|
Number 10 / 2015
To download all number in format PDF (in Russian)The further text is accessible on a paid subscription.
For authorisation enter the login/password.
Or subscribe
Number maintenance (pdf) (doc)
Number abstract (doc)
Literature lists to articles (doc)
|
bbk 000000
UDC 628.1/.3
Meshengisser Yu. M.
Track record and «Ecopolymer» Company development path
Summary
The research and production activities of «Ecopolymer» Company for 25 years including the development of theoretical methods and programs of wastewater treatment quality assessment, designing powerful research installations of European level and computation software; executing turn-key projects (complete set of products and services from one supplier) have been summarized. The Company’s developments have been tested and introduced at the high capacity treatment facilities. «Ecopolymer» Company is associated with such notions as retechnologisation and advanced concept of water supply and wastewater disposal project, construction and upgrade management. The best available technologies have been used in all the projects including nitri-denitrification and phosphorus removal, advanced high efficiency equipment and process automated control systems. The next stage of «Ecopolymer» Company development was the separation of production and engineering business. My Project brand includes designing «turn-key» projects of treatment facilities construction and upgrade, and complete supervision of their implementation. We have established a real school of professional engineers that have advanced knowledge, creativity, energy and interpersonal skills.
Key words
wastewater treatment , best available techniques , «turn-key» construction and upgrade , separation of production and engineering business
|
bbk 000000
UDC 628.16.069
Ulchenko V. M.
Reconstruction of high colored and low turbidity water treatment facilities
Summary
By the example of Severodvinsk municipal water treatment facilities the specific features of the upgrade and partial retechnologisation of the high colored and low turbidity water treatment process are considered. The measures were aiming at meeting the regulatory requirements and minimizing the water treatment cost. Such processing technologies as sludge recycling in combination with the use of flocculant, upgrading the mixing and flocculation chambers with the use of mechanical mixers, automation of dosing equipment with continuous instrument control provide for the sustainable and efficient operation of the water treatment facilities. The implemented water treatment technology including the use of coagulant and organic flocculant as well as coagulation in contact with sludge separated from the settling tanks and subsequent filtration in sand-dolomitic bed filters allows producing drinking water that meets the current standards.
Key words
rapid filter , chemical workshop , sludge recirculation , high colored and low turbidity water , humic substances
|
bbk 000000
UDC 628.35:661.5
Esin M. A., Smirnov Aleksandr Vladimirovich
Advanced methods of designing biological treatment facilities
Summary
The data of the analytical reviews and practical results of calculating and designing advanced wastewater treatment facilities are presented. The analysis of the methods of designing biological wastewater treatment facilities (construction rules and regulations SNiP, ATV) and the software for mathematical simulation of the facilities operation («EcoSim», GPS-X etc.) is made together with the hydrodynamic continuum mechanics software as applied to calculating the flow conditions at the treatment facilities. The mathematical model of biological wastewater treatment process is based on the analysis of the relationships of enzyme kinetics of the wastewater pollutant transformation and makes a connection between the parameters of the raw waste and effluent, dissolved oxygen concentration and activated sludge. The principles of designing and calculating the facilities for biological treatment of municipal and industrial wastewater including the use of nitri-denitrification and biological phosphorus removal processes have been developed. The practical experience of using the mentioned methods in front end and design works.
Key words
biological treatment , nitri-denitrification , mathematic modelling , energy efficiency of equipment , wastewater composition , biological phosphorus removal
|
bbk 000000
UDC 628.35
Esin M. A., Smirnov Aleksandr Vladimirovich, Sokolov A. N.
Commissioning – the key stage of putting treatment facilities into operation
Summary
The issues related to the commissioning of the equipment and wastewater treatment facilities are considered. A brief review of the history of commissioning the facilities in the Soviet Union and in present day Russia is given. The problem areas of adjusting every equipment assembly, the algorithm of work performance and the required results are shown. The attainment of sustainable performance is provided by quality and skilled commissioning. Correct visual evaluation of the equipment state carried out during the acceptance for commissioning procedure is very important. Nonobserved defects and faults in the process line will cause fast assembly fail which can result in an accident. The principles of «My Project» Company activities related to commissioning are presented. Special attention is paid to adjusting biological treatment in aeration tanks: from the front end engineering to the routine maintenance of the assembly.
Key words
wastewater , biological treatment , mechanical treatment , aftertreatment , facilities reconstruction , commissioning , erection supervision
|
bbk 000000
UDC 628.38:338.001.36
Tsarenko D. A., Romashko A. V., Smirnov Aleksandr Vladimirovich
The cost of the life cycle as a criterion of choosing a filtration package for membrane bioreactors
Summary
The method of evaluating the cost of the life cycle of the filtration package of membrane bioreactors for biological wastewater treatment is presented. The key parameters of choosing MBR-technology, the example of calculating the cost of the equipment life cycle are given. The allocation of the guarantee commitments between the customer and the supplier is shown. The presented method of evaluating the attraction of using membrane bioreactors on the basis of the analysis of the life cycle of the filtration package provides for the accurate computation of the capital and operational expenditures of the membrane filtration units at the wastewater treatment facilities of various capacities to justify the choice of the filtration package supplier. The conditions for the optimal allocation of risks between the membrane manufacturer and the customer are formulated.
Key words
wastewater , biological treatment , membrane bioreactor , life cycle cost , annuity contributions
|
bbk 000000
UDC 628.3
Tsarenko A. N., Okhrimenko A. M.
Standard design solutions: schedule reduction and ease of implementation
Summary
The possibility and feasibility of using standard design solutions in the reconstruction of wastewater treatment facilities are considered. The conditions of the present day designing and requirements that projects should mandatorily meet are presented. The aspects that demand changes in the approach itself both to the initial stage of designing and to the technology of design engineering as a whole are considered. The adaptation of the ready-made standard solutions to the climate conditions, the layout of the treatment facilities, the applied equipment range is evaluated. The options of the layout of the treatment facilities are presented including the availability of several parallel process lines; the possibility of stage-by-stage commissioning is described. The broad range of edit decisions when executing big amounts of construction works is included. Ensuring the operational integrity, rigidity and long-term safety of constructions is emphasized. The attention is paid to the architectural appearance of the modern industrial buildings. A brief description of the wastewater sludge dewatering technology is presented. The relationship between the building footprint, amount of construction work and equipment of a big unit capacity is given. By the example of the building of mechanical sludge dewatering shop the technical and economic efficiency of using standard design solutions is calculated.
Key words
treatment facilities reconstruction , mechanical sludge dewatering shop , design documentation , standard design solution , technical solution
|
bbk 000000
УДК 628.32/.336
Zhurba M. S., Fomin I. I., Levchenko O. V.
Development of high-technology wastewater treatment facilities on the basis of «Ecopolymer» equipment
Summary
«Ecopolymer» Manufacturing Company LLC has lately expanded both the production capacities and production portfolio. The Company is aiming at producing not just separate product types but complexes designed for complete cycle of process operations. The Company production program is presented. The designs of a belt filter-press, rack screens for fine treatment, a screw conveyor and a screw press for screenings, and a sludge pump are described. The basic specifications and advantages of the equipment manufactured by «Ecopolymer» Manufacturing Company LLC are summarized. The development and manufacture by the «Ecopolymer» production department of the control cabinets for the automation of the operation of the entire treatment facilities or their separate units has become a solid step in the control of the treatment facilities as a whole. The long-term Company’s experience provides for offering the customers ready-made solutions of the manufactured equipment layout with the visualization of the layout and harmonization of all the automated control systems for the equipment included into the complex.
Key words
sedimentation tank , sludge disposal truck , filter-press , manufacturing facilities , sludge mechanical dewatering , screw conveyor , mechanical screens
|
bbk 000000
UDC 628.356.1
Meshengisser Yu. M.
The past and future of the domestic aerator engineering (on the occasion of the 25th anniversary of the first RF Patent «Tube aerator»)
Summary
The stages of development of the domestic production and use of aeration systems in wastewater treatment – from traditional perforated pipes to high efficient aeration systems are described. The drawbacks and advantages of aerators, their applicability under certain conditions are designated. In the years ahead the development of not just aerators is planned but of aeration systems that include the entire equipment set for saturating water with oxygen: regulated air blowers, delivering and distributing pipelines with shutoff and control valves, comprehensive automated air supply control systems, aerators, systems of quick-detachable fittings and other elements that provide for optimal supplying air to the aeration tanks and if necessary for easily changing the system configuration in the process of retechnologisation of the treatment facilities.
Key words
biological treatment , activated sludge , aerator , aeration system , air-lift effect
|
bbk 000000
UDC 628.2/.3:658.52.011.56
Regotun A. A., Daineko O. N., Smirnov Aleksandr Vladimirovich
Automated control of the treatment facilities on the basis of mathematical models
Summary
The applicability of the mathematical models in the control of wastewater treatment facilities in terms of the operational issues solutions is considered. A possible option of using the software package on the basis of ASM mathematical models in the control of the biological treatment plant with retrofitting into the control system of the entire wastewater treatment facilities is presented. The general principles of control system building with the integrated mathematical model of the biological treatment process are described. The comparative analysis of the popular advanced software simulation packages and the simulation software developed by My Project Company is sited. By the example of the standard aeration tank configuration the possible and easy integration of the software into practically any advanced SCADA-system is demonstrated. The contrary case is described: the use of the software in the highest level of the automated process control system of the wastewater biological treatment.
Key words
biological treatment , energy efficiency , mathematic modelling , automated control system , technical process , hardware and software
|
|
