[av_slideshow size=’featured’ animation=’slide’ autoplay=’true’ interval=’7′ control_layout=’av-control-minimal’]
[av_slide slide_type=’image’ id=’222′ video=” mobile_image=” video_ratio=” title=” link_apply=” link=’lightbox’ link_target=”]
Test slope at BOKU Vienna, coir mat (left) and Lite-Net (right)
[/av_slide]
[av_slide slide_type=’image’ id=’223′ video=” mobile_image=” video_ratio=” title=” link_apply=” link=’lightbox’ link_target=”]
Vegetation coir mat after 3 months of extreme drought
[/av_slide]
[av_slide slide_type=’image’ id=’224′ video=” mobile_image=” video_ratio=” title=” link_apply=” link=’lightbox’ link_target=”]
Vegetation Lite-Net after 3 months of extreme drought
[/av_slide]
[/av_slideshow]
[av_heading tag=’h1′ padding=’10’ heading=’Investigation of the Vienna University of Natural Resources and Life Sciences (BOKU)’ color=” style=’blockquote modern-quote’ custom_font=” size=” subheading_active=” subheading_size=’15’ custom_class=”][/av_heading]
[av_textblock size=” font_color=” color=”]
In order to prove the effect of Lite-Drains extensive laboratory and field studies were carried out by the University of Natural Resources and Life Sciences Vienna (BOKU). The results are impressive:
+ After 24 hours Lite-Net retains 6 times more water than coir mats
+ The growth factor of Lite-Net is 50% higher than that of coir mats
+ Lite-Strips mixed into the soil stores 8 times more water per kg than expanded clay beads (LECA)
[/av_textblock]
