Pavements
 Recycling
  IPREC Method
   (In Place RECycling)
  Surface Recycling
  Non-Freezing Pavement
   (waste tires)
  W-Wood
   (chipped waste woods)
  Use of ash
   (incinearted ashes)
 Asphalt Pavement
 Concrete Pavement
 Semi-Flexible Pavement
 Functional Pavement
 Paving Materials
 Repair Materials
 Special Methods
 Recycling
Landscape Creation
 Saiga
  (natural pebble pavement)
 W-Wood
  (Wood Chips Pavements)
 W-Sand
  (Soil Pavement)
 CA-panax
   (Coloured Pavement)
 RP-pavement
   (semi-flexible pavement)
 W-Rolled
   (rolled asphalt pavement)
 Landscape Estimation
Pavements for Sports
 EXCELLENT Series
  SEMI-HARD
  HARD
 Soil Pavements
Building Construction
Laboratory
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Be Tender to the Earth
Introduction
@Towards 21st century, we have to be tender to earth. The technology o recycling is important for this purpose.

@We WatanabeSato has been leading this industry developing advanced technology for recycling of asphalt pavements. By this technology, recycling of asphalt pavements has shown steady growth. And now, Japan shows the highest ratio of recycling.

@Now we made possible to produce modified asphalt mixtures using reclaimed asphalt pavements. Moreover, we are tackling with the recycle of wastes other than asphalt pavements, namely Freezing protective pavement by use of waste tires, Twinkling pavement by use of waste glasses, wood-chip pavement by use of thined out woods, utilization of various ashes, shells and etc.

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