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Service name
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Service Description
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Contact details
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Services in the field of sewage disposal and disposal systems
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- Assessment of the functioning of urban drainage systems using digital models,
- concepts for the modernization of sewage systems,
- concepts for the management of rainwater in urbanized areas (conventional systems, local retention and infiltration devices, economic use of rainwater, etc.), research and analysis on reducing the emission of pollutants into the aquatic environment.
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Department of Water Protection Techniques and Hydrology of Urban Areas
grazyna.sakson-sysiak@p.lodz.pl, agnieszka.brzezinska@p.lodz.pl
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Computer modeling of sewage disposal systems
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Department of Water Protection Techniques and Hydrology of Urban Areas
grazyna.sakson-sysiak@p.lodz.pl, agnieszka.brzezinska@p.lodz.pl
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Air protection installations and devices
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Calculations of the distribution of dust and gaseous pollutant concentrations and dust precipitation in the area of pollution sources,
selection of devices and designs of dust removal installations,
measurements of pollutant emissions and efficiency of dust removal devices,
measurements at work stations,
decisions on the technical condition of devices and installations,
Measurements of pollutant concentrations using an unmanned aerial vehicle (drone), measurements (PM1, PM2.5, PM10, VOCs POD, O3 and NO2, formaldehyde, TRS and amines, NO, NO2, NH3, CO2, CO, H2S, organic solvents, O2, SO2 and odors).
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Heating and ventilation technology plant
henryk.sabiniak@p.lodz.pl
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Heating installations and devices
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- Expertise and testing of central heating, domestic hot water and other installations,
- design and automation of heating substations.
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Heating and ventilation technology plant
henryk.sabiniak@p.lodz.pl
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Ventilation and air conditioning installations
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- Development of technical projects,
- decisions on the technical condition of devices,
- control measurements of the effectiveness of operation and noise level together with recommendations and adjustments,
- supervision of repairs,
- development of operating and maintenance instructions,
- technical advice,
- testing of heating, cooling and ventilation devices at laboratory stations.
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Heating and ventilation technology plant
henryk.sabiniak@p.lodz.pl
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Transmission of drives
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- Design and supervision of the production of all types of gears (especially worm gears), chain gears, belt gears, etc.,
- Design and supervision of the production of drive system elements, such as clutches, brakes, shafts, axles, etc.,
- Decision on the technical condition of drive devices,
- Measurement of clearances in reducers,
- Development of technical instructions for the operation and maintenance of drive devices.
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Department of Heating and Ventilation Technology, Mechanical Design Fundamentals Team
andrzej.raczynski@p.lodz.pl, henryk.sabiniak@p.lodz.pl
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Wastewater treatment services
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- Modeling, simulation and design of municipal and industrial sewage treatment plants,
- biological treatment of municipal and industrial sewage, in particular the kinetics of bioprocesses and determination of parameters of activated sludge models,
- impact of chemicals on activated sludge, including, among others, the biochemical activity of microorganisms and the morphology and composition of activated sludge flocs,
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Department of Sewage Treatment Technology and Waste Management
ewa.liwarska-bizukojc@p.lodz.pl, beata.mokrzycka-wieteska@p.lodz.pl, dorota.olejnik@p.lodz.pl
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Waste disposal services
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- Analysis of the transformation and removal pathways of chemical substances in the natural environment aimed at minimizing waste streams, especially hazardous waste,
- assessment of physicochemical and biochemical properties of waste in terms of their management,
- conceptual analysis, design and modernization of waste composting plants and biogas plants.
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Department of Sewage Treatment Technology and Waste Management
ewa.liwarska-bizukojc@p.lodz.pl, beata.mokrzycka-wieteska@p.lodz.pl, dorota.olejnik@p.lodz.pl
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Water supply networks
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- Assessment of the reliability of water supply systems,
- estimation of water losses in water supply networks,
- research on changes in water demand trends in settlement units.
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Waterworks and Sewerage Department
andrzej.jodlowski@p.lodz.pl, maciej.dobrzanski@p.lodz.pl
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Water treatment
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Waterworks and Sewerage Department
andrzej.jodlowski@p.lodz.pl, maciej.dobrzanski@p.lodz.pl
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Internal water and sewage installations
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Waterworks and Sewerage Department
andrzej.jodlowski@p.lodz.pl, maciej.dobrzanski@p.lodz.pl
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Spatial economy
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- Social research supporting the planning process. Activities related to social participation (social consultations). Social activities in revitalization processes.
- Creating safe spaces, implementing the CPTED methodology (Crime Prevention Through Environmental Design) - case studies, developing guidelines.
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Spatial Economy and Geomatics Team
ewa.klima@p.lodz.pl
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Spatial economy
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- Assessment of the impact of building structures on microclimate conditions and human thermal comfort. Field and simulation studies.
- Adaptation to climate change in urban areas. Development of planning recommendations for sensitive areas. Determination of the effectiveness of selected adaptation strategies
- City ventilation system. Determination of the possibility of designating new ventilation corridors based on detailed analyses of the development using GIS.
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Spatial Economy and Geomatics Team
katarzyna.klemm@p.lodz.pl, anna.bochenek@p.lodz.pl
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Geodesy and cartography
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Photographic and photogrammetric inventory of buildings, interiors, engineering structures. Photographic inventory of usage states (deflections, cracks of reinforced concrete elements) inventory in the form of 3D stereo pairs
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Spatial Economy and Geomatics Team
marcin.gorko@p.lodz.pl
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Geodesy and cartography
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Spatial Economy and Geomatics Team
anna.bialecka@p.lodz.pl
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Geodesy and cartography
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Spatial Economy and Geomatics Team
krzysztof.ulamek@p.lodz.pl
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Air quality analysis
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Analysis of the size, range and changes in the state of air pollution using an unmanned aerial vehicle (drone) with measuring equipment. Mobile measuring and sampling equipment equipped with pollution sensors (PM1, PM2.5, PM10, VOCs, PID, O3 and NO2, formaldehydes, TRS and amines, NO, NO2, NH3, CO2, CO, H2S, organic solvents, O2, SO2 and odors). Such analyses can be useful in modeling the spread of pollutants in the air, because they facilitate the selection of the location of pollutant emission sources, minimizing the impact of pollutants on the natural environment, and can be helpful in planning the directions of urban development and creating protective zones.
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Heating and ventilation technology plant
robert.cichowicz@p.lodz.pl
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