A Climate-Driven Decision Support System for Strategic, Tactical, and Operational Planning of Critical Assets
Towards A Critical Asset Twin
Challenges
Climate change presents an unprecedented threat, altering our environment and posing significant risks to infrastructure stability. Integrating climate risk into strategic planning is not only prudent but essential for safeguarding critical assets. Extreme weather events, such as hurricanes and storms, resulting from climate change, can have profound social and economic impacts, particularly on transportation infrastructure. For instance, landslides may block roads and compromise safety, while ineffective drainage during storms can affect pavements and structures. Addressing these challenges is paramount for ensuring the resilience of our infrastructure in the face of climate change.
Landslides
Landslides pose a significant threat to infrastructure and roads due to their destructive nature. They can block roads entirely, cutting off access and disrupting transportation routes. Additionally, landslides can damage road surfaces, bridges, and other critical components, compromising their structural integrity and safety for vehicles and pedestrians.
Flooding
Due to flooding roads become submerged under water, which makes them impassable, disrupting transportation networks and impeding emergency response efforts. Additionally, floodwaters can erode road surfaces, undermine bridges and culverts, and wash away supporting structures, leading to structural damage and instability.
Extreme temperatures
Increases in temperatures can cause asphalt to soften and become more susceptible to deformation, leading to rutting and uneven surfaces. Prolonged exposure to heat can cause asphalt to oxidize and become brittle, increasing the likelihood of cracks and potholes forming.
Solution
MAXINT employs iterative risk assessment approaches to evaluate the impact of climate change on transportation infrastructure. By engaging stakeholders and utilizing scenario-based analysis, hazards are identified, leading to the development of adaptation strategies. The risk management framework includes data integration, customized risk assessment modules, and KPI dashboards for predictive asset condition reporting.
Connect your Asset Data to MAXINT's Automated Data Collection!
Real-time Automated Data Collection
Asset owners/maintainers engage in the process of connecting their asset data and any concerned local factor to MAXINT's Automated Data Collection Module. This integration enables users to leverage MAXINT's risk management solution to proactively analyze, and mitigate climate risks associated with their assets.
Adapt our Risk assessment to prioritize your operation & maintenance strategies!
Iterative Risk Assessment Management
Embrace our iterative approach for proactive climate adaptation. MAXINT utilizes iterative risk assessment methods, involving scenario-based analysis with stakeholders, to identify hazards and devise effective adaptation strategies against climate change impacts on critical infrastructure.
Access a comprehensive review of climate risk on your asset!
Climate Risk Analysis
Our climate risk report provides actionable insights essential for informed decision-making on adaptation and resilience strategies. Harnessing diverse data sources, we analyze the economic ramifications of climate change, aiding in investment prioritization and long-term risk mitigation. Our economic impact forecasting service translates intricate climate data into actionable financial insights, empowering informed decision-making.
Monitor your Asset condition under various risks via KPI dashboard!
KPI Dashboard
By presenting relevant KPIs in an accessible and user-friendly format, the dashboard helps stakeholders, including policymakers, businesses, and communities, to track and analyze climate risks in real-time or over specific timeframes. The MAXINT's KPI Dashboard includes interactive visualizations, trend analysis tools, alert notifications for critical events, and the ability to customize KPIs based on specific needs.
Why US?
MAXINT is empowered by Deep Knowledge of the Transportation Sector, particularly the Road, Railways, and Bridges network. Moreover, MAXINT benefits from Deep Knowledge of Hydraulic Engineering to identify, analyze, assess the impact of climate change on transportation infrastructure. MAXINT is at the forefront of climate resilience. Our expertise, powered by cutting-edge technology and comprehensive data, equips you with the tools to integrate climate risk into your fiscal planning effectively.
Request for a Demostration?
Discover how MAXINT can transform your approach to climate risk management. Contact us today for a personalized demonstration and building a more resilient future. For a Demonstration, please contact us at info@maxint.dk.