Introduction
The transition towards a circular economy is fundamentally reshaping the waste management sector across Europe. New regulations are setting increasingly ambitious targets for recycling and landfill reduction, accelerating the evolution of collection and treatment systems.
In this context, events such as IFAT Munich provide a key platform to understand the main technological transformations of the industry.
Among the components involved in this evolution, hydraulic cylinders, hydraulic stabilisers and slewing rings are becoming increasingly strategic.
From waste disposal to resource management
The traditional model based on collection and disposal is being replaced by a more advanced and integrated approach.
Key drivers of change
- increase in separate collection
- reduction of residual waste
- growth of bio-waste streams
- development of sorting and treatment facilities
Impact on machinery
This transformation leads to:
- increased system complexity
- higher operating cycles
- greater reliability requirements
Hydraulic cylinders: performance and durability in high-intensity systems
Hydraulic cylinders for waste management applications now operate under increasingly demanding conditions.
Operating conditions
- significantly higher operating cycles (door-to-door collection)
- exposure to aggressive environments (bio-waste, leachates)
- continuous operation
Design implications
- advanced sealing systems
- anti-corrosion surface treatments
- fatigue-oriented design
Hydraulic stabilisers: safety and control in urban applications
Hydraulic stabilizers are essential to ensure safety and precision in waste collection vehicles.
New application requirements
- operation in complex urban environments
- increased frequency of use
- integration with automated systems
Product evolution
- more compact designs
- improved motion precision
- integration with control systems
Slewing rings: reliability in rotation systems
Slewing rings are key components in dynamic systems.
Main applications
- lifting cranes
- side loading systems
- automated equipment
Technology trends
- high loads
- continuous duty cycles
- reduced maintenance requirements
Waste treatment and processing: new opportunities for components
The reduction of landfill disposal is accelerating the development of:
- sorting plants
- industrial compactors and balers
- advanced treatment systems
In these environments, components must ensure:
- continuous operation
- resistance to intensive duty cycles
- long-term reliability
Towards hybrid and electric systems
The industry is evolving towards:
- electric actuators
- electro-hydraulic systems
- hybrid solutions
This evolution does not replace hydraulics, but complements it, expanding application possibilities.
How we address these changes at Rima
As applications become more demanding and increasingly specific, the approach to component design must evolve accordingly.
Application-driven engineering
Each solution is developed based on a detailed analysis of the OEM system:
- real operating loads
- duty cycles
- environmental conditions
- system integration
This enables the design of hydraulic cylinders, stabilizers and slewing rings fully aligned with the application.
Focus on durability and reliability
The increase in cycles and exposure to aggressive environments requires:
- advanced sealing solutions
- dedicated surface treatments
- fatigue-resistant design
The objective is to ensure consistent performance over time and reduced maintenance requirements.
Solutions for critical applications
Particular attention is given to high-complexity environments such as:
- waste collection and bio-waste systems
- high-frequency urban applications
- recycling and treatment plants
In these contexts, components become an integral part of overall system performance.
Integration with new technologies
The transition towards hybrid and electric systems is addressed through:
- development of electric actuators
- electro-hydraulic integration
- solutions aimed at improving efficiency and control
Conclusion
Waste management is undergoing a profound transformation driven by sustainability, regulation and technological innovation.
In this scenario:
become critical elements in ensuring performance and reliability.
Events such as IFAT Munich confirm a clear direction:
the future of the industry will increasingly rely on integrated, application-driven and high-performance solutions.
Let’s meet at IFAT
Schedule a meeting to discuss your applications and explore the most suitable solutions together, or simply stop by to meet our team.
You can find us in Hall C5 – Stand 427.
