After full operation of secondary treatment at the East and West treatment plants, the future production of sludge from these plants and from Amriya and Agamy secondary treatment plants in addition to the rest 14 secondary treatment plants all around Alexandria is expected to exceed than 1200 m3/d by 2015 thus the capacity if the sludge disposal site should exceed. Therefore, the future sewage sludge management represents a critical environmental issue in Alexandria, this management includes sludge dewatering, handling, transportation cost to the disposal sites and the final product marketing. As the capacity of Alexandria sludge disposal system will be limited by the increase in sludge production and the current management system, there is an immediate need to investigate ways to establish a future management system and to demonstrate successful operations at higher sludge producing rates. Currently, Site 9N the sole disposal site in Alexandria include a composting plant established when the site was initially developed as a dedicated disposal area for sludge. Consequently, land spreading of the sludge on the dedicated disposal area has ceased and all of the current production of raw sludge is now being composted using the turned windrow technique. The present study aims to evaluate the current efficiency of the sludge management system and adopt a future vision for the Alexandria sludge system and recommend modifications to protect public health and environment.

1. 1st International Conference & Exhibition Sustainable Water Supply and Sanitation 2010
A Vision For Future Sludge Management In Alexandria
Helaly Abdel Hady Helaly , PhD; Hussein Abdou Elashqar , MD; Samaa Maher Abdel Aziz,PhD
h
Alexandria Sanitary Drainage Company.
ABSTRACT
After full operation of secondary treatment
at the East and West treatment plants, the
future production of sludge from these
plants and from Amriya and Agamy
secondary treatment plants in addition to
the rest 14 secondary treatment plants all
around Alexandria is expected to exceed
than 1200 m3/d by 2015 thus the capacity
of the sludge disposal site should exceed.
Therefore, the future sewage sludge
management represents a critical
environmental issue in Alexandria, this
management includes sludge dewatering,
handling, transportation cost to the
disposal sites and the final product
marketing.
As the capacity of Alexandria sludge
disposal system will be limited by the
increase in sludge production and the
current management system, there is an
immediate need to investigate ways to
establish a future management system
and to demonstrate successful operations
at higher sludge producing rates.
Currently, Site 9N the sole disposal site in
Alexandria include a composting plant
established when the site was initially
developed as a dedicated disposal area
for sludge. Consequently, land spreading
of the sludge on the dedicated disposal
area has ceased and all of the current
production of raw sludge is now being
composted using the turned windrow
technique.
The present study aims to evaluate the
current efficiency of the sludge
management system and adopt a future
vision for the Alexandria sludge system
and recommend modifications to protect
public health and environment.
CONTACT
<Dr. Helaly Abdel Hady Helaly>
<Alexandria Sanitary Drainage Co.>
Email: drhelalley@yahoo.com
Phone: 002-0105201367
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A
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