International Software Summit 2026 - Jakarta

Importance of digital safety transformation in energy sector.

• Industry trends and regulatory direction
• The urgency of digital adoption insight and lessons learned from recent local incidents  

•    Introduction to Contextual Learning and Understanding of Events (CLUE) 
•    Moving Beyond blame: Enabling a learning-oriental safey culture
•    Real-world perspectives on improving reporting and transparency 
•    Case study: Synergi Life in high risk industry operations

• Embedding a proactive, learning-driven safety mindset
• Leadership and behavioral factors in safety excellence
• Practical steps to strenghen organziational safety culture 

• How AI is transforming safety and operational decision-making
• Use cases: Predictive insights, risk identification, and prevention
• Driving cultural change through data and intelligence 

• End-to-end walktrhough of incident reporting and management
• Leveraging digital tools for faster repsonse and continuous learning
• Turning data into actionable safety insight 

• Reframing Permit to works as a critical risk barrier in high-hazard industries
• Strengthening control effectivenss through digitalization and integration 
• Linking PTW with incident management for improved risk visibility and prevention
• Enhancing operational safety through connected workflows and real-time insights

• Connection incident Management, PTW and AI into a Unified approach
• Creating a resilient and future-ready safety ecosystem
• Key considerations for SaaS-enabled safety transformation

Effective process safety modelling depends on understanding consequences and risks from hazardous scenarios. With increasing complexity, selecting the right modelling tool is critical. This session outlines key approaches, tools, and use cases, helping professionals align tool selection with study objectives for reliable, defensible safety decisions.

Phast and Safeti are industry-standard tools for safety and risk analysis for major hazard facilities. This presentation will highlight key updates from the past year and outline our roadmap for the year ahead. Topics include consequence modelling with Phast CFD, transport route model enhancements, IRPA in Safeti, integration of CFD data into QRA, solid explosion modelling, improved pipeline release modelling, etc.. These advancements support more accurate, reliable, and comprehensive safety risk analyses to meet evolving industry needs.

This presentation provides an overview of Indonesia’s evolving energy transition strategy, highlighting how carbon capture and storage (CCS) is positioned to support decarbonization goals. It outlines the latest developments in CCS regulatory frameworks, including emerging government regulation designed to enable investment and ensure long-term safe operation. The talk also reviews the current landscape of CCS initiatives across Indonesia—ranging from early-stage feasibility studies to large-scale hub concepts being pursued by major operators.

CCS is advancing rapidly, with over 500 projects underway globally. This presentation addresses safety considerations for managing large quantity of CO2 and showcases advanced dispersion modelling techniques for both atmospheric and subsea releases to support safe CCS projects.

Explore how KFX 3D CFD modelling is applied to in‑building gas release and ventilation analysis. Learn how scenario‑based simulations provide insight into gas accumulation, dispersion, and ventilation effectiveness, supporting safer facility design, improved risk understanding, and informed, defensible engineering decisions for complex built environments.  

Traditional consequence modelling in QRA typically relies on empirical models with free-field assumptions. While effective in many scenarios, this approach can lead to overestimated or inaccurate results when obstacles, complex terrain, or mitigation measures significantly influence outcomes.

CFD-based consequence modelling addresses these limitations by accurately representing such complexities. By integrating CFD results into Safeti QRA, risk analyses can be made more accurate. This presentation will outline the integration process and illustrate its benefits through a case study.

Process safety engineers responsible for operational process safety often need quick and reliable estimates of hazards arising from loss of containment. Phast Online, a web-based, intuitive, and easy-to-use consequence analysis tool, is designed to meet this need. Powered by Phast, it delivers fast and trustworthy results to support safe and efficient decision-making. This presentation will highlight the technology, workflow, and practical use cases of Phast Online, showcasing how it adds value to safe operations.

The new Synergi RBI 6.0 - combining onshore, offshore, AST, and power plant RBI with Windows desktop, Web server, and SaaS subscription

RAM in LNG project: From study to decision

As hydrogen, ammonia, and carbon capture projects scale up, ensuring reliable and cost-efficient operations is critical. Reliability, Availability and Maintainability (RAM) analysis provides the performance forecasting needed to balance CAPEX and OPEX, maximize uptime, and guide key decisions across the entire asset lifecycle—from concept and design through operation to decommissioning. DNV’s Maros and Taro software, long proven in the oil and gas sector, now bring these capabilities to the energy transition space, enabling informed investments and robust, low-carbon infrastructure.

Learn to build a performance forecasting RAM model:

1) Create block flow diagrams and reliability block diagrams (RBD) 
2) Input reliability data and planned maintenance programs 
3) Consider the economics, such as costs and revenue 
4) Understand key results such as production efficiency and criticality analysis

Learn to build a performance forecasting RAM model:

1) Create block flow diagrams and reliability block diagrams (RBD) 
2) Input reliability data and planned maintenance programs 
3) Consider the economics such as costs and revenue 
4) Understand key results such as production efficiency and criticality analysis

• Dispersion modelling of vented gas mixtures by Phast
• Track toxic component in mixtures
• Multi-source vent modelling by CFD (KFX)

• Phast jet fire model for flare radiation modelling
• Phast CFD for flare radiation modelling
• Multi-source flare radiation modelling by CFD (KFX)

• Solid explosion (Beirut ammonium nitrate explosion)
• Dust explosion (Polyethylene dust explosion)

•  3D geometry
• CFD dispersion scenario
• Running the simulations
• Result interpretation

• Case 1: Natural gas pipeline
• Case 2: CO2 pipeline

• Run consequence modelling with Phast Online

Hands-on session.

Hands-on session.

Hands-on session.

Hands-on session.

Hands-on session.

Hands-on session.