SEWAGE TREATMENT PLANT IN "BUKOVEL"

SEWAGE TREATMENT PLANT IN "BUKOVEL"
 
 
SEWAGE TREATMENT PLANT 
WITH "C-TECH" TECHNOLOGY IMPLEMENTATION 
 
 
 
  • Complete biological treatment
  • Productivity 4000 m³/day)

TECHNICAL AND ECONOMICS INDICATORS:

  • Building area – 801.62 m2;
  • Total area  - 1512.73 m2;
  • Construction volume – 9410.00 m2;
  • Number of stories – 2 stories + 2 attic stories.

PERFORMED:

•    Geodetic and geological surveys of the are;
•    Analysis and coordination with the customer of possible options and versions of sewage treatment plant constructive arrangement  with implementation of  cyclic technology of activated sludge С-Tech of IBS (Austria).
•    Adaptation of IBS technological project in accordance with Ukrainian legislative system. 

PERFORMED FOLLOWING CHAPTERS OF THE WORKING PROJECT:
•    Master plan 
•    Architectural solutions
•    Building constructions
•    Тechnological solutions
•    External networks of water supply and sewerage
•    Internal networks of water supply and sewerage
•    Heating networks
•    Heating and ventilation 
•    Electricity supply
•    Electrical solutions
•    Thermo mechanical solutions for heating generators
•    Heating generators automation
•    Fire alarm
•    Lightning defense
•    Project of construction organization
•    Project of environmental protection
•    Statement of environmental effects
•    Consolidated budget

 

ADVANTAGES OF THE PLANT THAT OPERATES ON "C-TECH" TECHNOLOGY IN COMPARISON WITH TRADITIONAL SYSTEMS THAT OPERATES ON THE BASIS OF CONSTANT CAPACITY OF AERATION AND PURIFICATION: 
•    Secondary cesspool absence that considerably reduces occupied area; 
•    Dephosphation is carried out without chemical impurity due to the effect of "BIO P" system;
•    All the processes are carried out within one reservoir (reactor) that provides the simple way of productivity increase due to the construction's modularity; 
•    Automatically growth restriction of most fibrous microorganisms those are typical for silt. The result granular sludge can be easily dehidrated;
•    The system is resistant to organic and hydraulic overload;
•    Drainage of treated sewage with fixed intensity without foam and complicated valve mechanisms;
•    Minimum level of technological odor. 
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