Our Services
EEMUA 159 Inspection
At 159 inspection services, we can offer a full turnaround inspection including NDT of the tank following EEMUA 159. We can also offer blasting, and cleaning of the tank in preparation for the inspection.
EEMUA 159 is a widely recognized guideline created by the Engineering Equipment and Materials Users Association (EEMUA) that provides recommendations for the inspection, maintenance, and repair of above-ground storage tanks (ASTs) in the petrochemical industry. This guideline is specifically focused on ASTs that store hazardous liquids such as oil, chemicals, and other substances.
EEMUA 159 inspection provides several key benefits and recommendations, including:
Safety: Regular inspections as per EEMUA 159 guidelines help ensure the structural integrity of ASTs, reducing the risk of leaks, spills, or catastrophic failures that could result in environmental damage, injuries, or even fatalities.
Compliance: Following EEMUA 159 guidelines helps companies comply with regulatory requirements related to the operation and maintenance of ASTs. This can help avoid fines and penalties for non-compliance.
Risk management: By conducting thorough inspections according to EEMUA 159, companies can identify potential issues and risks early on, allowing for timely maintenance and repairs to prevent costly incidents.
Asset integrity: EEMUA 159 inspections help maintain the integrity and longevity of ASTs, ensuring they remain operational and reliable over their intended lifespan.
Quality assurance: Following EEMUA 159 guidelines provides a structured approach to inspection, maintenance, and repair activities, helping to ensure consistency and quality in the management of AST assets.
Overall, EEMUA 159 inspection provides a comprehensive framework for the effective management of aboveground storage tanks, helping companies enhance safety, compliance, and operational efficiency in the petrochemical industry.
API 570 Inspection
API 570 is a standard published by the American Petroleum Institute (API) that provides guidelines for the inspection, repair, alteration, and rerating of in-service piping systems. The API 570 inspection standard is specifically focused on ensuring the integrity and safety of piping systems in the oil, gas, and petrochemical industries.
Here are some key aspects of what API 570 inspection provides:
Safety: API 570 inspection helps ensure the safety of piping systems by identifying and addressing potential issues that could lead to leaks, failures, or other hazards. Regular inspections help prevent accidents, protect personnel, and minimize the risk of environmental damage.
Compliance: Following API 570 guidelines helps companies comply with industry standards and regulatory requirements related to the inspection and maintenance of in-service piping systems. Compliance with these standards is essential for maintaining the integrity of piping systems and ensuring safe operations.
Risk management: API 570 inspections help identify and assess risks associated with the operation of piping systems, allowing companies to prioritize maintenance and repairs based on risk levels. This proactive approach helps prevent costly failures and downtime.
Integrity assessment: API 570 inspection provides a structured framework for assessing the integrity of piping systems, including evaluating corrosion rates, material degradation, and other factors that can affect the performance of the system. This assessment helps determine the condition of the piping and the need for maintenance or repairs.
Asset management: API 570 inspection supports effective asset management by providing guidelines for the inspection, maintenance, and repair of piping systems throughout their lifecycle. This helps companies optimize the performance and reliability of their assets while extending their operational life.
In summary, API 570 inspection provides a comprehensive framework for ensuring the integrity, safety, and reliability of in-service piping systems in the oil, gas, and petrochemical industries. By following API 570 guidelines, companies can enhance safety, compliance, and operational efficiency in their facilities.
IRATA Level 3 Rope Access
Using rope access techniques for carrying out non-destructive testing (NDT) in industrial settings offers several benefits, including:
Versatility: Rope access techniques provide access to difficult-to-reach areas of structures, equipment, or piping systems where traditional access methods like scaffolding or lifts may be impractical or costly. This versatility allows NDT inspectors to reach confined spaces or elevated locations with ease.
Efficiency: Rope access methods are typically faster to set up and execute compared to traditional access methods. This can result in quicker deployment of NDT inspections, reducing downtime for maintenance activities and minimizing disruption to ongoing operations.
Cost-effectiveness: Rope access techniques often require less equipment and setup time compared to other access methods, leading to cost savings for NDT inspections. The reduced need for scaffolding, cranes, or other access equipment can make rope access a more economical option for carrying out inspections.
Safety: Rope access systems are designed with safety as a top priority. Certified rope access technicians undergo rigorous training and adhere to strict safety protocols to ensure a safe working environment while conducting NDT inspections at heights or in challenging locations. This can help reduce the risk of accidents and injuries during inspection activities.
Minimal impact: Rope access techniques have a smaller environmental footprint compared to traditional access methods. They require less space, produce less waste, and have a lower impact on the surrounding environment. This can be beneficial for conducting NDT inspections in sensitive areas or locations where environmental considerations are important.
Accurate inspections: Rope access allows NDT inspectors to position themselves close to the surface being inspected, enabling them to perform detailed and accurate inspections. This proximity can help identify defects, corrosion, or other issues more effectively, leading to better maintenance decisions and improved asset integrity.
Overall, using rope access for carrying out non-destructive testing offers numerous advantages, including enhanced access to challenging areas, improved efficiency, cost-effectiveness, safety, minimal environmental impact, and accurate inspections. These benefits make rope access an attractive option for conducting NDT inspections in a variety of industrial settings.
Horizontal Tank Inspection
When inspecting horizontal tanks, several standards and guidelines can be referenced to ensure thorough and effective inspections. Some of the key standards that are commonly used for the inspection of horizontal tanks include:
API 653: API 653 is a standard published by the American Petroleum Institute (API) that provides guidelines for the inspection, repair, alteration, and reconstruction of aboveground storage tanks, including horizontal tanks. This standard covers a wide range of inspection requirements and methodologies to ensure the integrity and safety of storage tanks.
EEMUA 159: As mentioned earlier, EEMUA 159 is a guideline developed by the Engineering Equipment and Materials Users Association that provides recommendations for the inspection, maintenance, and repair of above-ground storage tanks. While primarily focused on vertical tanks, many of the principles and practices outlined in EEMUA 159 can also be applied to horizontal tanks.
API 575: API 575 is another API standard that provides guidelines for the inspection of atmospheric and low-pressure storage tanks. While it is not specific to horizontal tanks, the principles outlined in API 575 can be useful for conducting inspections of various types of storage tanks, including horizontal ones.
STI SP001: The Steel Tank Institute's SP001 standard provides inspection requirements for shop-fabricated above-ground tanks, including horizontal tanks. This standard covers inspection procedures, testing methods, and maintenance recommendations to ensure the safe operation of above-ground storage tanks.
ASME Section VIII, Division 1: The ASME Boiler and Pressure Vessel Code, Section VIII, Division 1, contains requirements for the design, fabrication, inspection, testing, and certification of pressure vessels, including some horizontal tanks that fall under these criteria. While this standard is more focused on pressure vessels, it can still provide valuable guidance for the inspection of certain types of horizontal tanks.
When inspecting horizontal tanks, it is essential to refer to these standards and guidelines to ensure that the inspection is conducted thoroughly, accurately, and in compliance with industry best practices. Additionally, it is important to consider any specific regulations or requirements that may apply to the particular industry or region where the tanks are located.
EEMUA 225 Inspection
EEMUA 225 provides practical, pragmatic guidance to owners and operators on all stages of the lifecycle of above ground plastic tanks. The publication fills a major gap in industry knowledge by detailing good practice in the management of these tanks which are too often viewed as 'fit and forget' items compared to steel tanks. Taking into account the specific conditions of tank usage, EEMUA 225 can help to reduce the risk of failure in service and enable the extension of service life where appropriate.
The guidance is aimed mainly at cylindrical plastic tanks being operated at atmospheric pressure or pressures above the liquid head up to 0.5 bar. It is not therefore intended for tanks that would be classed as pressure vessels under the Pressure Equipment Directive (PED), although some of its content may still be relevant and useful to users operating plastic pressure vessels in what are usually quite specific applications.
Written Scheme of Examination (WSE)
A "Written Scheme of Examination" typically refers to a document that outlines a structured plan for the periodic inspection, testing, and maintenance of pressure systems or other equipment subject to regulatory requirements. The term is often used in the context of health and safety regulations, particularly in industries where the failure of pressure systems could lead to serious accidents or hazards.
Here are a few key points regarding a Written Scheme of Examination:
Legal Requirement: In many jurisdictions, regulations require that certain types of equipment, such as pressure vessels, boilers, lifting equipment, etc., undergo regular thorough examinations by a competent person. A Written Scheme of Examination is a formal document that lays out the details of how these examinations will be conducted.
Content: A Written Scheme of Examination typically includes details such as the frequency of inspections, the scope of the examinations, the techniques and procedures to be followed, the qualifications required for the examiners, and the criteria for determining the safety and integrity of the equipment.
Risk Management: The Written Scheme of Examination is essential for managing the risks associated with the operation of high-pressure systems or other potentially hazardous equipment. By clearly defining the inspection and maintenance procedures, the scheme helps ensure that equipment is safe to operate and that risks are minimized.
Compliance and Documentation: Having a Written Scheme of Examination in place is crucial for compliance with regulatory requirements. It provides a documented record of the inspection and maintenance activities carried out, which can be reviewed by regulatory authorities to demonstrate that the equipment is being properly managed and maintained.
Safety Assurance: Ultimately, the purpose of a Written Scheme of Examination is to ensure the safety and integrity of pressure systems and other critical equipment. By following the guidelines outlined in the scheme, organizations can reduce the risk of accidents, protect the health and safety of workers, and comply with legal requirements.
In summary, a Written Scheme of Examination is a structured plan that helps organizations manage the inspection and maintenance of critical equipment, ensuring compliance with regulations and maintaining a safe working environment.