ENREC ENGINEERS is a leading CIVIL AND ENVIRONMENTAL ENGEERING COMPANY having its base atCHENNAI – TAMILNADU.

ENREC has been dynamically channelishing its ENGINEERING & TECHNICAL Capabilities in the field of WATER & WASTE WATER MANAGEMENT, TREATMENT & DISPOSAL, AIR POLLUTION CONTROL and HAZARDOUS WASTE MANAGEMENT.

ENREC comprises a TEAM OF PROFESSIONAL ENGINEERS well experienced in the PROJECT PREPARATION,TENDERING, CONSTRUCTION, ERECTION, COMMISSONING & MAINTENANCE of CETP/ETP of various capacities and collection and conveyance system for different industries.

ENREC’S PROJECT EXECUTION TEAM is well experienced in each and every aspect of CIVIL, MECHANICAL,ELECTRICAL, INSTRUMENTATION, PLANT INSTALATION, ERECTION, TESTING, COMMISSIONING AND MAINTENANCE. The results are highly effective confirming to the standards of POLLUTION CONTROL BOARDS.

ENREC undertakes jobs from CONCEPT TO COMMOSSIONING Technology, Methodology and Service on a TURNKEYbasis. TROUBLE FREE OPERATION and timely completion is ensured.

ENREC is proposing to establish a full fledged ENVIRONMENTAL LABORATORY at TIRUPUR through which the technological excellences of customized treatment solutions shall be achieved. ENREC OPENED ITS Branch office atKARUR, COIMBATORE and recently at Madurai to serve the industries better.

Waste water treatment is carried out in three stages. The primary, secondary and tertiary Stage. The second or biological stage is the most important of them all. It is a simplest Form of treatment. The plug flow increases the efficiency for high treatment. No recycle Of sludge and monitoring of MLSS. Its retention period is 6 to 8 hrs. this system is very Compact.

Aerobic submerged fixed film process consist of three phases, packing, bio film and liquid. The BOD and or NH4-N removed from the liquid flowing past the bio film is oxidized. Oxygen is supplied by diffused aeration in to the packing or by being predissolved in to the influent waste water. Aerobic fixed film process include down flow packed bed reactors. The type and size of packing is a major factor that affects the performance and operating characteristics of submerged attached growth process. Designs differ by their packing configuration and inlet and outlet flow distribution and collection.