Discover how JUMBO BLOCK® makes a difference!
The JUMBO BLOCK® system offers innovative solutions to enhance water management, soil protection, and supply security in agriculture. Here’s how it contributes:
Water Storage and Irrigation
The system enables the creation of retention basins and ponds to capture and store rainwater. This stored water can be used for irrigation, promoting efficient water use and reducing consumption, especially in areas with limited water resources.
Soil Protection and Erosion Control
Earth embankments, planted with resilient trees, shrubs, and herbs, play a key role in reducing soil erosion. The system can also create terraces and slope reinforcements, preserving agricultural land and ensuring sustainable soil use.
Precise and Efficient Irrigation with IoT
IoT sensors allow real-time monitoring of soil moisture and environmental factors. This data enables precise irrigation, optimizing resource use, reducing water waste, and supporting sustainable agriculture.
Minimizing Evaporation and Efficient Water Use
Underground drip irrigation systems deliver water directly to the root zone, reducing evaporation and improving water efficiency. This method enhances plant growth while conserving water and protecting soil from drying out.
Reducing Erosion and Stabilizing Soil
Planting along embankments stabilizes soil and reduces erosion. The vegetation cover shields the soil from heavy rainfall, improves soil structure, and increases water absorption, contributing to more sustainable agriculture.
Flexible Design and Quick Installation
The modular design of the JUMBO BLOCK® system allows for flexible adaptation to various agricultural needs. It supports different irrigation methods and can be quickly installed to enhance water infrastructure and productivity.
Sustainability and Resource Conservation
By promoting efficient water use and reducing soil erosion, the JUMBO BLOCK® system supports sustainable agriculture, strengthens supply security, and improves resilience to climatic changes.
By implementing the JUMBO BLOCK® system, agriculture can benefit from sustainable cultivation methods, efficient water management, and the protection of valuable farmland.
JUMBO BLOCK® systems enable the easy creation of large water reservoirs. Environmentally friendly clay liners or special films can be used for sealing, with quick and customizable construction.
Wind and water erosion lead to the loss of fertile soil, a critical issue in agriculture. This degradation results in barren land devoid of essential microorganisms, compromising soil fertility and productivity.
Declining groundwater levels contribute to water scarcity, as agriculture consumes 90% of global water resources. By using rainwater instead of groundwater, we can help restore groundwater levels and support ecosystem recovery.
The application of JUMBO BLOCK® systems in agriculture should be tailored to site-specific needs through detailed assessment and planning to maximize the system’s benefits.
Harvesting rainwater enhances the natural water cycle, offering ecological and economic benefits. With IoT integration, rainwater extraction and monitoring are efficient and reliable, providing a valuable resource for agriculture.
JUMBO BLOCK® systems store rainwater at a consistent cool temperature, preventing algae growth and contamination. Each block holds approximately 13,900 liters of high-quality, low-lime water, ideal for agricultural use.
Climate change is extending drought periods, impacting agriculture worldwide. JUMBO BLOCK® systems allow for the storage of “winter water” to support irrigation during dry summers, helping to maintain crop yields.
Storing and using rainwater responsibly reduces the strain on the water cycle and prevents the unnecessary treatment of rainwater as sewage, benefiting both people and the environment.
With decreasing water supplies due to climate change, independent water cycles using rainwater will become essential. JUMBO BLOCK® systems help reduce water costs, drainage fees, and sealing fees while supporting sustainable agricultural practices.