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From Water Storage to Resilient Infrastructure

From Water Storage to Resilient Infrastructure

Sustainable water management rethought

Today, sustainable use of water means far more than conserving resources.
It is about infrastructure security, protection of people and facilities, and operational resilience.

In urban areas such as Bochum and across North Rhine-Westphalia, classic drainage systems are increasingly reaching their limits. They are designed to drain water away – not to retain it, control it intelligently and make it usable.

This is exactly where a new generation of infrastructure solutions comes in.

JUMBO BLOCK® – more than stormwater retention

The JUMBO BLOCK® system turns urban areas into multifunctional infrastructure layers.

Instead of draining rainwater uncontrolled into overloaded sewer systems, JUMBO BLOCK® enables:

  • storage of large amounts of rainwater directly beneath the surface
  • safe absorption of traffic loads (suitable for infrastructure)
  • controlled use as well as thermal buffering
  • digital monitoring and control via the JUMBO BLOCK® Dashboard

This turns passive infrastructure into an active, intelligent system.

Infrastructure meets regulation

Today, modern infrastructure has to meet rising regulatory requirements, in particular:

  • KRITIS (protection of critical infrastructure in Germany)
  • NIS-2 Directive (cybersecurity & risk management)
  • EU Cyber Resilience Act (CRA)

JUMBO BLOCK® was developed with precisely this aim and combines:

Physical layer

  • modular, scalable retention system
  • load-bearing and durable construction

Digital layer

  • real-time monitoring via sensors
  • audit-ready data capture and transparency
  • decision support through the JUMBO BLOCK® Dashboard

This makes JUMBO BLOCK® not just a structural solution but an overall system ready for infrastructure and governance.

From planning to operation – a continuous approach

JUMBO BLOCK® offers a complete process chain – from the first idea to ongoing operation:

1. JUMBO BLOCK® Hydro

Hydrological preliminary planning tool for estimating rainfall, runoff and the required retention volume.

2. JUMBO BLOCK® Plan

Technical planning tool for defining the number of modules, geometry and installation layout.

3. JUMBO BLOCK® Budget

Tool for economic assessment and investment planning.

4. JUMBO BLOCK® Dashboard

Platform for operation, monitoring, auditing and system control in real time.

Together, these applications form a continuous chain from planning to operational management.

Key innovations for resilient cities

  1. Modular retention infrastructure
    Scalable systems for a wide range of urban requirements.
  2. Direct integration into traffic areas
    Streets and sealed surfaces become active retention spaces.
  3. Sensor-based monitoring
    Real-time data on fill levels, system states and performance.
  4. Digital governance layer
    Auditable, transparent and compatible with regulation.
  5. Decentralised storage strategy
    Relief for central sewer networks.
  6. Thermal potential
    Use of stored water as a passive energy store.
  7. Future-proof architecture
    Adaptable to changing requirements and conditions.

Why this matters

Sustainable water management has long ceased to be a purely environmental issue – it is a matter of critical infrastructure.

Cities and municipalities need systems that:

  • prevent flooding
  • relieve existing systems
  • create transparency and controllability
  • meet regulatory requirements

JUMBO BLOCK® combines all these aspects in one integrated solution.

Conclusion: from reaction to resilience

The future of urban infrastructure lies in connected, intelligent systems.

JUMBO BLOCK® enables the transition:

➡️ from mere drainage
➡️ to active water management
➡️ to resilient, controllable infrastructure

Next step

Find out how JUMBO BLOCK® can be used in your project:

🌐 https://jumboblock.org

  • #Infrastructure
  • #JUMBOBLOCK
  • #KRITIS
  • #NIS2
  • #CRA
  • #StormwaterManagement
  • #Resilience
  • #SpongeCity
  • #UrbanPlanning
  • #WaterManagement

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