DNV GL Digital Solutions offers a range of powerful software solutions, Safeti Offshore and Safeti Onshore, which have been specifically designed to provide vital assistance during industrial quantitative risk analysis (QRA) operations.
DNV GL is now the world’s largest ship and offshore classification society, the leading technical advisor to the global oil and gas industry, and a leading expert for the energy value chain, including renewables and energy efficiency.
DNV GL is also the world-leading provider of software for a safer, smarter and greener future in the energy, process and maritime industries. The company’s solutions support a variety of business-critical activities, including design and engineering, risk assessment, asset integrity and optimisation, QHSE, and ship management. Its worldwide presence facilitates a strong customer focus and efficient sharing of industry best practice and standards.
Holistic risk and QHSE management solution for improved performance
Synergi Life is a comprehensive, operational risk and QHSE management solution. It is currently in use in close to 200 global organisations as well as local companies. Synergi Life provides business units and the company management with all the information they need to be able to prevent unacceptable risks, share lessons they have learned, and manage corrective measures and actions.
The application provides companies with the ability to share and rollup data across complex, muli-layered organisations, allowing them to recognise trends and ensure compliance with requirements. Synergi Life reduces costs by improving the efficiency and effectiveness of the operational risk and incident management process.
DNV GL Digital Solutions
Synergi Life is a module-based solution designed to meet the demands from both reactive indicators and proactive initiatives. These modules can be used as standalone solutions or in combination of several modules that contribute to a total risk and QHSE management solution.
Complete strength assessment system for engineering of ships and offshore
Sesam covers a structure’s entire lifecycle delivering engineering software support in design, structural re-analysis systems, modifications and repair, input to the operational phase, emergency response and decommission. Using concept technologies in computer aided engineering has proven to be cost-efficient in all the design phases, since the same concept model can be used with different complexities.
GeniE is a tool for engineering and strength analysis of ships and offshore structures. Modelling, analysis and results processing are performed in the same graphical user environment which improves both productivity and quality. GeniE is unique in its ability to handle frequent and significant changes in the design process quickly and efficiently.
HydroD is the premier choice for hydrodynamic and stability analyses of ships and offshore structures. It has gained status as the market leader due to renowned efficiency and accuracy, based on decades of experience in the industry. DNV Software has developed HydroD to help naval architects and engineers become more productive, while simultaneously delivering even higher quality analyses.
DeepC is a proven solution for deepwater floating systems, marine operations and SURF (subsea, umbilical, riser, flowline) analysis. It is known in the offshore oil and gas industry for its efficiency, speed and accuracy, with the mooring and riser systems of many recently installed platforms having been designed and/or verified using the software.
Asset integrity management software
DNV GL Digital Solutions offers comprehensive asset integrity software, to manage and track the condition of fixed and floating offshore structures, ship hulls, onshore and offshore pipelines and static process equipment. Our risk dashboard provides an unrivalled overview of your asset during its lifecycle, including documenting risk and the decision-making process, control of integrity plans, and systems that allow managers to ensure that projects deliver as planned. It offers full traceability of integrity management events and decisions.
Offshore structure integrity software
As offshore facilities are operated for decades in extremely hostile and corrosive environments, it is important that structure integrity is monitored, ensuring continuing safety and efficient operability. Sesam Structure Integrity is our software solution for managing integrity and enhancing performance of offshore structures. The 3D model viewer and the unique interface to Sesam for strength assessment ensure fast and cost-effective execution of re-analysis and life-extension projects.
With Sesam Structure Integrity our customers are able to collect and organise information about their assets, particularly the knowledge of asset integrity status. Knowing the integrity of your assets is a prerequisite for safe and secure operations.
Asset condition-monitoring software for the offshore industry
Documenting and tracking risk decisions are essential to companies. Synergi Pipeline uses the risk matrix and best engineering concepts to enforce company policies and uniform conduct of work. The software enables safe and efficient pipeline integrity management, operations, documents risk, and gives a clear overview of the integrity of pipelines, components and tanks.
Synergi Pipeline manages integrity and risk of the entire infrastructure of pipelines and facilities (using RBI), and is equally fit for transport lines, in-field installations, transmission lines and flowlines. Synergi Pipeline is used by customers operating complete oil infrastructures from well to downstream terminal and gas transportation networks, onshore as well as offshore.
Integrity decision makers can manage, track and act based on real-time situation map, risk matrix and risk ranking. Users can easily track hotspots, predict corrosion and plan inspections, maintenance and renewal activities. Synergi Pipeline offers continuous risk documentation with full traceability of integrity decisions.
Integrate risk and reliability analysis into your plant lifecycle
By understanding the risks and production pattern of your process plant or offshore unit, you can make effective decisions to design and operate your asset in the best manner for improved safety and performance.
Consequence and quantitative risk analysis
Phast and Safeti provide a complete, integrated software platform for quantified risk analysis of process plants. It comprises of Phast’s validated consequence modelling of discharge, dispersion and flammable, explosive and toxic effects. Safeti combines these with population, ignition, transportation routes, weather probabilities and an array of vulnerability capabilities. Safeti software package allows the analyst to measure and then manage risks arising from process plant hazards at all stages of a plant’s lifecycle from conceptual design through to decommissioning.
Advanced reliability, availability and maintainability
Reliability, availability and maintainability (RAM) analysis is a crucial tool in designing and analysing the performance of your operations. Maros and Taro are software tools specifically designed to meet the needs of the oil and gas industry. This allows you to model even the most complex process system and to see clearly what is required to improve its performance.
As a general purpose systems design tool it is currently used in a wide range of applications including chemicals, manufacturing, power generation and distribution.
WOAD is a repository of information on accidents occurring in the offshore oil and gas industry. The initiative to start collecting this information began in the mid-1970s.
The oil and gas industry has historically relied on two primary approaches to health and safety incident management, namely proactive strategies that are implemented before the commencement of activities and reactive steps taken after operations are completed.
The calculation of risks associated with hydrocarbon loss of containment incidents is a problem, which has been analyzed using models of varying complexity.
The purpose of this presentation is to illustrate how the industry can use the process of compliance with one particular piece of legislation, the Seveso directives (the most recent being Seveso III), as a stimulant to improve not only safety and environmental performance, but also business performance.
From modelling to time-domain analysis using Sesam.
In the design of subsea structures providing sufficient dropped object protection (DOP) is of the utmost importance in order to prevent damage to critical equipment, and to protect oil and gas pipelines from severe damage.
In the oil and gas industry the term subsea relates to the underwater exploration, development and drilling of oil and gas fields.
Simulation-driven design is widely considered the key to innovative product development.
This paper, authored by Torgeir Kirkhorn Vada of DNV Software, describes the role of a linear frequency domain analysis for offshore structures, and some of the important aspects that must be addressed when doing such an analysis.
The Liberator oil and gas field lies in block 13/23d of production licence P1987, which is situated roughly 120km off the shore of Aberdeen in the North Sea, UK.
Alexandroupolis Independent Natural Gas System (INGS) is planned to be developed approximately 17.6km south-west of Alexandroupolis in the Aegean Sea, offshore Greece.
Offshore operators need access to quantitative risk analyses (QRA) to support daily operational decisions. If the data is not presented clearly and intuitively, the operator may not take important information into account, causing uncertainties and unqualified decisions.
The demand for energy is expected to increase by more than 50% by 2050. At the International Gas Union (IGU) Forum today, DNV GL asserted that gas will play a major role in a safer, more sustainable energy supply, but is calling for the market to become more efficient.
With the new release of Synergi Water software, water network engineers can model open channel flow, providing a more efficient and timesaving design process with more accurate results.
Wah Kwong Ship Management (HK) will adopt DNV GL's ShipManager integrated fleet management software suite to further improve operational efficiency, data transparency and safety reporting.
With DNV GL's new release of Synergi Pipeline Simulator, the worldwide leader in transient flow simulation for both liquid and gas pipelines, the software has taken a leap forward. The software includes powerful new features and tools that help engineers improve pipeline designs, detect leaks, improve performance, increase efficiency and cut costs.
DNV GL Tech Talk webinar is now open for registration.
DNV GL Software is hosting a webinar video that introduces internal dynamics approaches followed by a case study of an FPSO.
When designing and modifying offshore structures, taking wind loads on equipment into account has been a complicated task for engineers.
Following the merger of DNV and GL, one leading pipeline integrity software solution will now incorporate both previous brands, DNV's Synergi Pipeline and GL Noble Denton's Uptime. The single next-generation system will be branded under the Synergi Pipeline name.
DNV GL Software is pleased to announce the release of the latest update to the worldwide offshore accident databank (WOAD).
In order to significantly reduce risk in marine operations, 'what-if' scenarios needs to be simulated, tested and evaluated thoroughly ahead of offshore handling.
In order to support organisations with one complete solution for managing operational, project and enterprise risk, DNV Software has now incorporated the risk management tool EasyRisk Manager with the Synergi Life risk and QHSE-management solution.
DNV is launching new design software for ultimate strength and fatigue analysis of offshore wind turbine structures - Sesam GeniE Wind.
Already operating in some 40 countries, Norwegian oil company Statoil has ambitious goals for further worldwide growth. And Synergi is the group's risk management system wherever it goes – regardless of geography, language or even the ability to read and write. Statoil has always had an