FIRST STEP MADE The Government of the Republic of Serbia on its session Thursday, December 15, 2011, adopted a Budget Act proposal for 2012. This proposal contains, among other issues, guarantee issuance by the Republic of Serbia in the favour of the business bank as a security for providing a loan for financing the first phase of the investments program in 2012, which includes capacity expansion of HIP Petrohemija’s polyethylene plants, the amount of investment being EUR 27,000,000. ...
On Wednesday, November 30th CIRIC AND KRAVCHENKO IN PETROHEMIJA Minister of Economy and Regional Development, Nebojsa Ciric, and NIS CEO, Kirill Kravchenko, with their close associates visited Petrohemija Wednesday, Nov. 30, in regard to recent Agreement on Strategic Cooperation signed between HIP-Petrohemija and NIS. First they joined an organized tour to the High Density Polyethylene Plant (HDPE), and then took part in a press conference where the Agreement was presented by Ciric, Kravchenko and Petrohemija’s CEO, Sasa Pavlov. They all expressed their beliefs that the signed Agreement on Strategic Cooperation makes a ground for Petrohemija profitable operations in future with no losses after 2014.
The Waste Water Treatment Plant represents one of
the most important links in the environment protection chain within
HIP-Petrohemija. It was designed to accept and process waste waters
not only from all of the HIP-Petrohemija's production plants, but
also from the neighboring NIS Oil Refinery Pančevo. The plant was
put in operation in 1980, and the waste-waters-extracted sludge
processing line was commissioned in 1991.
A modern method for treatment of waste waters consists of an entire
petrochemical complex closed sewage system, of a pre-treatment
in the production plants, of a special treatment of caustic water
flow from the Ethylene plant and of a central waste waters treatment
plant.
Physical and chemical treatment including equalization, neutralization,
flocculation and flotation and two-stage biological treatment of
the waste waters (through a bio-filter and active charcoal), as
well as dehydratation and stabilization of the extracted sludge
are all performed in the Waste Water Treatment Plant.
The plant's processing capacity is 750 m3 per hour. The key parameters
through which one can verify the efficiency of a waste water treatment
plant's operation – are the reduction levels of the oil content,
of the phenol content and of the chemical and biological oxygen
consumption. The water treatment in our plant achieves reduction
levels superior to 90%, which tell us of the high purification
levels, as well as of efficiency and comparative advantages of
the aerobic biological treatment used within the secondary water
treatment.
The Waste Water Treatment Plant was rehabilitated in coordination
with UNEP , in the period between 2001 and 2004. The neutralization
process was automated. The bio-filter operation was improved by application
of a big active surface polypropylene stuffing and of a more contemporary
concept bio-filter hand. Also within the secondary treatment, the
active sludge water purification process was improved by installation
of the bottom aerators and by introduction of the automation.