounter during transport and lifting operations.
2. Lifting sets: Specifications for the design and testing of lifting equipment such as shackles, slings, and pad eyes, ensuring safe lifting and handling operations.
3. Marking and certification: Guidelines for the identification, inspection, and certification of containers and lifting sets to ensure traceability and compliance with the standard.

DNV 2.7-3 is particularly important for the offshore industry because it helps ensure the safety and reliability of the containers used in these challenging environments. Compliance with the standard reduces the risk of accidents and equipment damage, which can have serious consequences for personnel, the environment, and overall project costs.
Some key aspects covered by the DNV 2.7-3 standard include:

1. Environmental loads: Containers must be designed to withstand the forces imposed by wind, waves, and other environmental factors that are common in offshore environments.
2. Load combinations: The standard considers various load combinations that containers may experience during transport, lifting, and stacking operations.
3. Materials and corrosion protection: Requirements for the selection of materials and corrosion protection systems to ensure the container's structural integrity and durability.
4. Welding and fabrication: Guidelines for welding procedures, quality control, and inspection during the fabrication process to ensure the container's structural integrity.
5. Non-destructive testing (NDT): Requirements for NDT methods, such as visual inspection, radiographic testing, and ultrasonic testing, to identify and assess potential defects in the container's structure.
6. Periodic inspection and maintenance: Guidelines for regular inspection and maintenance of offshore containers and lifting sets to ensure their continued safe and reliable operation.

Adherence to the DNV 2.7-3 standard helps to increase confidence in the quality and safety of offshore containers, promoting a safer working environment for personnel involved in offshore operations. It also contributes to the optimization of logistics and operational efficiency by minimizing downtime caused by equipment failure or accidents. By providing a clear and widely recognized set of guidelines, the DNV 2.7-3 standard facilitates a common understanding among manufacturers, operators, and regulatory authorities, ensuring that offshore containers are designed, manufactured, and maintained to meet the specific challenges and requirements of the offshore industry.
Moreover, adhering to the DNV 2.7-3 standard can help companies demonstrate their commitment to safety and quality, which may provide a competitive advantage in the market. Compliance with the standard also helps to ensure that containers meet the regulatory requirements of various countries and organizations, streamlining the approval process for international operations.
In summary, the DNV 2.7-3 standard plays a crucial role in promoting safety, reliability, and efficiency in the offshore industry by providing comprehensive guidelines and requirements for the design, fabrication, testing, and certification of offshore containers and their associated lifting sets. Compliance with the standard helps to minimize risks, optimize logistics, and ensure a safer working environment for personnel involved in offshore operations.

Please contact TLS offshore Containers int. for more information about DNV2.7-3 container design standard. 

DNV 2.7-2 is a standard developed by DNV (Det Norske Veritas), a leading global provider of risk management, assurance, and advisory services. The DNV 2.7-2 standard specifically addresses the design, fabrication, and testing of portable offshore units, with an emphasis on the safety of Temporary Equipment installed on these units. These units are primarily used in the oil and gas industry for offshore installations such as drilling rigs, production platforms, and support vessels.
The DNV 2.7-2 standard aims to ensure that the temporary equipment used on offshore installations is safe, reliable, and able to withstand the harsh environmental conditions often encountered in offshore operations. It covers various aspects of design, construction, and testing of these portable offshore units, including:

1. Structural design: Requirements for materials, fabrication, and load-bearing capacity to ensure the unit can withstand the forces it may encounter during transport, lifting, and installation operations.
2. Fire safety: Guidelines for fire protection systems and equipment, as well as passive fire protection measures to minimize the risk of fire and its potential consequences.
3. Electrical systems: Requirements for the design, installation, and protection of electrical systems to ensure their safe and reliable operation in the offshore environment.
4. Ventilation and HVAC systems: Guidelines for the design and installation of ventilation and HVAC (heating, ventilation, and air conditioning) systems to maintain a safe and comfortable environment for personnel working in the portable offshore units.
5. Gas detection and alarm systems: Requirements for the installation and maintenance of gas detection and alarm systems to monitor and alert personnel in case of hazardous gas leaks or accumulation.
6. Emergency shutdown systems: Guidelines for the design and installation of emergency shutdown systems to safely isolate the unit from potential hazards in case of an emergency.
7. Lifting and transportation: Specifications for the lifting and transportation of portable offshore units, including requirements for lifting points, load distribution, and stability during transport.
8. Inspection, testing, and certification: Requirements for the inspection, testing, and certification of portable offshore units to ensure their compliance with the DNV 2.7-2 standard and maintain their safety and reliability throughout their service life.
9. Compliance with the DNV 2.7-2 standard is critical for ensuring the safety and reliability of temporary equipment used on offshore installations. By adhering to these guidelines, manufacturers and operators can minimize the risk of accidents and equipment failure, protect personnel and the environment, and optimize the efficiency of their offshore operations.
   In summary, the DNV 2.7-2 standard provides a comprehensive framework for the design, fabrication, testing, and certification of portable offshore units and temporary equipment used in the oil and gas industry. It aims to ensure that these units are safe, reliable, and able to withstand the harsh conditions often encountered in offshore operations. Compliance with the standard helps to minimize risks, protect personnel and the environment, and optimize the efficiency of offshore installations.
   By following the DNV 2.7-2 standard, companies can demonstrate their commitment to safety and quality, which can provide a competitive advantage in the market. Adhering to the standard also helps ensure that portable offshore units and temporary equipment meet the regulatory requirements of various countries and organizations, streamlining the approval process for international operations. Overall, the DNV 2.7-2 standard plays a crucial role in promoting safety, reliability, and efficiency in the offshore oil and gas industry.

There are obvious differences between offshore containers and ordinary containers in terms of structural design, size and volume, usage, and safety requirements. They need to meet more stringent safety standards and regulations to ensure the safety of personnel and equipment. They must be expertly designed and tested to withstand the harsh offshore environment and extreme weather conditions. At the same time, offshore containers also need to meet the safety standards and regulations of international maritime transportation.
 
Offshore containers have multiple functions, mainly including the following aspects:
Storage of equipment and supplies: Offshore containers can be used to store a variety of equipment and supplies such as drilling equipment, tools, spare parts, fuel and food, etc. These materials usually need to be stored for a long time, so a reliable and safe storage space is required.
Provide accommodation and offices: Offshore containers can be used to provide accommodation and office space, providing a comfortable and safe working and living environment for offshore workers. These containers are usually equipped with facilities such as air conditioning, toilets, showers and kitchens.
Control and monitoring equipment: Offshore containers can also be used to place equipment control rooms, monitoring rooms and communication rooms, etc., to monitor the operating status of the platform, control equipment operation and communication, etc.
Disposal of garbage and wastewater: Offshore containers can be used to treat pollutants such as garbage and wastewater generated by the platform to protect the marine environment and ecosystem.
 
Offshore containers play an important role in the construction and operation of offshore facilities, which can improve work efficiency, ensure personnel safety and maintain the sustainability of the marine environment.
 
TLS Offshore Containers is a global provider of standard and custom container solutions. No matter where you are, please feel free to contact us if you are interested in our products.
E-mail: sales@tls-containers.com   ​​
Hotline: +65-65637288; +65-31386967

The International Organization for Standardization (ISO) Container Technical Committee (ISO/TC104) has set specific conditions that containers must meet to be considered suitable for use. These conditions include：

• Sufficient strength to withstand repeated use
• Compatibility with various modes of transport
• The ability to handle goods without the need for replacement during transshipment.  
• Containers must be easily filled and emptied
• Have a minimum volume of 1 square meter.

 
Offshore containers have evolved from standard containers and are widely used in the offshore oil industry as supporting equipment. However, there are significant differences between standard and offshore containers in terms of their operating environments and lifting methods.
 
Standard containers are typically transported by container liners to ports and secured using box guideposts or stacking fixings. In port terminals, they are hoisted using container cranes and twist lock devices.
 
In contrast, offshore containers are exposed to the harsh marine environment and are subject to single-point lifting on supply vessels or oil platforms. They require higher structural strength and protection due to potential collisions with adjacent containers or hulls. Offshore containers are not allowed to be stacked on ships during transport, and stacking fixings are not used for lifting.
 
The certification and production of offshore containers are subject to strict requirements compared to standard containers. The certification process includes evaluation and certification, manufacturing process inspection, and sample box testing, which involves four-point lifting, two-point lifting, inclination testing, and drop testing. During production, the material and welds of the main structure undergo rigorous quality control.
 
Therefore, it is essential to differentiate and identify between standard and offshore containers in terms of procurement, design, display, and operation to better manage offshore container business.
 
TLS Offshore Containers / TLS Special Containers is a global supplier of standard and customised containerised solutions. 
Wherever you are in the world TLS can help you, please contact us.