CRYSTAL CARBON BIOTECH SYSTEM
"Bringing Waters Back To Life"

 

INTRODUCTION | SPECIFICATION | PRODUCTION PLANT
DISCOVERY & TREATMENT | PRODUCT


DISCOVERY JOY OF BACTERIAL BIODIVERSITY

       Nobody thinks of bacteria which form an unseen and virtually inexhaustible store house of biodiversity. In reality the most majority of bacteria are completely harmless and some are very beneficial to us. The advances in biotechnology, bio-engineered bacteria are used to clean up toxic water and to rehabilitate environments. Examples of microorganism used in the Crystal Carbon Biotech Systems are :

       - Acetobacter
       - Achromobacter
       - Azospirillium
       - Bacillus
       - Brevibacterium
       - Burkholderia
       - Campylobacter
       - Corynebacterium
       - Cytophago
       - Enterobacter
       - Erwinia
       - Flavobacterium
       - Klebsiella
       - Leuconostoc
       - Methylosinus
       - Micrococcus
       - Nitrosomonas
       - Xanthobacter
       - Pseudomonas
       - Trichoderma


TREATMENT PROJECT

The Results On Pig Farm Waste Project In Malacca

   
 
 
Installing gravel, Carbon and Pyro Miracle for bacteria inhabtants
Construction of filter Carbon to bio-engineered the sludge
 
 
     
     
 

Pig Farm Garden with no smell

The end result - wash your face from the pig farn waste  

Result After 6 Months Treament By Chemistry Department Melaka

Lab Test
Sampling Date : 11 November 2003
Sampling Station : S1, S2, S3, S4 and S5
Testing Method : Based on APHA Edition 19, 1995


Test Sampling Point
S1 S2 S3 S4 S5
Biological Oxigen Demand (5 days at 20 C)(mg/l) 100 40 110 70 4
Chemical Oxygen Demand (mg/l 1500 900 300 250 60
Total Suspended Solid (TSS) (mg/l) 173 82 147 138 34

Lab Test
Sampling Date : 11 November 2003
Sampling Station : S1, S2, S3, S4 and S5
Testing Method : Based on APHA Edition 19, 1995


Test Sampling Point
S1 S2 S3 S4 S5
Biological Oxigen Demand (5 days at 20 C)(mg/l) 17 18 15 23 <2
Chemical Oxygen Demand (mg/l 113 33 36 127 18
Total Suspended Solid (TSS) (mg/l) 25 <5 <2 6 39

The river before treatment The river after treatment

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