Technology Division Zener Group

Technology Division

Engineering Solutions Division Zener Group

Engineering Solutions Division

Turnkey Project Management Zener Group

Turnkey Project Management

Inspection, Survey, Docking Zener Group

Inspection, Survey, Docking

Technical Support Services Zener Group

Technical Support Services

Pre-purchase inspection:&nbsp;Pre-purchase inspections on behalf of owners covering all types of vessels&nbsp;&nbsp;We carry out these inspections globally, from our key port locations&nbsp;&nbsp;Comprehensive vessel inspection covering cargo systems, machinery, ballast, accommodation, safety, manoeuvring, hull.&nbsp;&nbsp;( The inspections are all-encompassing, focusing on any specific requirements from the client. Such as cargo systems, cargo tanks, ballast systems, mooring systems, machinery spaces, cargo lifting equipment)&nbsp;&nbsp;&nbsp;Sea Trials:&nbsp;Owner’s representative for vessel sea trials, new building, after dry-dock, after major conversions, all relevant data taken as per class and regulation requirements&nbsp;&nbsp;All relevant data captured are consolidated, and presented in a professional and easy-to-read report.&nbsp;&nbsp;&nbsp;&nbsp;Annual technical inspection:&nbsp;As per owner’s in-house QA system, or Zener’s own in-house inspection regime, superintendents annual inspection carried out. This can be tailored to the owner’s specific requirements.&nbsp;&nbsp;&nbsp;Owner's representation services:&nbsp;Experienced supervision specialists for:&nbsp;&nbsp;<ol><li>For new buildings site teams,&nbsp;&nbsp;</li><li>Dry dock supervision, mechanical, electrical and control equipment&nbsp;&nbsp;</li><li>Project management for conversions, lay-up, reactivation,&nbsp;&nbsp;</li><li>Project Management for in-service sea repairs (including costing and risk assessment)&nbsp;&nbsp;</li><li>Supervision coating repairs. (Hull, Decks, superstructures, cargo spaces and ballast tanks)&nbsp;</li><li>Vessel hand-over inspections for buyer or seller&nbsp;</li></ol>&nbsp;Pre-docking inspection, services and budget estimation services :&nbsp;Condition Assessment Survey (add hotlink to CAS page) New building supervision (including FAT/HAT/SAT) :&nbsp;Factory, harbour, sea acceptance tests&nbsp;&nbsp;Asset Inventory Control:&nbsp;Inventory check of all spares onboard vessels, both statutory and critical ensuring safe levels of spare parts for efficient and safe operation&nbsp;&nbsp;

Remote Inspection with Smart glasses Zener Group

Remote Inspection with Smart glasses

Zener has pioneered the work of optimizing traditional technologies for remote inspection with Rope access and combined it with the latest technologies like UAV's as well as smart wearables.&nbsp;&nbsp;Combining the traditional with newer technologies, we genuinely believe that the work we are doing today will change the way the maritime and offshore industry implements their inspection and survey mandates.&nbsp;&nbsp;This will pave the way for a more robust, safer and cost effective environment to carry out surveys.&nbsp;

Hull Roughness Survey Zener Group

Hull Roughness Survey

What is Hull Roughness ?The roughness of the underwater part of the hull plays an important role in vessel performance. Additional friction drag and resistance caused by roughened coated surface due to fouling, corrosion, pitting and structural alignment will adversely impact the speed and fuel consumption thereby emissions. How can Hull Roughness be measured ?Hull Roughness is measured using a Hull Roughness Analyzer before Launching (for NB) to create the baseline, thereafter during docking before paint application and after paint application.This is to be measured over port and starboard side boot topping area, side bottom area and flat bottom area. What are the areas to be measured ?Hull Roughness is measured for the underwater part of the Hull. What is the output client receives after survey ?After Hull Roughness, Zener will generate a report with AHR to validate the additional frictional drag due to roughness. Additional roughness can be calculated. This can be helpful in evaluating the surface roughness to plot histograms of MHR for comparing surveys before and after re-coating application. What is the ZENER Advantage?Hull Roughness Survey will help Ship Owners and Ship Managers to compare the AHR with the baseline and thereby monitor efficiency. Increased hull roughness can cause drag, therefore increases ship resistance which will impact speed and fuel consumption. Zener team can carry out the service at drydocking before and after coating. Measurements after drydocking will help Owners validate the paint specification achieved by the yard. The service is best started at NB delivery where the Baseline is confirmed and can be used throughout the life of the vessel. Measurements after the drydocking could help to keep a check on the quality of the work achieved at the shipyard - proper maintenance and correct application of high-end anti-fouling coatings.

Drone Based Solutions Zener Group

Drone Based Solutions

Using Drones for Inspections&nbsp;Using drones for industrial inspections has become increasingly popular and advantageous in recent years. Drones, also known as unmanned aerial vehicles (UAVs), offer numerous benefits for conducting inspections in various industrial sectors. Here's a breakdown of how drones are utilized for industrial inspections:&nbsp;1. Cost-Efficiency: Traditional industrial inspections often involve significant labor costs, equipment expenses, and potential downtime. Drones can significantly reduce these costs by streamlining the inspection process, requiring fewer personnel, and minimizing equipment requirements.&nbsp;2. Safety: Many industrial environments are hazardous for human inspectors due to factors like height, confined spaces, toxic gases, and more. Drones eliminate the need for workers to enter dangerous areas, thus reducing the risk of accidents and injuries.&nbsp;3. Accessibility: Drones can reach areas that are difficult or dangerous for humans to access, such as tall structures, remote sites, or areas with limited maneuverability. This ability enhances the comprehensiveness of inspections.&nbsp;4. Speed and Efficiency: Drones can rapidly cover large areas and provide real-time data. This efficiency accelerates the inspection process and allows for quicker decision-making based on the collected data.&nbsp;5. Data Accuracy: Drones are equipped with various sensors, cameras, and other data collection devices that can capture high-resolution images, videos, and sensor data. This accurate data can be used to identify defects, assess structural integrity, and monitor equipment health.&nbsp;6. Data Analysis and Reporting: Advanced software can process the collected data and generate detailed reports, maps, 3D models, and other visual representations. These analyses aid in identifying potential issues, tracking changes over time, and making informed maintenance decisions.&nbsp;7. Preventive Maintenance: Regular drone inspections can help identify potential issues before they escalate into major problems. This proactive approach to maintenance can extend the lifespan of equipment, reduce downtime, and improve overall operational efficiency.&nbsp;8. Environmental Impact: Drones consume less energy compared to traditional inspection methods that involve heavy equipment or vehicles. This reduced energy consumption contributes to a smaller carbon footprint.&nbsp;9. Flexibility and Adaptability: Drones can be equipped with different payloads and sensors to suit specific inspection needs, whether they involve visual inspections, thermal imaging, gas detection, or more.&nbsp;10. Regulatory Compliance: Using drones for inspections may align with industry regulations and standards. However, it's important to ensure that any regulatory requirements related to drone usage are met.&nbsp;Despite these advantages, there are some considerations to keep in mind when implementing drone-based industrial inspections:&nbsp;Skill and Training: Pilots and operators should be well-trained and certified to operate drones safely and effectively.&nbsp;Equipment Maintenance: Drones themselves need maintenance, and backup equipment might be necessary to prevent operational interruptions.&nbsp;Privacy and Security: Industrial sites may have sensitive information or proprietary processes that need to be safeguarded during drone inspections.&nbsp;Weather Conditions: Adverse weather conditions can impact the feasibility of drone flights and the quality of data collected.&nbsp;Data Handling: Proper procedures for data storage, analysis, and sharing should be established to ensure data integrity and compliance.&nbsp;Overall, using drones for industrial inspections offers a range of benefits that can improve safety, efficiency, and cost-effectiveness while providing accurate and actionable data for maintenance and decision-making&nbsp; Use of drones in Maritime inspections&nbsp;Drones are being increasingly utilized for ship inspections in the maritime industry, offering significant advantages over traditional inspection methods. Here's how drones are used for ship inspections:&nbsp;1. Hull Inspections: Drones equipped with high-resolution cameras and sensors can conduct thorough visual inspections of a ship's hull. This is particularly valuable for identifying corrosion, cracks, coating damage, and other structural issues. Drones can cover large areas quickly, reducing the time required for manual inspections.&nbsp;2. Tank Inspections: Confined spaces like cargo holds, ballast tanks, and fuel tanks can be challenging and hazardous for human inspectors. Drones can enter these spaces and capture detailed imagery to assess their condition, identify leaks, and detect any contamination.&nbsp;3. Structural Integrity Assessment: Drones can capture imagery and data to create 3D models of the ship's structure. This allows inspectors to identify deformations, misalignments, or areas of potential concern that might not be visible in 2D images.&nbsp;4. Coating and Paint Inspections: Drones equipped with specialized cameras can assess the condition of coatings and paint on the ship's exterior. This is essential for maintaining the ship's integrity and preventing corrosion.&nbsp;5. Propeller and Rudder Inspections: Inspecting propellers and rudders traditionally requires dry-docking, which is time-consuming and costly. Drones can provide clear visuals of these critical components, aiding in identifying damage, fouling, or wear.&nbsp;6. Emergency Response: In case of maritime incidents or accidents, drones can quickly assess the damage and conditions of the ship. This information is vital for making timely decisions regarding salvage operations, environmental protection, and crew safety.&nbsp;7. Environmental Monitoring: Drones can monitor water quality and identify any pollutants or contaminants released from the ship, helping to ensure compliance with environmental regulations.&nbsp;8. Real-time Data and Analysis: Drones can transmit real-time data to onshore inspectors, allowing them to assess the situation remotely and make immediate decisions. Advanced analytics and AI-powered image processing can assist in detecting anomalies and potential issues.&nbsp;9. Cost and Time Efficiency: Using drones for ship inspections reduces the need for dry-docking or other time-consuming methods, resulting in cost savings and reduced downtime for vessels.&nbsp;10. Safety Enhancement: Ship inspections often involve working at heights, in confined spaces, and on potentially unstable surfaces. Drones eliminate the need for human inspectors to enter hazardous areas, thus improving safety.&nbsp;It's important to note that while drones offer many benefits, there are also challenges to consider in their use for ship inspections:&nbsp;Regulations: Maritime authorities have regulations governing the use of drones in shipping. Compliance with these regulations is essential to ensure safe operations.&nbsp;Weather Conditions: Drone flights can be affected by weather conditions, particularly strong winds and heavy rain.&nbsp;Data Security: The data collected during inspections must be stored and transmitted securely to avoid any potential breaches.&nbsp;Training: Operators and inspectors need proper training to handle drones and interpret the data they provide accurately.&nbsp;Incorporating drones into ship inspection practices can result in improved efficiency, safety, and cost-effectiveness, ultimately contributing to more effective maintenance and operation of maritime vessels.&nbsp; UAV inspections&nbsp;&nbsp;Drones are the future of inspections&nbsp;UAVs are revolutionizing the inspection industry. The impact of unmanned aerial automated drone inspections is making big waves in asset management as well as in different sectors. Industries can perform inspections from a safe distance without using expensive ladders or scaffolding gear while securing life – is a priceless win. Large areas can be covered in less time as earlier which include complicated inspections.&nbsp;Why use drones for Inspections?&nbsp;<ul><li>Increases worker safety&nbsp;</li><li>Quicker turn around time&nbsp;</li><li>Live stream data to multiple locations&nbsp;</li><li>Quick and easy setup&nbsp;</li></ul> Advantages: <ul><li>Wired device with uninterrupted data flow</li><li>Live streaming of video data</li><li>Longer flight hours</li><li>Easy setup</li><li>Reduced costs and lower risks</li></ul>

IHM & Ship recycling Zener Group

IHM & Ship recycling

Zener IHM&nbsp;&nbsp;&nbsp;Zener has carried out IHM services for over 400 vessels which includes processes and activities related to the preparation of IHM part I, II, III, maintenance, and verification of the Inventory of Hazardous Materials for ships. The IHM is a critical document that identifies and lists all hazardous materials present on board a vessel, including substances that could pose a risk to human health or the environment.&nbsp;&nbsp;The purpose of IHM services is to ensure compliance with international regulations related to hazardous materials on ships, primarily the Hong Kong International Convention for the Safe and Environmentally Sound Recycling of Ships (Hong Kong Convention) and the European Union Ship Recycling Regulation (EU SRR). Ships are required to have a valid IHM and a Statement of Compliance (SoC) to demonstrate their compliance with these regulations.&nbsp;&nbsp;The IHM is especially crucial for ships approaching the end of their operational life and considering green ship recycling. It provides essential information for safe and environmentally sound ship recycling planning.&nbsp;&nbsp;By having a comprehensive and up to date IHM, shipowners, operators, and recyclers can effectively manage hazardous materials on board, minimize risks to workers, and reduce environmental impacts during the ship's lifecycle, including its eventual recycling.&nbsp;&nbsp;Zener Green ship recycling&nbsp;&nbsp;&nbsp;Green ship recycling compliance monitoring involves overseeing and ensuring that the dismantling and recycling of ships at the end of their operational life are carried out in an environmentally sound and socially responsible manner. The goal is to minimize the negative impact on human health and the environment while maximising the recycling and reuse of materials.&nbsp;&nbsp;&nbsp;Zener’s compliance monitoring involves ensuring that the ship recycling facility complies with all applicable local, national, and international environmental regulations. These include regulations related to waste management, hazardous materials handling, air and water pollution, and the protection of sensitive ecosystems.&nbsp;&nbsp;The well-being of workers involved in ship recycling is a priority. Zener ensures that workers have proper training, personal protective equipment (PPE), and work in safe conditions. It also involves monitoring and enforcing occupational health and safety standards at the recycling facility.&nbsp;&nbsp;Ships contain hazardous materials such as asbestos, lead, mercury, PCBs, and various chemicals. Zener ensures that these materials are identified, safely removed, and properly disposed of or treated according to relevant regulations.&nbsp; Proper documentation and tracking of recycled materials are essential. Zener ensures that the materials are appropriately reused or recycled and that they do not end up in unauthorized or environmentally harmful destinations.&nbsp;&nbsp;Zener ensures that the social standards and fair labor practices are being met by the recycling facility towards its workers. This includes monitoring working conditions, fair wages, and workers' rights.&nbsp;&nbsp;Zener verifies that the recycling facility has adequate emergency plans and response measures in place to address potential accidents or spills.&nbsp;&nbsp;&nbsp;Zener is continously evaluating the effectiveness of the recycling processes and identifying areas for improvement to enhance overall environmental performance.&nbsp;&nbsp;Overall, green ship recycling compliance monitoring is crucial to ensure that ship recycling practices are aligned with environmental and social sustainability standards, promoting responsible and ethical ship recycling practices.&nbsp;&nbsp;

Rope Access Solution Zener Group

Rope Access Solution

Zener Rope Access Solutions&nbsp;&nbsp;Zener makes use of specialized rope access techniques to perform various tasks such as NDT, &amp; inspections, for difficult-to-reach areas of the vessel. Rope access is known for its safety, efficiency, and cost-effectiveness when compared to traditional access methods like scaffolding or cranes.&nbsp;&nbsp;Our IRATA certified Rope access technicians can conduct visual inspections of the ship's hull, superstructure, and other components. This includes assessing the condition of coatings, welds, and other critical structural elements.&nbsp;&nbsp;We can carry out NDT inspections on various ship components without the need for extensive scaffolding or disassembly. This ensures that the side shell frames and other hard to reach areas are inspected prior to your asset reaching the dry dock.&nbsp;&nbsp;&nbsp;Benefits of using rope access solutions:&nbsp;&nbsp;Safety: Rope access techniques are designed to be safe, with technicians securely attached to ropes and harnesses, minimizing the risk of falls and accidents.&nbsp;&nbsp;Reduced Cost: Rope access can be more cost-effective than other access methods, as it requires minimal equipment and setup time compared to scaffolding or cranes.&nbsp;&nbsp;Minimal Disruption: Rope access allows work to be carried out without obstructing other ship operations, reducing downtime.&nbsp;&nbsp;Versatility: Rope access is highly versatile and can be adapted to various ship types and structures.&nbsp;

Noise Measurement Survey Zener group

Noise Measurement Survey

Keeping noise levels in check in accordance with IMO’s regulations, detecting any abnormalities and providing soundly advise for your immediate review, in the same attendance along with our core service deliverables&nbsp;

Hatch Cover Weather Tightness Checks Zener Group

Hatch Cover Weather Tightness Checks

Safeguard your Cargo hold by performing a rapid and effective evaluation of hatch covers and door seals to determine water leaks and weather tightness integrity&nbsp;<ul><li>We perform ultrasonic testing checks on the weather-tightness integrity of hatch covers, generating measurable results, giving you peace of mind&nbsp;</li><li>Our team of highly professional, skilled and qualified engineers have the expertise and experience to conduct a proper inspection&nbsp;&nbsp;</li><li>Suitable for Cargo hatch covers, water tight doors/seals, hold access covers&nbsp;</li><li>Be in good standing with various stakeholders and P&amp;I clubs&nbsp;</li></ul>

Line Scanning Pipelines Zener Group

Line Scanning Pipelines

Our elaborative Line Scanning solutions employs state of the art equipment using ultrasound technology to determine the integrity of your pipelines and detect diminution&nbsp;&nbsp;<ul><li>Get an accurate understanding of pipe thickness profile in 2D space, with linear and circumferential scans (Internal and external thickness)&nbsp;</li><li>Ascertain wall thickness with uniform detection of internal corrosion and pitting&nbsp;</li><li>Performed when vessel in operation (no disruption)&nbsp;</li><li>Continuous probe sequential scan for comprehensive readings, suitable for most pipe sizes&nbsp;</li><li>Powerful software for data analysis with report generation&nbsp;</li></ul>

Vibrational Analysis & InfraRedThermography

Vibrational Analysis & InfraRedThermography Zener Group

Vibration Analysis:&nbsp;&nbsp;The regular condition monitoring you need for all your essential motors (pumps, drives, gearboxes, compressors), generators (freshwater and pump room), auxillary engines and generators.&nbsp;&nbsp;Have that Peace Of Mind by preventing impending failures or degradation with this assessment and allow for timely maintenance or replacements.&nbsp;&nbsp;We check the health and performance by analysing vibration signatures for abnormalities w.r.t permissible ranges, detecting:&nbsp;<ul><li>Imbalances&nbsp;&nbsp;</li><li>Looseness&nbsp;&nbsp;</li><li>Misalignments&nbsp;&nbsp;</li><li>Bearing failures&nbsp;&nbsp;</li><li>Coupling problems&nbsp;</li></ul>We can provide diagnosis and severity scale clearly indicating the timeframe for attendance. Benefits include:&nbsp;<ul><li>Predictability&nbsp;</li><li>Safety&nbsp;</li><li>Revenue&nbsp;</li><li>Increased maintenance intervals&nbsp;</li><li>Reliability&nbsp;</li></ul>Integrate data with our Infrared Thermography services for a holistic inspection in the same attendance.&nbsp;&nbsp; Infrared Thermography&nbsp;&nbsp;Highly recommended for checking and ensuring the operational normalcy of your electrical panels (Main switch board, emergency switch board, alternator sub switch board, distribution boards in ECR), for early detection of abnormalities by analysing heat signatures falling within permissible range.&nbsp;&nbsp;<ul><li>Fast and effective diagnosis&nbsp;</li><li>Prevent the unwanted occurrence of plastic heating, leading to fires hazards&nbsp;</li><li>Prevent costly equipment failure and reduce downtime&nbsp;</li><li>Utilize for membrane leak test in LNG Tanks&nbsp;</li><li>Improve risk management in a non-invasive manner&nbsp;</li><li>Cost effective with competitive pricing&nbsp;</li></ul>Integrate data with our Vibrational Analysis for a holistic assessment in the same attendance. At Zener AMritime Solutions&nbsp;we specialize in providing state-of-the-art solutions for condition-based monitoring tailored specifically for ships. With our expertise in Vibration Analysis and Thermography, we help shipowners and operators maintain the integrity and reliability of their vessels, ultimately enhancing safety, reducing downtime, and optimizing operational efficiency. Explore our services below to see how we can support your maritime operations.&nbsp;&nbsp;Why Choose Vibration Analysis and Thermography for Ships?&nbsp;&nbsp;1. Early Detection of Issues&nbsp;&nbsp;&nbsp;- Vibration Analysis and Thermography allow for early detection of mechanical, electrical, or thermal problems on board ships. Identifying issues in their infancy enables proactive maintenance and avoids critical failures at sea. All critical pumps like SW cooling Pumps, Lube Oil Pumps Etc can be monitored on a regular basis for any deviation in their parameter to deduce any deffects in the machine.&nbsp;&nbsp;2. Cost Savings&nbsp;&nbsp;&nbsp;- By addressing potential problems early, you can significantly reduce repair costs, minimize unplanned downtime, and extend the lifespan of your ship's critical components and machinery. If machinery are allowed to run to failures it may casue additional damages increasing the repair cost. If the Machine are opened / repaiered without actual defects like in periodic maintenance case this will unnecessarily increase operating cost of the machine. Condition based monitoring will give optimum repair requirements reducing down time and cost of spare parts.&nbsp;&nbsp;3. Enhanced Safety&nbsp;&nbsp;&nbsp;- Safety is paramount in maritime operations. Vibration Analysis and Thermography help identify potential hazards related to equipment malfunction or structural integrity, ensuring the safety of your crew and vessel.&nbsp;&nbsp;4. Improved Operational Efficiency&nbsp;&nbsp;&nbsp;- Regular monitoring and analysis of ship systems lead to improved operational efficiency. With our services, you can schedule maintenance during port calls or planned downtime, minimizing disruptions to your voyage.&nbsp;&nbsp;Our Specialized Services for Ships&nbsp;&nbsp;1. Vibration Analysis&nbsp;&nbsp;&nbsp;- Our certified technicians are experts in shipboard vibration analysis. We employ advanced equipment to measure and analyze vibrations in your vessel's machinery, including engines, propulsion systems, and auxiliary equipment. We help you identify abnormal patterns and take preventive actions. We use advanced vibrational analyser for measuring data accurately and use FFT analysis for pindown the problems in the machine.&nbsp;&nbsp;2. Thermography&nbsp;&nbsp;&nbsp;- Our thermography services are specifically tailored for ships. We utilize infrared imaging technology to detect temperature irregularities in critical ship components such as electrical systems, engine parts, and hull structures, ensuring the integrity of your vessel.&nbsp;&nbsp;3. Condition Monitoring Program Development&nbsp;&nbsp;&nbsp;- We collaborate closely with your maritime team to develop a customized condition monitoring program. Our experts help you choose the right sensors, establish data collection systems, and create maintenance strategies that align with your sailing schedule.&nbsp;&nbsp;4. Data Analysis and Reporting&nbsp;&nbsp;&nbsp;- We provide in-depth data analysis and reporting, translating raw data into actionable insights. Our reports include recommendations for maintenance or repairs, enabling you to make informed decisions that support the smooth operation of your ship.&nbsp;&nbsp;5. Training and Support&nbsp;&nbsp;&nbsp;- We offer comprehensive training programs to equip your crew with the knowledge and skills required for in-house monitoring and analysis. Our ongoing support ensures you achieve maximum benefits from your ship's condition-based monitoring efforts.&nbsp;&nbsp;Elevate the reliability and safety of your maritime operations with Vibration Analysis and Thermography tailored for ships. At Zener Maritime Solutions , we are dedicated to helping you optimize vessel performance, reduce operational costs, and enhance the safety of your crew and cargo.&nbsp;

Advanced NDT ( Phased Array ) Zener Group

Advanced NDT ( Phased Array )

Advanced Non-Destructive Testing (NDT) techniques like Phased Array Ultrasonic Testing (PAUT) have found valuable applications in maritime inspections for assessing the integrity of ship structures, pipelines, and other critical components. Here are some ways in which advanced NDT, specifically phased array, is being used in maritime inspections:&nbsp;<ul><li>Weld Inspections: Phased array technology is used to inspect welds in ship hulls, pipelines, and other maritime structures. It provides a detailed view of weld quality, including the detection of defects such as cracks, lack of fusion, and porosity. PAUT can quickly scan large areas, making it efficient for inspecting long weld seams found in ship construction.&nbsp;</li><li>Corrosion Assessment: PAUT can be used to evaluate the thickness of materials, helping to identify areas of corrosion or thinning in the ship's structure. This is crucial for maintaining the structural integrity of vessels and ensuring they meet safety standards.&nbsp;</li><li>Bolt and Fastener Inspections: Fasteners, bolts, and other critical connections in maritime structures can be inspected using phased array technology to check for wear, corrosion, or other defects that may compromise their integrity.&nbsp;</li><li>Detection of Hidden Flaws: PAUT can detect hidden flaws within ship structures, including those located beneath protective coatings or insulation. This allows for early detection of potential problems before they become serious safety concerns.&nbsp;</li><li>Composite Material Inspections: In modern shipbuilding, composite materials are increasingly used due to their lightweight and corrosion-resistant properties. PAUT can be applied to assess the quality and integrity of composite materials, ensuring they meet required standards.&nbsp;</li><li>Tank Inspections: For cargo and ballast tanks in ships, phased array technology can be used to inspect the interior for corrosion, pitting, and other defects. This is vital for maintaining the integrity of tanks and preventing leakage or contamination.&nbsp;</li><li>Underwater Inspections: Phased array technology can be adapted for underwater inspections of submerged ship components, such as propellers, rudders, and hulls. It allows for the assessment of structural integrity without the need for dry-docking.&nbsp;</li><li>Data Integration: Advanced NDT techniques like PAUT can integrate with other inspection technologies, such as digital radiography or laser scanning, to provide a comprehensive assessment of maritime structures and components.&nbsp;</li><li>Reduced Downtime: The efficiency and speed of phased array inspections reduce the downtime required for inspections, which is crucial for vessels that need to stay operational as much as possible.&nbsp;</li><li>Documentation and Record Keeping: Advanced NDT techniques allow for the capture of detailed inspection data, including images and measurements. This data can be used for documentation, tracking the condition of maritime assets over time, and planning maintenance and repairs.&nbsp;</li></ul>In summary, advanced NDT techniques like phased array ultrasonic testing play a vital role in ensuring the safety, reliability, and longevity of maritime structures and vessels. They enable thorough inspections, early defect detection, and efficient maintenance practices in the maritime industry&nbsp;

NDT (UT Flaw, MPI, LPT) Zener group

NDT (UT Flaw, MPI, LPT)

Non-Destructive Tests&nbsp;We perform a variety of non-destructive tests/examination as required either by owners/managers and classification societies.&nbsp;&nbsp;&nbsp;These include (not limited to):&nbsp;<ul><li>Magnetic Particle Inspection&nbsp;</li><li>UT Flaw&nbsp;</li><li>Liquid Penetrant (Dye) Test&nbsp;</li></ul>

Condition Assessment Survey (CAS) Zener Group

Condition Assessment Survey (CAS)

Zener's signature inspection tool: Condition Assessment Survey (CAS).&nbsp;&nbsp;Developed as an amalgamation of best practices from the industry, our CAS survey is widely adopted by many of our esteemed clients (Ship Owners and Managers) as standard requirements with frame agreements&nbsp;Our experienced team of field engineers and technicians inspect and survey every part of your vessel and prepare an improvement plan which will stand you in good stead with charterers, oil majors, port state, flag state, class and authorities.&nbsp;&nbsp;&nbsp;Our Condition Assessment Survey [CAS] is designed to give our clients the utmost preparedness for Dry Docking, with precise specification and documentations ultimately to optimize expenses:&nbsp;<ul><li>A condition assessment of your vessels with extensive reporting catered to your needs.&nbsp;&nbsp;</li><li>Leveraged experience with in-house Naval Architects and ex Fleet Managers.&nbsp;</li><li>Thorough report with essential user-information to assist and enable our clients to plan better with greater information.&nbsp;&nbsp;</li><li>Carried out by Naval Architect in combination with UTM gives greater &amp; firm control over docking specifications, optimizing it and identifying deficiencies on structural items (corrosion, coatings, sedimentations, damages)&nbsp;</li><li>Truly a game changing reporting standard set to protect and safeguard your interest as asset managers&nbsp;</li></ul>&nbsp;Extensive scope of coverage (customizable):&nbsp;<ul><li>Deck Outffitings&nbsp;</li><li>Ballast Tank Coatings&nbsp;</li><li>Deck Pipes/clamps/supports&nbsp;</li><li>Superstructures, deck &amp; void spaces&nbsp;</li><li>Staging estimates&nbsp;</li><li>Hatch covers, securing and sealing alignments&nbsp;</li><li>Steel specification in detail&nbsp;</li></ul>&nbsp;The efficacy of this regime is proven to safe guard and save money for our clients.&nbsp;&nbsp;USP:&nbsp;<ul><li>For every dollar you spend on CAS,&nbsp;you save $10</li></ul>

Ultrasonic Thickness Measurement Zener Group

Ultrasonic Thickness Measurement

“The basis of a strong vessel docking falls heavily on the quality of Ultrasonic Thickness Measurement being carried out. “ - Dhruv Joe Singh Bhatia – Group Director, Zener Maritime Solutions&nbsp;Our core strength remains, to provide statutory and class approved inspections.&nbsp;&nbsp;We are a global leader in providing class certified thickness measurement services, along with a range of other services that have been approved by all major classification societies like ABS, BV, BKI, Class NK, CCS, DNV, IRS, KRS, Lloyds and RINA.&nbsp;&nbsp;Standing at more than 8000 implemented class surveys till date, we are unequivocally the asset integrity provider of choice for our clients globally, remaining undisputed when it comes to trust and quality of service.&nbsp;Due to this much valued trust, Zener has been able to tailor make solutions for clients, all of which suiting their pre-docking assets integration solution requirements.&nbsp;&nbsp;&nbsp;USP:&nbsp;<ul><li>Able to deploy in most parts of the world in short -notice&nbsp;</li><li>multi team multi disciplined&nbsp;</li><li>Average experience is long term&nbsp;&nbsp;</li><li>- abilty to bve able to arm ourselves greatly with data before entering yard greatly helps keeping budget in check.&nbsp;&nbsp;</li></ul>

Inspection, Survey, Docking

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Inspection, Survey, Docking

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Technology Division

Engineering Solutions Division

Turnkey Project Management

Inspection, Survey, Docking

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Zener has a huge advantage with unmatched global deployment network out of key geographies:Ningbo, Singapore, Mumbai, Dubai, Fujairah, Houston & Rotterdam

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Inspection, Survey, Docking

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© 2023 Zener Maritime Solutions. All Rights Reserved.

Zener has a huge advantage with unmatched global deployment network out of key geographies:
Ningbo, Singapore, Mumbai, Dubai, Fujairah, Houston & Rotterdam