Pureco has developed a new dripping system

In fact, the effects of climate change have a significant impact on the hydrological cycle. Recent IPCC (Intergovernmental Panel on Climate Change) reports show that precipitation patterns are changing, sometimes increasing and sometimes decreasing compared to conventional models, posing different hydrological challenges at regional scales. For example, the intense rainfall in August shows the problem of uneven rainfall distribution.

Hectic rainfall distribution and urbanisation problems

Due to the influence of specific geographic conditions, more than 60 rivers with different flow rates enter Hungary and only three (Danube, Tisza, Drava) flow out across the border. As a consequence, the most frequent natural disaster in our country is flooding, which has caused particularly severe damage in various parts of the country on several occasions.

Climate change will lead to a decrease in average precipitation in Hungary in summer, while precipitation will increase in autumn and winter. At the same time, water scarcity may occur in the southern parts of our country, so, controversially, climate change may cause drought and desertification in addition to floods. The shift in precipitation patterns could bring an increase in the frequency and intensity of extreme weather events in Hungary,

As a consequence of our geographical conditions, floods and inland waterways are the most likely to occur.

In urban areas, both the rate of built-up areas and the proportion of pavements also significantly increase the rate of stormwater run-off, reducing the natural water retention capacity. In addition, urban sewer systems often treat stormwater and wastewater together, which can lead to overloading of treatment systems, especially during heavy rainfall.

These problems could be mitigated by a drip system, which is becoming more common across Europe.

Supports natural processes

Rainwater is collected and drained by drainage systems, which have the following specifications: Pureco PureBOX® product, also allow for the temporary storage of collected rainwater. Local storage and evaporation of rainwater not only significantly reduces the load on sewer systems, but also increases soil water content, which promotes environmentally friendly water management.

However, these practical systems are often difficult to install and are usually manufactured in Western Europe and the Far East.

In response to these issues, Pureco Kft. PureBOX® desiccant system.

Instead of the previous systems supplied from Western Europe, the Pureco opted for in-house development and production in the spirit of sustainability and the circular economy. The result of two years of work, the PureBOX® provides a highly efficient solution for managing rainwater resources and promoting environmental sustainability.

Key to promoting the soil's natural infiltration capacity, reducing run-off and supporting groundwater recharge, the Pureco product does this while minimising environmental impact. The production of the PP regranulated material in 100% reduces carbon dioxide emissions by 57-71% compared to conventional materials (2-3 CO₂/kg), at a rate of only 0.86 CO₂/kg.

An additional important advantage is that green energy is used in the production of 100%, and thanks to the production in Hungary, the transport distance is also significantly reduced.

Easy installation

The modular design of the PureBOX® system allows multiple units to be transported on a single truck, reducing the ecological footprint. The system is available in heights from 20 to 120 cm; this can be varied in modular 10 cm steps,

while its load capacity remains above average: up to 15 tonnes.

An important benefit of these properties is that it can also be used in areas with high groundwater levels and in root zone irrigation systems. The robust design of the PureBOX® provides excellent load carrying capacity, while its storage volume of 94% optimises stormwater management.

The PureBOX®, which can also be used as a drainage and reservoir system, has an integrated connection system that makes installation faster and easier than comparable products available to date, as the elements are connected in layers (six connection points for a 60 cm block). It therefore offers significant advantages in the short and long term, particularly in terms of installation and maintenance costs.