LEVAPOR is an innovative biocarrier presenting high adsorbent capacity and affinity to microbial cells.

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LEVAPOR delivery form (20 x 20 x 7 mm)
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LEVAPOR cross section

Why choosing LEVAPOR biocarrier for aquaculture?

LEVAPOR biocarrier offers several benefits:

  • Proved technology in aquaculture,
  • High surface resulting in smaller footprint and lower energy consumption,
  • Short start-up period,
  • High process stability,
  • Better utilisation of O2 by longer retention of air bubbles within the pores,
  • Mechanical biofilm protection by colonizing inner pore surfaces.

AQUA CONCEPT supports its clients in designing the bioreactor to reach the best performance of using LEVAPOR biocarrier.

Comparison with biocarriers available on the market?

  • Influence of various carrier materials on biological removal of N-NH4 and N-NO2 in RAS:
graph1

1-Polypropylene

2-LEVAPOR

3-Polyurethane

4-Ceramics

Technical specification

Shape:

Cuboïdes

Composition:

PU foam cubes and PAC

Dimensions (mm):

20 * 20 * 7

Dump weight (kg/m³):

26 – 28

Porosity (%):

90 - 95

Water uptake (% b.wt.):

ca. 250

Total surface (m2/m3):

2’700

Microbial colonisation (min):

120 – 180

Required reactor filling (%):

30 - 35

Safety

Harmless and neutral.


Packing

Bag with dimensions 1.1 x 1.1 x 1.8 m (maximum 5 m3 per bag).

Specyfikacja techniczna

Shape: Cuboïdes
Composition: PU foam cubes and PAC
Dimensions (mm): 20 * 20 * 7
Dump weight (kg/m³): 26 – 28
Porosity (%): 90 - 95
Water uptake (% b.wt.): ca. 250
Total surface (m2/m3): 2’700
Microbial colonisation (min): 120 – 180
Required reactor filling (%): 30 - 35

 

Bezpieczeństwo

Nieszkodliwy i neutralny


Pakowanie

Worek o wymiarach 1,1 m x 1,1 m x 1,8 m (maksymalnie 5 m3 na worek).