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SHM Shipcare, Malaysia’s VP Avnish Sharma inspires future maritime leaders at UniKL MIMET’s AIREx 2024

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We are thrilled to announce that our Vice President, Mr. Avnish Sharma, was honored as the keynote speaker at UniKL MIMET’s Apprentice Innovation and Research Exhibition (AIREx) 2024. Addressing students and faculty, Mr. Sharma shared invaluable insights into Malaysia’s dynamic oil and gas sector, including emerging trends and SHM Shipcare’s forward-thinking sustainability initiatives within the maritime and offshore industry. He highlighted the promising opportunities for young maritime professionals across the oil and gas landscape, emphasizing the industry’s alignment with ESG principles to drive sustainable growth in Southeast Asia.

UniKL MIMET’s AIREx, an annual event promoting innovation and research, fosters industry-academic collaborations to enrich Malaysia’s maritime future. SHM Shipcare is proud to be at the forefront, contributing expertise and fostering connections that empower the next generation of maritime innovators.

SHM Shipcare successfully completes sea trials for NADMA-SMART

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Kuala Lumpur, October 2024– SHM Shipcare is elated to announce the successful completion of sea trials for the Sea Falcon 4700, a state-of-the-art flood relief boat, designed in collaboration with NADMA-SMART.
Designed to enhance Malaysia’s flood response capabilities, the Sea Falcon 4700 is built for tough conditions, equipped with advanced rescue gear, and ready for rapid development in disaster scenarios.
This trial marks a critical step forward in enhancing Malaysia’s readiness and response capabilities during flash floods or flooding in Malaysia.

Why HSE Policy and Procedures Are Important While Working on Offshore Platforms

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Why HSE policy and procedures are important while working on offshore platforms

At SHM Shipcare Sdn Bhd, we continue to grow our business in the Marine and Offshore industries in Malaysia. With the trust and respect given to us by our customers and clients, we are committed to serving them with our five core values: Effective, Ambitious, Deeply Human, Responsible, and Sustainable.

These five core values are supported by our Health, Safety, and Environmental (HSE) policies and procedures, which are critical when working on offshore platforms or vessels. Below is an in-depth look at why these policies and procedures are essential:

 

 

1. Protection of Human Life

  • Risk Reduction: Offshore platforms present hazardous conditions, including extreme weather, high-pressure environments, and the handling of dangerous substances. HSE policies outline safety procedures and protective measures to minimize the risk of accidents and injuries.
  • Emergency Preparedness: Effective HSE policies include comprehensive emergency response plans, ensuring that all personnel are trained to handle emergencies like fires, blowouts, or medical crises swiftly and safely.
  •  

2. Compliance with Regulations

  • Legal Obligations: Offshore operations must adhere to stringent national and international regulations, such as those from the International Maritime Organization (IMO) or the Occupational Safety and Health Administration (OSHA). HSE policies ensure compliance with these laws, avoiding fines, legal actions, or operational shutdowns.
  • Industry Standards: HSE policies help meet industry standards and best practices, which are often required for certification and licensing, ensuring that operations are legally and professionally recognized.
  •  

3. Environmental Stewardship

  • Pollution Prevention: Offshore platforms can impact marine ecosystems through potential spills or discharges. HSE procedures include measures to prevent, detect, and respond to environmental incidents, helping to protect marine life and reduce ecological damage.
  • Sustainable Practices: HSE policies support sustainable practices by managing waste, reducing emissions, and conserving resources, aligning with broader environmental goals and corporate responsibility.
  •  

4. Operational Efficiency

  • Systematic Operations: HSE policies establish clear protocols for daily operations, maintenance, and emergency procedures. This structure helps streamline processes, improve coordination, and reduce downtime due to accidents or inefficiencies.
  • Preventive Maintenance: Regular inspections and maintenance, as outlined in HSE procedures, help prevent equipment failures and extend the lifespan of machinery, contributing to more reliable and efficient operations.
  •  

5. Risk Management

  • Hazard Identification: HSE procedures involve ongoing risk assessments and hazard identification to proactively manage and mitigate potential dangers. This approach helps prevent incidents before they occur.
  • Incident Analysis: When incidents do happen, HSE policies ensure thorough investigations to understand root causes and implement corrective measures, preventing recurrence and improving safety protocols.
  •  

6. Employee Well-being

  • Health and Safety: HSE policies focus on protecting workers’ physical health by implementing safety measures and monitoring exposure to hazardous conditions. They also address mental health by providing support systems and managing stress related to remote or high-pressure work environments.
  • Training and Awareness: Regular training ensures that employees are aware of safety procedures, understand their roles, and can act confidently in emergencies, enhancing overall well-being and job satisfaction.
  •  

7. Corporate Reputation

  • Public Image: Companies with strong HSE policies are seen as responsible and ethical, enhancing their reputation among stakeholders, including clients, regulators, and the public. This positive image can lead to better business opportunities and stakeholder trust.
  • Client Assurance: Demonstrating a commitment to high HSE standards can attract clients who prioritize safety and environmental responsibility, providing a competitive edge in the industry.
  •  

8. Financial Impact

  • Cost Reduction: Effective HSE policies help reduce costs associated with accidents, environmental fines, and legal claims by preventing incidents and managing risks proactively.
  • Insurance Benefits: Adhering to HSE standards can lead to lower insurance premiums and better coverage

Conclusion

In conclusion, robust HSE policies and procedures are not just a regulatory requirement but a vital component of successful offshore operations. They safeguard the lives of workers, protect the environment, and enhance the efficiency and reputation of your company. By prioritizing health, safety, and environmental stewardship, companies can ensure sustainable operations, foster trust with clients, and contribute positively to the industry. At SHM Shipcare Sdn Bhd, our commitment to these principles reflects our dedication to responsible and effective operations, both offshore and onshore.

Author- Mr. Mohd. Aliff Radzi-Sr. Manager, Offshore, SHM Shipcare Sdn. Bhd., Malaysia 

For more such informative blogs on Offshore, Maritime and Maritime Safety, practices, services & equipment, visit us at:

www.shmgroup.com.my| malaysia@shmgroup.com | Ph. +60 333 23 5253

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Unlocking Southeast Asia: Strategies for Successful Business Expansion

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Unlocking Southeast Asia: Strategies for successful business expansion

Southeast Asia (SEA), which includes countries such as Indonesia, Malaysia, the Philippines, Singapore, Thailand, and Vietnam, is a region with many opportunities for companies looking to expand their business. The region’s growing economies, young population, and increasing use of digital technologies make it a promising market. However, entering the Southeast Asian market requires careful planning and the right strategy.

 

Market Research

Before working on specific strategies, it is important to understand the market environment in Southeast Asia. This region is very diverse in terms of languages, cultures, economic development, and regulations. For example, Singapore and Malaysia have advanced economies and infrastructure, while countries such as Vietnam, Indonesia, and the new country of Timor-Leste are still developing but offer significant growth potential. Each country also has different laws and business practices, so it is crucial to customize our approach for each market.

Understanding the demand for products or services to offer and identifying key clients and segments is essential. Additionally, analysing existing competitors, their market share, strengths, and weaknesses helps identify gaps in the market that your business can fill. Infrastructure development, such as roads, power supply, water, and networks, is also an important part of market strategy. Timor-Leste, for example, has inefficient transport and logistics, which can affect supply chains and distribution channels. Although it is an untapped market, these challenges remain an important part of market research before expanding a business. It is also important to know the political situation and stability of a country before venturing into it.

Establishing Local Presence

Establishing a local presence is crucial for businesses aiming to succeed in any emerging market. One way to achieve this is by opening your own business, which allows full control over operations and direct engagement with the market. However, another highly effective strategy is forming a collaboration with the right local partners. This approach can significantly enhance a company’s ability to navigate the local landscape.

A local collaborator brings invaluable knowledge of the country’s laws and regulations, understanding of culture and people, and can facilitate smoother interactions with suppliers and other stakeholders. They also have access to local resources, which can lead to better client outreach and communication and insights that enhance competitive advantage. Moreover, a local presence enables businesses to form their marketing strategies to align with local contexts and cultures, making their offerings more appealing to the target audience. Collaborating with a local partner also means sharing risks and investments, which can be particularly advantageous in a developing market. In the automotive industry, many global manufacturers operate through joint ventures in Southeast Asia. Toyota, for example, has partnered with local companies in Thailand and Indonesia to leverage local expertise and production capacity.

Licensing and franchising are other ways to expand business by allowing a local partner to use your brand, products, or technology in exchange for fees or royalties. These strategies allow you to enter the market quickly with relatively little investment. The advantages of franchising include lower risk of financial burden, cost savings in terms of no or little initial investment, and operational efficiency as day-to-day operations are managed by the partner. The company can focus on brand development, innovation, and strategic growth. However, quality control in terms of service quality and the risk to the brand name due to poor performance or misconduct might be a challenge with franchising as a business model.

Value Creation

The Southeast Asian market, known for its high competitiveness and price sensitivity, presents both challenges and opportunities for businesses. To thrive in this dynamic region, companies must focus on creating and communicating a unique value proposition that differentiates them from competitors. This involves identifying how their products or services can solve specific problems or meet the distinct needs of their customers. Investing in quality, reliability, and exceptional after-sales service is crucial. By ensuring superior product performance and maintaining strong customer relationships, businesses can build trust and loyalty. Additionally, innovation and differentiation are key drivers of success. Companies that continuously enhance their offerings and adapt to the evolving preferences of consumers will find ample opportunities for growth and success in this region.

Demographic Trends

The population in Southeast Asia is young, with an average age of around 30. This young population is dynamic and open to new products and services and plays an important role in shaping market trends and consumer behaviour. In addition, the region has seen a rapid rise in internet and cell phone usage, which has changed the way consumers shop and interact with brands. This makes e-commerce and digital marketing essential components of any market entry strategy. 

Businesses wanting to grow in Southeast Asia can use these population trends to customize their products and services, connect with a tech-savvy audience, and build strong, lasting relationships with customers through digital platforms. Understanding and adapting to these changes is key to succeeding in this rapidly changing market.

Conclusion

Navigating the vibrant and diverse markets of Southeast Asia requires a keen understanding of its unique economic, cultural, and regulatory landscapes. With its dynamic growth potential, youthful population, and increasing digital connectivity, Southeast Asia presents a wealth of opportunities for businesses ready to embrace the challenge.

To succeed, companies must conduct comprehensive market research to understand local nuances and demands. Establishing a local presence through strategic partnerships or joint ventures can provide the necessary insight and resources to effectively engage with the market. Furthermore, companies need to develop a strong value proposition that resonates with consumers, focusing on quality, reliability, and innovation to stand out in a competitive landscape.

Embracing the region’s demographic trends and leveraging digital platforms are essential components of a successful market entry strategy. By doing so, businesses can tap into the tech-savvy, young consumer base and build lasting relationships that drive growth and success.

In conclusion, Southeast Asia’s complex yet rewarding markets require businesses to be adaptable, innovative, and culturally aware. By strategically navigating these markets with the right approach, businesses can unlock the immense potential of Southeast Asia and achieve long-term success.

For SHM Shipcare Malaysia, the Southeast Asian market represents a sea of possibilities, particularly within the maritime and offshore industries. The region’s strategic location along critical shipping routes, coupled with its rapidly expanding economies, makes it an ideal area for growth and innovation in ship maintenance and repair services.

At SHM Shipcare Malaysia, we understand that successful expansion into Southeast Asia requires more than just offering our expertise in water mist system design, assembly, and maintenance. It demands a deep understanding of each country’s unique regulatory environment, infrastructure capabilities, and cultural nuances. By conducting thorough market research, we aim to customize our approach to align with the specific needs and opportunities within each nation.

Establishing a strong local presence is vital to our strategy. Whether through direct operations or forming strategic partnerships with local companies or agencies, SHM Shipcare Malaysia leverages our knowledge and resources to enhance our service offerings. This not only allows us to navigate the complexities of the local market but also ensures our solutions are tailored to meet the unique demands of our clients, from ships to offshore installations.

The growing digital connectivity and youthful demographics in Southeast Asia present additional opportunities for SHM Shipcare to engage with a tech-savvy audience. By harnessing our digital platforms, we can provide efficient communication excellence and foster stronger client relationships.

 

In conclusion, SHM Shipcare Malaysia is strategically positioned to tap into the burgeoning potential of Southeast Asia. By embracing collaborations, focusing on innovation, and leveraging our expertise in maritime solutions, we aim to drive growth and success in this dynamic region, delivering exceptional value and service to our clients.

Author- Mr. Murtaza Hakimuddin, AGM, SHM Shipcare, Malaysia 

For more such informative blogs on Maritime and Maritime Safety, practices, services & equipment, visit us at:

www.shmgroup.com.my| malaysia@shmgroup.com | Ph. +60 333 23 5253

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DRY DELUGE TESTING- Reducing costs whilst improving safety and enhancing operational efficiency

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Dry Deluge Testing- Reducing costs whilst improving safety and enhancing operational efficiency

Regular testing method

Normally deluge systems, water spray systems, open water-mist systems, foam systems and compressed-air-foam systems require yearly mandatory function testing. Since these open extinguishing systems are the primary means of protection in the case of a fire, function testing is a mandatory requirement for personnel, equipment and environmental reasons. They are typically annually tested with brackish or seawater. During these wet function tests unforeseen complications within the system pipework, as well as risks to personnel during the complete process.

  • -Spray of sea water over an entire platform is a hazard for the expensive and critical processing equipment and many platform activities will be disrupted while testing,
  • -Wet testing causes growth of MIC (Microbiologically Influenced Corrosion), corrosion built up and salt crystallization to the flow pipes and nozzles,
  • -Excessive firewater discharge will overflow the sump / drain tanks,
  • -Freezing of firewater can be quite dangerous to operators in Arctic conditions,
  • -Risk of unplanned business loss and plant shutdown due to water ingress,
  • -Exacerbation of any existing corrosion within carbon steel systems.
  •  

Understandably traditional wet deluge testing is a very time-consuming process and therefore a costly maintenance routine due to preparations and operation.

New Development

The patented SIRON Dry Deluge Test eliminates many of the regular problems. It uses a pressurised water-based vapour instead of sea water. Any flow problem in pipes and nozzles will be detected quickly and can be carried out in an uncomplicated and cost reducing way within the HSE / NORSOK / NFPA guidelines. Whilst not a complete replacement for wet deluge testing, the use of SIRON Dry Deluge Testing can potentially extend the periods between wet testing to 5 years or more.

Case Study

The 110v/240v vapour generation unit heats up an integral element to heat the test fluid which then produces a water-based vapour. A 2” hose is connected immediately downstream of the deluge valve via a check valve on the deluge system that is to be tested. Once at temperature the unit fan is initiated allowing the water-based vapour to migrate downstream of the deluge system ultimately exiting the deluge nozzles. Whilst migrating downstream any corrosion or particulate within the system is quickly identified by erroneous spray patterns coming from the nozzles. Any anomalies found re-investigated by using a portable borescope camera. Damaged nozzles can be quickly identified also due to erroneous spray patterns of the water vapour during the test. Damaged nozzles are one of the most common failure modes on any fire protection system and can affect the density application rates or in worse cases can affect the overall hydraulic balance of the deluge system.

Key Benefits of Dry Deluge Testing

  • -No marine growth, new corrosion or salt crystallization will form in deluge pipework and nozzles after testing with pressurized vapour,
  • -The complete system is live throughout the process and the equipment does not impede the flow path of firewater to protected areas,
  • -Damaged, blocked and partially blocked nozzles are quickly identified as well as ruptures or damage to pipework,
  • -No complicated electronics are used, and the DDT equipment has a small footprint,
  • -Dry Deluge Testing does not rely on the system being clean or having up-to-date hydraulic calculations and isometric drawings,
  • -Testing deluge systems dry brings a more scientific approach to all previously available inspection based dry testing routines,
  • -Dry Deluge Testing has been extensively field proven on and offshore and is regularly used in Dutch, Danish and UK offshore sectors and also UK nuclear power plants.
  •  

Dry Deluge Testing reduces costs because

  • -It is efficient and has no disruption to normal platform activities,
  • -Preparation time for Dry Deluge Testing is considerably shorter,
  • -Smaller teams required means less bed space is required resulting in cost saving to client,
  • -Typical time for single Dry Deluge Test and borescope inspection is less than one work shift,
  • -Complete platforms can be tested in days rather than weeks.
  •  

Dry Deluge Testing is safer because

  • -No water ingress protection is required to be installed over sensitive instrumentation orelectrical  equipment,
  • -Pipe wall failures are easier to identify,
  • -Deluge pipework remains dry mitigating corrosion,
  • -Residual firewater from previous wet tests is displaced from the distribution pipe work,
  • -No freezing of firewater in water traps throughout the deluge system or on platform decks,
  • -Reduction in corrosion to surrounding plant and protected areas and general infrastructure.
 

Application

Since the introduction in 2010 Dry Deluge Testing has been conducted on deluge systems

throughout Northwestern Europe. Examples are:

 

Scope

Dry Deluge Testing is a very simple, cost-effective operation. Two operators can do the complete test in a few days. Exact timing will depend on the scale of the deluge system, but typically a single deluge system can be tested in less than one shift regardless of the size. All equipment needed, can be shipped on a pallet and has a small footprint. If testing is combined

with maintenance of the deluge system or expansion of the existing system, a 10ft. container will be shipped to the site.

Patent

Ever since the initial inventing and optimization Dry Deluge Testing SIRON sought for a means to protect this innovative procedure both as intellectual property as well as the methodology and operation. Patenting of Dry Deluge Testing proved to be the most effective protective measure for the intellectual property and as such SIRON now hold a Global Patent for the technology.

 

Guidelines

The patent SIRON Dry Deluge Testing holds, is conforming to the HSE Section 10.2.1.4 and allows other maintenance intervals to be set dependant on the results of visual inspection and operational tests. (Health and Safety Laboratory RR1046 Research Report)

Dry Deluge Testing is also in line with the NORSOK Standards; if intervals for full-scale testing of facilities in seawater-resistant materials give two independent successful results, the interval can be increased to a maximum of six years. (Norwegian Oil and Gas recommended guidelines #075 for water based firefighting systems)

  1. Dry Deluge Testing is also according to the following NFPA Standards.

     NFPA 25 Paragraph 11.3.2.3

    Where discharge from the system discharge devices would create a hazardous condition or conflict with local requirements, an approved alternate method to achieve full flow conditions shall be permitted. (Full Flow Test to be achieved through a Test Header and tests shall be conducted to ensure that the foam-water system(s) responds as designed, both automatically and manually.)

    When tested wet or alternative method nozzles should always be checked on:

    NFPA 25 Paragraph 11.3.2.6.1

    The discharge patterns from all of the open spray devices shall be observed to ensure that patterns are not impeded by; 

     

  2. -Plugged discharge devices and to ensure that

    -Discharge devices are correctly positioned and that

  3. -Obstructions do not prevent discharge patterns from
    covering surfaces to be protected.

  4.  

  5. NFPA 25 Paragraph 11.3.2.6.2

    Where obstructions occur, the piping and discharge devices shall be cleaned, and the system retested.

     

    Attested by bureau veritas

    The patented SIRON Dry Deluge Test has been given an attestation by Bureau Veritas:

    Cert. No. 15ABD11103 Rev. 0

     

    In the Clearwater attestation Bureau Veritas writes:

    The SIRON 240v Vapour Generation Unit is fit for purpose and if operated as per QA 021 Rev 01 –

    Performance Standard for dry testing of deluge systems with the use of the SIRON 240v Vapour

    Generation Unit.

    The Bureau Veritas inspection report 15ABD11049 Rev A also allows the use of the SIRON 110v

    Vapour Generation Unit as long as the unit is operated as per QA 021 Rev 01.

Correct use of the SIRON Vapour Generation Unit will identify the following deluge Failure Modes:

References:

Author- Mr. Avnish Sharma, Vice President, SHM Shipcare SE Asia

For more such informative blogs on Maritime and Maritime Safety, practices, services & equipment, visit us at:

www.shmgroup.com.my| malaysia@shmgroup.com | Ph. +60 333 23 5253

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Water Mist System for Fire Extinguishing on Ships: Enhancing Safety at Sea

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Water mist system for fire extinguishing on ships: Enhancing safety at sea

Introduction

In the realm of maritime safety, effective fire suppression systems are paramount to safeguarding both crew members and vessels from the devastating consequences of fires at sea. Among the innovative technologies employed for this purpose, the water mist system stands out as a versatile and efficient method of fire extinguishing. This blog post delves into the workings, benefits, and applications of water mist systems on ships.

Understanding water mist systems

Water mist systems utilize fine water droplets to suppress fires by cooling the flames, displacing oxygen, and preventing the fire’s spread. These systems are categorized based on droplet size and pressure into high-pressure and low-pressure systems, each tailored to specific applications onboard ships.

Components of a water mist system

  1. Pump System: A high-pressure pump pressurizes water, allowing it to be expelled through specially designed nozzles at high velocity.
  2. Nozzles: These nozzles atomize water into tiny droplets, creating a mist that quickly absorbs heat and suppresses the fire.
  3. Control Panel: Manages the operation of the system, including activation, monitoring water pressure, and nozzle status.
  4. Detection System: Often integrated with fire detection systems, ensuring rapid response to fire incidents.

Benefits of Water Mist Systems

  1. Enhanced Effectiveness:
  • Water mist systems effectively cool the fire area and displace oxygen, thereby extinguishing fires rapidly. The fine droplets penetrate hard-to-reach areas, ensuring comprehensive fire suppression.
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  1. Reduced Water Consumption:
  • Compared to traditional sprinkler systems, water mist systems use significantly less water, minimizing water damage to the ship’s structure and cargo.
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  1. Environmental and Safety Benefits:
  • Water mist systems produce minimal smoke and toxic by-products, enhancing crew safety and reducing environmental impact.
  •  
  1. Versatility:
  • Suitable for various fire classes (A, B, C) and can be tailored for specific hazards such as machinery spaces, accommodation areas, and cargo holds.
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  1. Regulatory Compliance:
  • Many maritime regulatory bodies recognize water mist systems as effective fire suppression measures, ensuring compliance with safety standards.
 

Applications on Ships

1. Engine Rooms and Machinery Spaces:

  • Critical areas prone to fire hazards due to mechanical and electrical equipment. Water mist systems protect against oil fires and other flammable liquids.
  1. 2. Accommodation Areas:
  • Ensures crew safety by suppressing fires in living quarters, kitchens, and other inhabited spaces.

3. Cargo Holds:

Safeguards valuable cargo against fire incidents during transport.

Conclusion

In conclusion, water mist systems represent a significant advancement in maritime fire safety technology, offering efficient and environmentally friendly fire suppression solutions. Their ability to swiftly and effectively extinguish fires while minimizing water damage makes them indispensable onboard ships of all types and sizes. As the maritime industry continues to prioritize safety and sustainability, water mist systems stand out as a reliable choice for mitigating fire risks at sea.

By integrating these systems into ship designs and retrofitting existing vessels, maritime operators can enhance safety standards, protect valuable assets, and ensure the well-being of crew members navigating the world’s oceans.

In the evolving landscape of maritime safety, water mist systems underscore a commitment to innovation and excellence in fire protection, setting a benchmark for safety standards across the industry.

Elevate fire safety with SHM Shipcare Malaysia’s water mist systems

SHM Shipcare Malaysia specializes in the design, assembly, periodic maintenance, and repair of water mist systems for ships, offshore installations, and onshore facilities. By choosing SHM Shipcare Malaysia, you ensure that your vessels and installations are equipped with state-of-the-art fire suppression systems, enhancing safety and compliance with maritime standards. Contact us today to learn more about how our expert services can protect your crew, cargo, and assets with the latest in water mist technology.

For more information and to register, contact us at Ph. +60 333 23 5253. 

Author- Mr. Avnish Sharma, Vice President, SHM Shipcare SE Asia

For more such informative blogs on Maritime and Maritime Safety, practices, services & equipment, visit us at:

www.shmgroup.com.my| malaysia@shmgroup.com | Ph. +60 333 23 5253

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SHM Shipcare Malaysia’s Commitment to “Safe Seas, Safe Shores”: Beach Clean-Up at Port Klang

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Oil spills, human activities, urbanization, a growing population, and climate change render our oceans vulnerable. The SHM group of companies has dedicated their work and mission to “safe seas, safe shores,” and SHM Shipcare Malaysia proudly continues this legacy.

On a beautiful morning on Friday, June 28th, our team, in collaboration with UniKL and Majlis Bandaraya Diraja Klang (MBDK), organized a beach clean-up activity at the shores of Tanjung Harapan, Port Klang. Our dedicated volunteers meticulously combed the beach, collecting plastic waste, discarded fishing nets, and other debris that threaten marine life. This initiative underscores our commitment to environmental sustainability and community involvement.

 

The event also served as an educational opportunity for those who witnessed firsthand the impact of pollution on our beaches and learned the importance of preserving our natural resources. Engaging discussions about sustainable practices highlighted the role each individual can play in protecting our environment, fostering a deeper sense of responsibility among participants.

The clean-up event garnered positive media coverage, with local news outlets highlighting the collaborative efforts of SHM Shipcare Malaysia, UniKL, and MBDK in tackling marine pollution. The coverage emphasized the significance of such initiatives in promoting environmental awareness and community engagement.

This clean-up event is just the beginning. SHM Shipcare Malaysia is committed to ongoing efforts to safeguard our oceans and shorelines, including future clean-up activities and educational programs. By taking this first step towards a cleaner and greener future, we hope to inspire others to join us in our mission to create a legacy of sustainability for generations to come.

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SHM Shipcare Malaysia equips themselves in Essential Medical Equipment to Enhance Staff Safety

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In our ongoing commitment to the well-being of our staff, SHM Shipcare Malaysia has recently equipped itself with essential medical equipment. Recognizing the high-risk and dynamic nature of our industry, we understand the critical importance of monitoring the health and medical parameters of our team members.

This investment in basic yet vital medical tools allows us to proactively manage and address health concerns, ensuring a safe and healthy work environment. By prioritizing the health of our staff, we are not only safeguarding their well-being but also enhancing overall operational efficiency and safety. This initiative reflects our dedication to maintaining the highest standards of care and safety in our workplace.

 

At SHM Shipcare Malaysia, this represents more than just a precautionary measure; it reflects our dedication to fostering a culture of safety and care. By enhancing our ability to monitor and respond to health concerns promptly, we are reinforcing our commitment to excellence in workplace safety and employee welfare.

This initiative aligns with our broader mission to uphold the highest standards of operational integrity and employee satisfaction. We believe that by prioritizing health and safety, we not only protect our workforce but also enhance overall productivity and efficiency. As we continue to navigate the challenges of our industry, SHM Shipcare Malaysia remains steadfast in our commitment to safeguarding the well-being of our most valuable asset—our people.

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Tackling Oil Spills: Cleanup Efforts and Disaster Preparedness

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Tackling Oil Spills: Cleanup Efforts and Disaster Preparedness

Introduction

Oil spills are among the most devastating environmental disasters, causing significant harm to marine and coastal ecosystems. The cleanup and preparation for such incidents require coordinated efforts, advanced technology, and comprehensive planning. This blog delves into the intricacies of oil spill cleanup and the vital measures necessary for effective disaster preparedness.

Understanding Oil Spills

Oil spills occur when crude oil or refined petroleum products are accidentally released into the environment. They can result from tanker accidents, drilling rig malfunctions, pipeline leaks, or natural disasters. The impact of oil spills is far-reaching, affecting marine life, coastal habitats, and human communities reliant on these ecosystems.

Cleanup Efforts: Methods and Technologies

  1. 1) Containment and Skimming

    • -Booms: These floating barriers are deployed to contain the spread of oil, preventing it from reaching sensitive areas.
    • -Skimmers: Devices that remove oil from the water’s surface, often used in conjunction with booms.
    •  

  2. 2) Chemical Dispersants

  3. Dispersants break down the oil into smaller droplets, allowing it to mix with water more easily and speeding up natural biodegradation processes. However, their use is controversial due to potential toxicity to marine life.

  4. 3) Bioremediation

    • This method uses microorganisms to consume and break down oil into less harmful substances. Bioremediation can be enhanced by adding nutrients to the affected area, promoting microbial growth.
    •  

  5. 4) In-situ Burning

    • Involves igniting the oil on the water’s surface to burn it off. This method is effective but can produce harmful emissions and is only suitable for certain conditions.
    •  

  6. 5) Manual Cleanup

    • Involves the physical removal of oil from shorelines and affected areas using tools and machinery. This method is labor-intensive and requires significant human resources.
    •  

  7. 6) Advanced Technologies

    • -Remote Sensing: Drones and satellites are used for monitoring spills and assessing the extent of contamination.
    • -Automated Systems: Robotics and AI-driven equipment enhance precision and efficiency in oil recovery operations.

Preparedness for Oil Spills

  1. 1) Risk Assessment and Planning

    • -Vulnerability Analysis: Identifying areas at high risk for spills based on shipping routes, oil production activities, and environmental sensitivity.
    • -Response Plans: Developing and regularly updating spill response plans that outline procedures, resources, and responsibilities.

  2.  

  3. 2)Regulations and Policies

    • Governments and international bodies establish regulations and guidelines for oil spill prevention and response. Compliance with these regulations is crucial for reducing spill incidents and ensuring prompt action when spills occur.

  4.  

  5. 3)Training and Drills

    • Regular training programs and simulation drills for responders ensure readiness and effective coordination during actual spill events. These exercises help identify gaps in response strategies and improve overall preparedness.

  6.  

  7. 4)Community Involvement

    • Engaging local communities in preparedness efforts enhances resilience. Public awareness campaigns, volunteer programs, and local response teams play a significant role in mitigating the impacts of oil spills.

  8.  

  9. 5)Research and Development

    • Continuous research into new technologies and methods for spill detection, containment, and cleanup is vital. Innovations in this field can significantly improve response times and effectiveness.

Case Studies

1) Deepwater Horizon (2010)

  • One of the largest marine oil spills in history, this disaster underscored the need for robust preparedness and response strategies. Cleanup efforts included the use of booms, skimmers, dispersants, and a massive manual cleanup operation.
  •  

  • 2)Exxon Valdez (1989)

    • This spill led to significant changes in regulations and spill response planning in the United States. The cleanup involved bioremediation, manual removal, and extensive environmental monitoring.

Singapore Oil Spill Response

On Friday (Jun 14), Singapore, known as one of the cleanest cities, faced a significant environmental challenge due to an oil spill incident. The incident occurred when the Netherlands-flagged dredger Vox Maxima collided with the Singapore-flagged bunker vessel Marine Honour at Pasir Panjang Terminal, resulting in the rupture of one of Marine Honour’s oil cargo tanks and the release of approximately 400 tonnes of low-sulphur fuel into the sea. As a response to such incidents, Singapore has robust mechanisms and resources in place.

Response Mechanisms and Policies

Singapore’s response to oil spills is governed by comprehensive policies and supported by both governmental and private sector initiatives:

  • Regional & Bilateral Agreements: Singapore collaborates with neighboring countries like Indonesia and Malaysia under the Revolving Fund Committee (RFC) for joint oil spill response efforts in the Straits of Malacca and Singapore.

  • Regional Oil Spill Contingency Plan (ROSCP): Developed under the ASEAN Cooperation Mechanism for Joint Oil Spill Preparedness and Response, ROSCP facilitates mutual support among ASEAN Member States during oil spill incidents.

  • Response Policy: The Maritime and Port Authority of Singapore (MPA) employs dispersants as the primary response method when practical and beneficial for environmental protection. Dispersants used must be approved by the MPA, and detailed information is available on their website.

Equipment and Resources

Both governmental and private entities in Singapore maintain extensive resources for oil spill response:

  • Government: The MPA manages anti-pollution vessels, booms, skimmers, portable storage, and dispersant spraying systems. It also mobilizes resources from private companies as needed.

  • Private Sector: Operating oil companies are required to stockpile oil combating equipment, including dispersants, spraying vessels, pumps, booms, skimmers, and communication sets, which can be deployed during emergencies.

  • Singapore Oil Spill Response Centre (SOSRC): A private company specializing in oil spill cleanup, SOSRC maintains a stockpile of anti-pollution equipment, including dispersants, to support swift and effective response operations.

  • Oil Spill Response Limited (OSRL): OSRL, an industry cooperative, has established a significant stockpile of air-transportable equipment at Loyang in Singapore. This includes aerial spraying systems, pollution combating catamarans, and containment & recovery packages for offshore and inshore responses across the Asia-Pacific region.

In conclusion, Singapore’s proactive approach and extensive resources underline its commitment to swiftly and effectively respond to oil spill incidents, safeguarding its marine and coastal environments. The collaboration between governmental agencies, private entities, and regional partners ensures a coordinated and efficient response to protect Singapore’s coastal waters and biodiversity

Image by CNA, Singapore

Conclusion

Effective oil spill cleanup and disaster preparedness are critical to minimizing environmental damage and protecting marine and coastal ecosystems. Continuous improvements in technology, comprehensive planning, stringent regulations, and community involvement are key components in the ongoing battle against oil spill disasters. By learning from past incidents and investing in future innovations, we can better safeguard our planet’s precious resources.

Comprehensive Oil Spill Response Equipment by SHM Shipcare, Malaysia

 

The frequent occurrence of Oil Spill, it was necessary to come up with options when this disaster strikes. The severity of this was far more advanced because Oil Spills take years to clear up. But nature has its own way of healing. The heavy oil droplets sink below water, breakdown and are taken care of by the salt water and wind. Oil ingesting bacteria over the time, consume the oil in the water breaking down the hydrocarbons, allowing them to get evaporated in sunlight.

Use of tools and techniques like Oil dispersants, containment domes immediately after the spillage could serve as a ray of hope to the marine habitat. Oil Spill kits like the ones by SHM, offer tools for an immediate response to combat the spread of spillage. Below are the list of equipment that we offer to tackle oil spill containment and clean up:

1) Oil Dispersant Application Systems

2) Fire Resistant Containment Boom

3) Oil Spill Containment Boom

4) Boom Vanes

5) Oil Skimmers

6) Portable Incinerators

7) Portable Oil Storage Tanks

8) Oil Pumps

9) Hydraulic Power Packs

10) Oil Spill Response Trailers & Containers

11) Industrial Vacuum Systems

12) Oil Spill Response Boats

13) Oil Absorbent Booms & Pads

Join SHM Shipcare’s Beach Clean-Up Activity on June 28, 2024!

SHM Shipcare Malaysia invites you to join our beach clean-up activity on June 28, 2024. As part of our commitment to environmental stewardship and community involvement, we’re organizing this initiative to help restore and protect our coastal ecosystems from the impact of oil spills and marine debris.

Event Details:

  • Date: June 28, 2024
  • Time: 9:30 am- 11:30 am
  • Location: Pantai Bahru Tanjung Harapan, Port Klang
  • Activities: Participate in cleaning up beaches affected by oil spills and marine litter. Learn about our oil spill response equipment and techniques used to safeguard marine habitats.
  •  

Why Join Us?

  • Contribute to environmental conservation efforts.
  • Learn about the importance of oil spill response and cleanup techniques.
  • Make a positive impact on our local marine ecosystems.
  • Meet like-minded individuals passionate about environmental sustainability.

Let’s work together to protect our oceans and coastal areas. Join SHM Shipcare Malaysia on June 28th and be a part of our efforts to preserve our natural heritage for future generations.

For more information and to register, contact us at Ph. +60 333 23 5253. 

Together, we can make a difference!

Author- Mr. Avnish Sharma, General Manager, SHM Shipcare SE Asia

For more such informative blogs on Maritime and Maritime Safety, practices, services & equipment, visit us at:

www.shmgroup.com.my| malaysia@shmgroup.com | Ph. +60 333 23 5253

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Navigating Maritime Safety: The Evolution and Vital Role of Inflatable Liferafts

Posted on by SHM Admin

Navigating Maritime Safety: The Evolution and Vital Role of Inflatable Liferafts

The Critical Role of Inflatable Liferafts

In the ever-evolving landscape of maritime safety, certain tools stand out as indispensable assets. Among these, inflatable liferafts hold a pivotal position, serving as a lifeline in the face of adversity on the open sea.  From their inception to the present day, Inflatable liferafts have undergone remarkable advancements, ensuring they remain reliable and effective in emergencies. Grateful to Peter Markus who often credited with inventing the first modern inflatable liferaft in the early 20th century. Markus, a German engineer, developed an inflatable rubber raft that was used by German naval forces during World War II.

As maritime safety regulations evolved, inflatable liferafts became subject to international standards and requirements to ensure their reliability and performance in emergency situations. Organizations like the International Maritime Organization (IMO) and national maritime authorities established regulations for the design, construction, testing, and servicing of liferafts to enhance maritime safety.

The evolution of inflatable liferafts continues with ongoing research and development efforts aimed at further enhancing their safety, reliability, and performance. Innovations in materials, design, and technology, coupled with lessons learned from maritime incidents, contribute to the continuous improvement of liferafts as vital life-saving appliances at sea.

Inflatable liferafts are crucial safety equipment aboard ships and aircraft, designed to provide emergency evacuation and survival capability in case of disaster or distress at sea or in remote areas. Their significance lies in their ability to accommodate a large number of people while being compact and lightweight for storage. Inflatable liferafts are equipped with essentials like survival kits, signaling devices, and often have protective canopies to shield occupants from the elements. They ensure that in emergencies, individuals have a means to stay afloat, protected, and visible for potential rescue operations, enhancing overall maritime and aviation safety protocols.

Types of inflatable liferafts:

Throw Over Board Inflatable Liferafts:

  • Design: These throw-over type self-inflating life raftsare intended to be thrown into the water by hand.
  • Activation:Automatically inflates upon immersion or can be manually activated.
  • Use:Smaller vessels with limited deck space are more likely to have this.
  •  
  • Davit Launch Inflatable Liferafts:
  • Design: The davit launched inflatable liferafts are Installed on the ship’s deck in a cradle and launched using davit systems.
  • Activation: Can be launched manually or hydrostatically.
  • Use:Common on larger vessels where deck space is at a premium or for vessels adhering to specific safety regulations.
  •  
  • Open Reversible Inflatable liferafts:
  • Design: The open reversible type of liferaftopens top allowing for easy boarding from the water.
  • Capacity: Allows for a larger number of people, allowing for faster and more efficient evacuation.
  • Use: Suitable for calm sea conditions and scenarios requiring rapid deployment.
  •  
  • Self-Righting Inflatable Liferafts:

Design: The life rafts Include a self-righting mechanism to keep the raft upright in the water.

Stability: Increased stability in rough seas, lowering the risk of capsize.

Use: Ideal for vessels navigating in unpredictable and difficult waters.

Several factors should be considered to ensure that the chosen life raft is well-suited to the vessel’s specific needs and conditions. Ex: Vessel Type & Size, Occupancy Capacity, Operation environment, Regulatory Compliance, Deployment method, Stowage space & height etc. The evolution of inflatable life rafts demonstrates the industry’s commitment to improving maritime safety. Choosing the best inflatable life raft requires careful consideration of vessel specifications, operating conditions, and safety regulations. As technology continues to advance, the development of innovative features and designs in inflatable liferafts will undoubtedly contribute to higher standards of safety and increased chances of survival in emergency situations at sea.

Conclusion

As we navigate the vast oceans and challenging waters of maritime operations, inflatable liferafts remain steadfast as essential guardians of safety. From their humble beginnings to today’s sophisticated designs, these liferafts symbolize resilience and innovation in protecting lives at sea. As technology continues to advance and regulations evolve, their role in safeguarding maritime communities worldwide only grows more critical. Let us continue to prioritize safety, embrace technological advancements, and honor the enduring legacy of inflatable liferafts as they continue to save lives and uphold the highest standards of maritime safety.

SHM Shipcare Malaysia: Comprehensive Liferaft Sales, Services, and Rentals

SHM Shipcare, Malaysia offers sales, services, service exchange and rentals for liferafts of all capacities, approved by all classification societies, namely, ABS, NK, LR, DNV, BV, CCS, KR, RINA, IRS, etc. Our service stations are approved for servicing liferafts of various makers, not limited to CSM, Haining, Cunhong, etc.

Author- Mr. P.S.Bhogal, Sr. Sales Manager- Maritime & Offshore safety, SHM Shipcare SE Asia

For more such informative blogs on Maritime and Maritime Safety, practices, services & equipment, visit us at:

www.shmgroup.com.my| malaysia@shmgroup.com | Ph. +60 333 23 5253

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