The industry anticipates that vessel deployments will rise significantly over the next five years to cater to the heightened demand for oil. This has pivoted the focus of industry to ensure they are maximising production by building vessels that have an optimal design parameter to boost vessels’ engineering processes, low cost and digitalising processes to increase operational effectiveness, safety engineering and managing re-deployment of vessels.

Offshore Engineering will gather top engineering, commissioning, instrument & control, facility & vessel design experts from Oil Producers, Offshore Vessel Owners, Drilling Rigs, Floaters, Shipping and Maritime Companies, EPCs, Shipyards and more to discuss best practices in boosting engineering processes to improve operational performance, process and system optimisation, onboard safety management and extending the shelf life of vessels.

Join us to explore Engineering Future-Ready Vessels in the Offshore Industry.

The global Offshore Wind Energy market is projected to reach $56.8-billion by 2026, with Asia Pacific, Europe and the Americas leading the charge. Fuelled by increased focus on renewable energy and the need for improved energy security, the Offshore Wind market has seen growth like never before. This also comes alongside a much-welcomed cost reduction in Offshore Wind technology, as industry players explore innovative turbines and tools involved in Offshore Wind projects – making Offshore Wind projects more commercially viable.

Offshore Wind will bring Power & Utility, Oil & Gas, Renewable Energy, Power Producers, Wind Farm Operators, Wind Turbines, EPCs, Shipyards together to tap on improved project commerciality and speed up the development of offshore wind farms.

Join us as we Leverage on Offshore Wind Project Opportunities with Improved Commerciality and Cutting-Edge Technology

According to industry reports, digital technologies can improve upstream operational efficiency by up to 20% and reduce operational costs by up to 15%. In addition, remote operations powered by technology are expected to reduce offshore manning by up to 30%. Offshore Digital Oil & Gas refers to the application of digital technologies and data-driven solutions in the exploration, production, and operation of oil and gas assets located in offshore environments such as deepwater drilling platforms, floating production systems, and subsea installations.

Offshore Digital Oil, Energy, & Marine will gather top IT, Technology, Information, Digital and Operations leaders from Oil Producers, Offshore Vessel Owners, Shipping and Maritime Companies, EPCs, Shipyards and more to discuss best practices in digitalising offshore oil and gas operations aims to enhance effciency, safety, sustainability, and decision-making across the entire asset lifecycle.

Join us to Digitalise Offshore Operations to Enhance Effciency, Safety & Sustainability

As global trade continues to expand, the shipping industry faces increasing pressure to adopt cleaner practices. This drive toward decarbonisation is primarily fueled by the International Maritime Organization (IMO) targets, which aim to reduce GHG emissions by 50% by 2050 compared to 2008 levels. With shipping heavily reliant on fossil fuels, transitioning to low- and zero-carbon alternatives is seen as critical for meeting global climate goals.

The significance of maritime decarbonisation extends beyond environmental concerns. As global stakeholders, including governments, investors, and consumers, prioritize sustainability, shipping companies face mounting regulatory and financial pressures. Decarbonising the maritime sector is becoming a strategic business imperative, as failing to meet new emission standards can result in penalties and increased operational costs.

Technological innovations, such as alternative fuels (e.g., green hydrogen, ammonia), improved vessel designs, and digital solutions for route optimization, are playing a central role in the decarbonisation journey.

Decarbonisation: Oil, Energy & Marine 2025 will bring together industry leaders and technology providers to accelerate the transition to a low-carbon future. This platform has been designed for Oil & Gas, Energy, Shipping, Ship Owners & Operators, Port & Terminal Operators, Government Agencies, Fuel Suppliers and more.

Rising demand for energy across the globe has driven project needs higher than before. What does this mean for supply chain and procurement leaders? A massive increase in projects has led to reduced yard capacity around the world. This has led to complexities in vendor management: supply chain leaders are trying to work with vendors to ensure that goals and missions are aligned.

Offshore Sourcing & Procurement will bring leading Supply Chain, Procurement and Planning stakeholders from Oil Producers, Offshore Vessel Owners, Shipping and Maritime Companies, EPCs, Shipyards and more together to explore the immense opportunities in the market and discuss best practices and strategies to tackle these challenges and create resilient supply chains.

Join us to Future Proof Offshore Supply Chain Resilience.

Asia is emerging as the global epicentre for floating solar, accounting for over 90% of the world’s installed capacity, led by nations like China, India, and South Korea. With water-based PV projected to grow by 20–25% annually in Asia over the next f ive years, investors are eyeing inland reservoirs, brownfield sites, and coastal zones as the next scalable frontier. Accelerated policy support and hybrid projects—especially hydro-solar—are powering momentum toward climate targets and energy diversification.

Floating Solar Asia 2026 convenes the region’s energy leaders, project developers, investors, and utilities for one focused day of commercial insight and strategic exchange. With 18 market-driven sessions based on real deployment scenarios, this is where breakthrough deals are struck and partnerships are built. 

As global offhore infrastructure matures, the energy sector faces rising pressure to safely retire aging assets while meeting stricter environmental and regulatory expectations. This surge in decommissioning activity is driven by advancing field lifecycles, shifting economics, and government directives that increasingly require operators to remove, repurpose, or remediate offshore installations at end-of-life. With thousands of platforms, subsea structures, and wells approaching decommissioning age across Asia and beyond, the industry is entering a pivotal phase where responsible execution is no longer optional but essential.

Offshore Decommissioning 2026 will bring together industry leaders and technology providers to master the asset decommissioning journey. This platform has been designed for Oil & Gas, Energy, Shipping, Ship Owners & Operators, Shipyards, Port & Terminal Operators, Government Agencies and more.

Offshore Support Vessel & Logistics refers to the human resources management and infrastructure required to support various activities in the offshore industry – which often take place in remote offshore locations. The effective management of manpower, accommodation, safety, and logistics is crucial to ensure smooth and safe offshore operations.

Offshore Support Vessel & Logistics will bring the industry’s leading Operations Managers, Operations Installation Managers (OIMs), Drilling & Production Managers, Maintenance, Asset, Vessel, Infrastructure and Logistics stakeholders from Oil Producers, Offshore Vessel Owners, Shipping and Maritime Companies, EPCs, Shipyards and more together to explore best practices in ensuring safety & efficiency of offshore installations, supporting the offshore sector in harnessing energy resources and maintaining sustainable operations in challenging marine environments.

Join us as we Enhance Safety & Efficiency in Offshore Operations.