DOCSLIB.ORG

Contents Volume 57 Issue 3

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Contents Volume 57 Issue 3 Desalination and Water Treatment 57/3 (2016) i–iv www.deswater.com January Contents Volume 57 Issue 3 Selected papers presented at the 12th Scientific Conference on Microcontaminants in Human Environment 25–27 September 2014, Czestochowa, Poland EU funds and adaptation of enterprises to the requirements of environmental protection E. Bień (Częstochowa, Poland) ......................................................................................................................................... 951 The use of interpolation methods for the modelling of environmental data R. Jasiński (Częstochowa, Poland) .................................................................................................................................. 964 Changes in selected quality parameters during the treatment and distribution of water K. Rakocz and A. Rosinska (Częstochowa, Poland). ..................................................................................................... 971 Environmental management in the aspect of sustainable development in micro-, small-, and medium-sized enterprises D. Wielgórka (Częstochowa, Poland) ............................................................................................................................. 982 Modelling of air micropollutant’s fluctuations on the background of the primary air pollutants emission as a tool supporting environmental management in thermal power plant A. Włodarczyk and A. Mesjasz-Lech (Częstochowa, Poland) ..................................................................................... 993 Analysis of the sources of financing for water management in the Polish economy E. Bień and A. Wójcik-Mazur (Częstochowa, Poland) ............................................................................................... 1012 Evaluation of health risk caused by chloroform in drinking water I. Zimoch and E. Łobos (Gliwice, Poland) ................................................................................................................... 1027 Evaluation of the soil quality from areas with varying degrees of pollution M.J. Małuszyński and I. Małuszyńska (Warsaw, Poland) ......................................................................................... 1034 A new synthetic polymers used in removal of pollutants from industrial effluents W.M. Bajdur, M. Włodarczyk-Makuła and A. Idzikowski (Częstochowa, Poland) .............................................. 1038 Effect of mechanical activation of fly ashes on selected pollutants removal from landfill leachates R. Nowak and E. Wiśniowska (Częstochowa, Poland) .............................................................................................. 1050 LCA application in the assessment of new technologies of industrial effluents treatment W.M. Bajdur (Częstochowa), A. Henclik (Kraków), B. Skowron-Grabowska (Częstochowa) and N. Iwaszczuk (Kraków, Poland) ............................................................................................................................ 1058 Studies on the adsorption of phenol on dried sewage sludge and solid gasification by-products M. Dudziak and S. Werle (Gliwice, Poland) ................................................................................................................ 1067 Oxidation of bisphenol A from simulated and real urban wastewater effluents by UV,3 O and UV/O3 M. Dudziak and E. Burdzik (Gliwice, Poland) ............................................................................................................. 1075 Spatial risk assessment of drinking water contamination by nitrates from agricultural areas in the Silesia province I. Zimoch and J. Paciej (Gliwice, Poland) ..................................................................................................................... 1084 A comparative study on oxidative degradation of 2,4-dichlorophenol and 2,4-dichlorophenoxyacetic acid by ammonium persulfate K. Kuśmierek (Warsaw), L. Dąbek (Kielce) and A. Świątkowski (Warsaw, Poland) ............................................. 1098 The removal of boron from the aquatic environment — state of the art M. Bodzek (Zabrze, Poland) ............................................................................................................................................ 1107 Photocatalytic oxidation of natural organic matter enhanced with microfiltration and nanofiltration M. Rajca (Gliwice, Poland) .............................................................................................................................................. 1132 Removal of turbidity, colour and organic matter from surface water by coagulation with polyaluminium chlorides and with activated carbon as coagulant aid E. Sperczyńska, L. Dąbrowska and E. Wiśniowska (Częstochowa, Poland) ........................................................... 1139 Changes of heavy metal forms and chlorinated biphenyls during digestion of pre-hydrolyzed sewage sludge L. Dąbrowska and A. Rosińska (Częstochowa, Poland) ............................................................................................ 1145 ii Contents / Desalination and Water Treatment 57/3 (2016) i–iv Coagulant and polyelectrolyte application performance testing in sonicated sewage sludge dewatering B. Bień and J.D. Bień (Częstochowa, Poland) .............................................................................................................. 1154 Degradation of PCBs in sewage sludge during methane fermentation process concerning environmental management B. Macherzyński, M. Włodarczyk-Makuła, B. Skowron-Grabowska and M. Starostka-Patyk (Częstochowa, Poland) ......................................................................................................... 1163 Characteristics of reject waters and condensates generated during drying of sewage sludge from selected wastewater treatment plants B. Karwowska, E. Sperczyńska and E. Wiśniowska (Częstochowa, Poland) ......................................................... 1176 Persistence of two-, three- and four-ring of PAHs in sewage sludge deposited in different light conditions M. Włodarczyk-Makuła (Częstochowa, Poland) ........................................................................................................ 1184 Changes of biological and chemical indicators in soil after dehydrated sewage sludge application A. Butarewicz, E. Wołejko, U. Wydro and T. Łoboda (Bialystok, Poland) .............................................................. 1200 Impact of selected insecticides on the anaerobic stabilization of municipal sewage sludge Z. Sadecka, S. Myszograj, A. Sieciechowicz, E. Płuciennik-Koropczuk (Zielona Góra) and M. Włodarczyk-Makuła (Częstochowa, Poland) ................................................................................................ 1213 Conversion of sulfur and nitrogen to gaseous components from sewage sludge combustion under oxy-firing conditions J.D. Bień and B. Bień (Częstochowa, Poland) .............................................................................................................. 1223 Effect of unconventional fertilization on heavy metal content in the biomass of giant miscanthus A. Ociepa-Kubicka, P. Pachura and M. Kacprzak (Częstochowa, Poland) .............................................................. 1230 Impact of selected activators and inhibitors on efficiency in removing haloacetic acids from water in a reactor with native and immobilised biocatalysts M. Kowalska (Gliwice, Poland) ...................................................................................................................................... 1237 Pervaporative desulfurization of gasoline—separation of hydrocarbon/thiophene mixtures using polydimethylsiloxane (PDMS)-based membranes K. Rychlewska and K. Konieczny (Gliwice, Poland) .................................................................................................. 1247 The application of biosurfactants into removal of selected micropollutants from soils and sediments A. Popenda and M. Włodarczyk-Makuła (Częstochowa, Poland) ........................................................................... 1255 Removal of PAHs from coking wastewater during photodegradation process M. Włodarczyk-Makuła, E. Wiśniowska, A. Turek and A. Obstój (Częstochowa, Poland) ................................... 1262 Accumulation of PAHs in plants from vertical flow-constructed wetland T. Warężak (Nowa Sól), M. Włodarczyk-Makuła (Częstochowa) and Z. Sadecka (Zielona Góra, Poland) . ...... 1273 Effect of catalytic oxidation for removal of PAHs from aqueous solution A. Turek, M. Włodarczyk-Makuła and W.M. Bajdur (Częstochowa, Poland) ........................................................ 1286 The ability to remove the priority PAHs from water during coagulation process including risk assessment A. Nowacka, M. Włodarczyk-Makuła (Częstochowa), B. Tchórzewska-Cieślak and J. Rak (Rzeszow, Poland) ........................................................................................................................................ 1297 Evaluation of organochlorine pesticide residues in soil and plants from East Europe and Central Asia B. Łozowicka, P. Kaczyński, E. Wołejko, J. Piekutin (Białystok, Poland), A. Sagitov, K. Toleubayev, G. Isenova (Rakhat, Kazakhstan) and E. Abzeitova (Almaty, Kazakhstan) ............................................................ 1310 Assessment of prediction accuracy in autonomous air quality models S. Hoffman (Częstochowa,
Load more

Recommended publications
  • Learning from Wroclaw: How the City Benefits from Urban Resilience Enhancements
    www.pwc.com Learning from Wroclaw: How the City Benefits from Urban Resilience Enhancements 9-13 July City Resilience Program 2018 Financial Solutions for City Resilience: Cohort 2 Disclaimer This presentation is provided solely in connection with our support to the World Bank on the Cities Resilience Program. Any liability PwC Polska Sp. z o.o. (PwC) will be governed by a contract agreed between IBRD and PwC. In the meantime, this presentation is provided on the basis that PwC accepts no liability – whether in contract, tort (including negligence), or otherwise – to the World Bank or to any other person in respect of the Cities Resilience Program. This presentation must not be made available or copied in whole or in part to any other person without our express written permission. 2 Contact information Agnieszka Gajewska Lukasz Stanecki Partner Project Manager for World Bank City Engagement Partner for World Bank City Resilience Program Resilience Program T: + 48 519 506 572 T: + 48 517 140 537 E: [email protected] E: [email protected] Yogan Reddy Oliver Redrup Partner Director PwC Africa Hub for World Bank City PwC Asia Hub for World Bank City Resilience Program Resilience Program T: +27 83 276 3279 T: +65 8876 5274 E: [email protected] E: [email protected] Jorge Seré Akshay Kumar Partner Senior Manager PwC Latin America Hub for World Bank PwC Asia Hub for World Bank City City Resilience Program Resilience Program T: +598 988 84 015 T: +65 8876 7726 E: [email protected] E: [email protected] Piotr Brysik Senior Associate, CDT member for World Bank City Resilience Program T: + 48 519 507 194 E: [email protected] 3 Let us invite you to a journey to Central Europe – to one of the most exciting places in Poland – the City of Wroclaw Wroclaw, Poland Bangkok, Thailand PwC 4 Poland is Europe’s growth champion.
    [Show full text]
  • New Gliwice Business and Education Centre, Poland
    Smart strategies for the transition in coal intensive regions Project No: 836819 Fact Sheet: “New Gliwice” Business and Education Centre April 2020 Description “New Gliwice” Business and Education Center GAPR Ltd. is a revitalized complex of buildings of the former Gliwice Coal Mine, located a short distance from the city center, near the Gliwice – Sośnica junction connecting the A1 and A4 motorways, Drogowa Trasa Średnicowa (the Intercity Road) and exit from the A4 motorway to Rybnicka Street. It is a unique place in which restored buildings of the former mine are adjacent to modern headquarters of IT companies and advanced technology enterprises from industries such as electrical engineering, power engineering, telecommunications, aviation. New Gliwice Business and Education Center is a unique place that owes its “life” to the “Gliwice” Coal Mine. Two beautifully renovated brick buildings growing out of the ground at Bojkowska Street, which attract the eye from a distance, are the remains of the Gliwice mine from the first decade of the 20th century. It is hard to believe that today’s vibrant New Gliwice is a place where coal was once mined, miners prepared for work, and foremen handed out tasks. In the twentieth century, an important point on the economic map of Gliwice was a coal mine, which extracted coal in the southern part of the city called Trynek. Until 1945, the plant was called “Gliwitzer Grube”, and after that date KWK “Gliwice”. Construction of this mining plant started in 1901 by combining 16 adjacent mining fields, which belonged to William Suermondt and a group of entrepreneurs from the Rhineland.
    [Show full text]
  • 12:01-18:00 18:01-24:00
    Ważne od Valid from 15.12.2019 15th December 2019 do 14.03.2020 14th March 2020 objętych rezerwacją miejsc odjeżdżających ze stacji Zabrze ODJAZD POCIĄG DO STACJI Departure Train Destination 0:01-06:00 TLK 14102/3 Gliwice _ 15 16 14 00:25 WYSOCKI I Warszawa Wsch. - Gliwice 1) 41 11 12 =< 13 14 15 16 ` _ 17 =< 18 }= 19 21 22 311) 32 Ostrów Wielkopolski ) Poznań Główny I Kraków Gł. - Słupsk * I Przemyśl Gł. - Świnoujście I Przemyśl Gł. - Szczecin Gł. IC 38172/3 I Przemyśl Gł. - Słupsk *) Słupsk ) 01:17 PRZEMYŚLANIN * na stacji Poznań Gł. przełączenie wagonów do pociągu IC 78104/5 PRZEMYŚLANIN Szczecin Główny 1)wagon niedostępny w sprzedaży dla stacji Wronki, Szamotuły, Dobiegniew Świnoujście do stacji Szczecin Gł. Katowice 260 € 761 267 268 14 13 9 8 Kraków Główny ) ) 01:48 TLK 63170/1 Przemyśl Główny I Berlin Charl. - Przemyśl Gł. I Wrocław Gł. - Zagórz* I Wrocław Gł. - Krynica Zdrój* POGÓRZE Krynica Zdrój *) na stacji Kraków Gł. przełączenie wagonów do pociągu TLK 30171 POGÓRZE Zagórz od 07 I do 24 I 2020 na odc. Stróże - Zagórz kursuje Gliwice 14 13 9 8 268 267 € 761 260 TLK 36170/1 Lubliniec ) 02:29 POGÓRZE Wrocław Główny I Zagórz - Wrocław Gł. I Krynica Zdrój - Wrocław Gł. I Przemyśl Gł. - Berlin Charl.* Berlin Charlottenburg *) na stacji Wrocław Gł. przełączenie wagonów do pociągu EIC 47010/1 NIGHTJET Katowice 32 31 22 21 }= 19 =< 18 ` _ 17 16 15 14 =< 13 12 11 41 IC 83172/3 Kraków Główny 03:17 PRZEMYŚLANIN Rzeszów Główny I Szczecin Gł. - Przemyśl Gł. I Świnoujście - Przemyśl Gł.
    [Show full text]
  • Andrzej Z Rakowski1 • S³awomira Pawe³czyk • Anna Pazdur Silesian University of Technology, Institute of Physics, Radiocarbon Laboratory, Ul
    Changes of 14C Concentration in Modern Trees from Upper Silesia Region, Poland Item Type Proceedings; text Authors Rakowski, Andrzej Z.; Pawelczyk, Slawomica; Pazdur, Anna Citation Rakowski, A. Z., Pawełczyk, S., & Pazdur, A. (2001). Changes of 14C concentration in modern trees from Upper Silesia region, Poland. Radiocarbon, 43(2B), 679-689. DOI 10.1017/S0033822200041333 Publisher Department of Geosciences, The University of Arizona Journal Radiocarbon Rights Copyright © by the Arizona Board of Regents on behalf of the University of Arizona. All rights reserved. Download date 23/09/2021 18:43:23 Item License http://rightsstatements.org/vocab/InC/1.0/ Version Final published version Link to Item http://hdl.handle.net/10150/654462 CHANGES OF 14C CONCENTRATION IN MODERN TREES FROM UPPER SILESIA REGION, POLAND Andrzej Z Rakowski1 • S³awomira Pawe³czyk • Anna Pazdur Silesian University of Technology, Institute of Physics, Radiocarbon Laboratory, ul. Krzywoustego 2, 44-100 Gliwice, Poland ABSTRACT. Radiocarbon concentration measurements in tree rings from Upper Silesia indicate significantly lower 14C con- centration as compared to the concentrations occurring in “clean air” areas. This phenomenon is known as the Suess effect and is caused by contamination with inactive carbon that originates from fossil fuels combustion. This effect is observed in large urban and industrial areas. Samples for the measurements presented in the paper were collected in some of the largest cities in Upper Silesia: Gliwice, Ruda l¹ska, and Chorzów. The samples were annual tree rings (Populus nigra, Pinus silvestris) covering years 1965–1992 and the atmospheric CO2 collected weekly between December 1994 and December 1995. INTRODUCTION Increase of mining and combustion of fossil fuels like coal, petroleum, natural gas, etc.
    [Show full text]
  • ZAŁĄCZNIK NR 10 Do Procedury
    ZAŁĄCZNIK NR 10 do Procedury Wykaz tras modelowych w związku z realizacją zamknięć torowych na linii kolejowej nr 273 w następujących lokalizacjach (zmiana nr 9 z ważnością od 15.03.2020 r.): 1) Brzeg Dolny – Wołów – Małowice Wołowskie – Ścinawa – Chełmek Wołowski – Rudna Gwizdanów, Grębocice - Krzepów – Głogów oraz Wróblin Głogowski - Czerna Długość Numer Stacja Stacja końcowa Stacje pośrednie trasy trasy początkowa [km] 273.01 Brzeg Świnoujście Oława, Wrocław Brochów, Głogów, Czerwieńsk, Kostrzyn Towarowy, Goleniów 492,520 273.02 Brzeg Dolny Rzepin Wróblin Głogowski, Czerwieńsk Towarowy 193,160 Szczecin Port 273.03 Chałupki Racibórz, Zdzieszowice, Brzeg, Brzeg Dolny, Czerwieńsk Towarowy, Kostrzyn Towarowy 531,392 Centralny Dąbrowa Zielona Góra, Nowa Sól, Głogów, Rudna Gwizdanów, Wołów, Święta Katarzyna, Opole Główne, 273.04 Czerwieńsk Górnicza Zdzieszowice, Rudziniec Gliwicki, Zabrze Makoszowy, Panewnik, Stawiska, Sosnowiec Dańdówka, 392,677 Towarowa Dąbrowa Górnicza Wsch. Zielona Góra, Nowa Sól, Głogów, Rudna Gwizdanów, Wołów, Święta Katarzyna, Opole Główne, 273.05 Czerwieńsk Gliwice 319,937 Strzelce Opolskie, Gliwice Łabędy Kędzierzyn 273.06 Czerwieńsk Głogów, Wrocław Brochów, Jelcz Miłoszyce, Opole Wschodnie, Zdzieszowice 299,749 Koźle Opole Główne 273.07 Czerwieńsk Zielona Góra, Nowa Sól, Głogów, Rudna Gwizdanów, Wołów, Święta Katarzyna, Opole Gł. 250,459 Towarowe Opole 273.08 Czerwieńsk Głogów, Wrocław Brochów, Jelcz Miłoszyce 254,175 Wschodnie Ruda Głogów, Wrocław Brochów, Jelcz Miłoszyce, Opole Wschodnie, Toszek, Pyskowice, Gliwice,
    [Show full text]
  • Silesia, Poland - Regional Profile 1
    SILESIA, POLAND - REGIONAL PROFILE 1 REGIONAL PROFILE Silesia GENERAL INFORMATION Country: Poland Region Name: Silesia Region NUTS2 code*: PL22 - Silesia Region NUTS3 code PL22A - Katowicki / PL228 Bytomski PL229 - Gliwicki / PL227 - Rybnicki PL22B - Sosnowiecki / PL22C - Tyski Main urban centres in the region (by population): Katowice - 294,510 / Częstochowa - 222,292 Sosnowiec - 202,036 / Gliwice - 179,806 Zabrze - 173,374 / Bielsko-Biała - 171,259 Bytom - 166,795 / Rybnik - 138,696 Ruda Śląska - 138,000 / Tychy - 127,831 *NUTS: Nomenclature of Territorial Units for Statistics NOTICE ON COVID-19 The data contained within this regional profile was primarily gathered prior to the COVID-19 pandemic. It is recognised that the pandemic has had an adverse impact on energy demand. Although the consequences and implications are significant, they remain emergent and dynamic. An update to this document should be considered, once these consequences and implications are clearer and more quantifiable. INITIATIVE FOR COAL REGIONS IN TRANSITION SILESIA, POLAND - REGIONAL PROFILE 2 Overview Silesia is the most populated and urbanised region in Poland with over 4.5 million inhabitants. 78% of its population live in cities and its population density is 370 people/km2. The region comprises of eight NUTS-3 subregions, out of which six are notably affected by coal mining and related industries. The communities where the majority of the miners live are located in central and western subregions - namely Katowicki subregion, Bytomski subregion, Gliwicki subregion, Rybnicki subregion, Sosnowiecki subregion, and Tyski subregion. Silesia is the most coal-dependent region in Poland with mining playing an important role in the regional economy. However, its gradual decline in recent years is also apparent as production is declining in view of falling productivity and low profitability.
    [Show full text]
  • Phd Łukasz Gawor Silesian University of Technology, Gliwice Akademicka Street 2, 44-100 Gliwice, PL, Phone +48 694 202 157, Fax +48 32 237 22 90
    PhD Łukasz Gawor Silesian University of Technology, Gliwice Akademicka Street 2, 44-100 Gliwice, PL, phone +48 694 202 157, fax +48 32 237 22 90 Introduction In Polish coal industry the post-mining waste dumps are stored at the area of over 4000 ha in more than 250 objects. The Central Statistic Office of Poland reports that on the coal mining waste dumps there are disposed 762,8 millions Mg of wastes from hard coal mining, what represents 51% of all stored industrial wastes in Poland. According to various sources, it is estimated that for each 1 Mg of coal produced, there is 0,4 – 0,5 Mg of waste material. This material has to be deposited in the coal mining dumps. The production of hard coal in Poland in 2012 counted 79,2 million Mg. This allows to estimate that approximately 31,68 – 39,6 million Mg of waste material was produced in the year as well. In the past, due to the poor coal preparation technology the majority of this waste material was stored in coal mining waste dumps Upper Silesian Coal Basin (USCB) USCB is situated in south-western part of Poland and covers in Polish part ca. 6100 km². Balance of coal production and coal mining wastes 1 Mg of coal ca. 0,4 Mg of coal wastes Production of coal and coal wastes Waste management Characteristics of mining wastes Petrographic composition of coal wastes in Upper Silesia Waste rock [%] Siltstones 40 – 98 Mudstones 2 – 40 Coal shales 2 – 25 Sandstones 0 – 33 Coal 3 – 10 Coal mining waste dumps in USCB According to the literature study in the Upper Silesian Coal Basin there are ca.
    [Show full text]
  • Environmental and Social Data Sheet
    Luxembourg, 9th November 2015 Environmental and Social Data Sheet Overview Project Name: UPPER SILESIA URBAN FRAMEWORK PROGRAMME Project Number: 2015-0075 Country: Poland Project Description: The project will support eligible investment schemes in nine cities of the Upper Silesian Agglomeration: Bytom, Chorzów, Dąbrowa Górnicza, Gliwice, Katowice, Ruda Śląska, Rybnik, Sosnowiec and Tychy. The operation supports urban development and infrastructure modernization, including investments aiming at linking and integrating the cities. EIA required: Multiple-scheme operation. Some of the schemes are likely to fall under Annex I or II of the EIA Directive and may be screened in. 1 Project included in Carbon Footprint Exercise : no (details for projects included are provided in section: “EIB Carbon Footprint Exercise”) Summary of Environmental and Social Assessment, including key issues and overall conclusion and recommendation The operation comprises multi-sector and multi-city investments in Bytom, Chorzów, Dąbrowa Górnicza, Gliwice, Katowice, Ruda Śląska, Rybnik, Sosnowiec and Tychy, located in the Upper Silesia Agglomeration (PL). The objectives are in line with those included in the respective Local Development Strategies and the Development Strategy for the Silesian Province: Silesia 2020+, for which the Strategic Environmental Assessment (SEA) was performed in compliance with the EU SEA Directive 2001/42/EC. The NTS of the SEA has been provided to the Bank. In addition, strategic environmental assessments were performed for the Development Strategies of Bytom, Gliwice and Rybnik, approved respectively in 2009, 2007 and 2015. The NTSs of these SEAs have been also provided to the Bank. The Development Strategies of Chorzow, Dąbrowa Gornicza, Katowice, Ruda Slaska, Sosnowiec and Tychy are in large measure aspirational policies and as such, do not fall under the scope of the SEA Directive 2001/42/EC.
    [Show full text]
  • Green Wrocław
    ISSN 2657-327X DOI 10.14746/pls.2020.6.1 Green Wrocław: Urban narratives of three post-war generations of Wrocław’s inhabitants Kamilla Biskupska (University of Opole, Faculty of Social Sciences) ORCID 0000-0002-6120-3405 Abstract This study is an invitation to reflect on issues that fall within the area of ​​collective memory, an area that awaits further in-depth analysis. More specifically, this article is a proposal of a broader study on cultural landscape and places of memory than that which is dominant in the sociological literature. In particular, I examine the relationship between the inhabitants of the Polish “Western Lands” and the material German heritage of the cities in which they happen to live. I mainly focus on the relation between socially constructed memory and greenery—a “negligible” part of the space of human life. As I demonstrate in the article, the “green” narrations about Wrocław created after World War II are lasting and are still present in the stories of city’s inhabitants today. Key words: Polish Western Lands, social memory, cultural heritage, greenery, Wrocław The cultural landscape as a lived landscape: A sociological perspective The starting point of my reflections is the concept of cultural landscape, which I under- stand as „a record of history in a specific space whose shape and identity are com- posed of both primary (coming from nature) and secondary (resulting from human activity) factors” (Kornecki 1991, 19). This definition, however, requires a clarification in the sociological perspective I adopt. The postulated „record of history in a specific space” is carried out by researchers most often in the macrosocial context—as in the definition of the cultural landscape proposed by Beata Frydryczak: Kamilla Biskupska the cultural landscape is the result of human work and activity and of historical time.
    [Show full text]
  • Rozkład Jazdy Autobusów Pracowniczych Ktw3 Tylko Dla Działu Ob - Obowiązuje Od 8.11
    ROZKŁAD JAZDY AUTOBUSÓW PRACOWNICZYCH KTW3 TYLKO DLA DZIAŁU OB - OBOWIĄZUJE OD 8.11 TRASA 1 TARNOWSKIE GÓRY - KTW3 TRASA 2 RADZIONKÓW - KTW3 zmiana dzienna zmiana nocna zmiana dzienna zmiana nocna start pracy start pracy start pracy start pracy Przystanek Przystanek 7:00 18:30 7:00 18:30 kursuje codziennie kursuje codziennie 1 Tarnowskie Góry Osiedle Fazos 1 5:38 17:02 1 Radzionków Rynek 1 5:26 16:51 2 Tarnowskie Góry Wyszyńskiego 2 5:42 17:06 2 Radzionków Dworzec PKP 1 5:29 16:55 3 Zabrze Mikulczyce Plac Kroczka 2 6:02 17:29 3 Piekary Śląskie Szarlej Poczta 1 5:38 17:04 4 Zabrze Curie-Skłodowskiej 2 6:09 17:36 4 Bytom Plac Sobieskiego 1 5:45 17:12 5 Zabrze Komenda Policji 1 6:13 17:41 5 Bytom Łużycka 1 5:51 17:18 6 Zabrze Osiedle Kopernika Makro 1 6:05 17:32 6 Zabrze De Gaullea Ślęczka 1 6:16 17:44 7 Gliwice Michałowskiego 2 6:15 17:42 7 Gliwice Plac Piastów 5 6:25 17:53 8 Gliwice Warszawska 2 6:18 17:45 8 Gliwice Strzody 1 6:29 17:58 9 Gliwice Jasnogórska 8 6:25 17:53 9 Gliwice Komag 1 6:31 18:01 10 Gliwice Rybnicka 1 6:31 17:59 10 KTW3 6:40 18:10 11 KTW3 6:40 18:10 POWRÓT POWRÓT zmiana dzienna zmiana nocna zmiana dzienna zmiana nocna koniec pracy koniec pracy Przystanek Przystanek koniec pracy koniec pracy 17:30 5:00 17:30 5:00 1 KTW3 17:45 5:15 1 KTW3 17:45 5:15 NUMER ALARMOWY ALMATUR 576 376 676 NUMER ALARMOWY ALMATUR 576 376 676 TRASA 3 KĘDZIERZYN-KOŹLE - KTW3 TRASA 4 WODZISŁAW ŚLĄSKI - KTW3 zmiana dzienna zmiana nocna zmiana dzienna zmiana nocna start pracy start pracy start pracy start pracy Przystanek Przystanek 7:00 18:30 7:00 18:30 kursuje codziennie kursuje codziennie Wodzisław Śląski, Dworzec autobusowy Kędzierzyn-Koźle, ul.
    [Show full text]
  • Press Kit Poland+ | FACT SHEET | GOODMAN in POLAND | OUR TEAM | CONTACT | FACT SHEET+ AS at 31 DECEMBER 2016
    Press kit Poland+ | FACT SHEET | GOODMAN IN POLAND | OUR TEAM | CONTACT | FACT SHEET+ AS AT 31 DECEMBER 2016 We think globally and act locally. Our decisions are based on 30 years of sound property experience and profound knowledge of the markets in which we operate. READ MORE Who are we? Goodman is an integrated commercial and industrial property group that owns, develops and manages real estate including warehouses, large scale logistics facilities and business space globally. 1,129 professionals Continental Europe Goodman also offers a range of investment property funds, giving in 32 offices worldwide Assets in 10 countries investors access to our specialist fund management services and commercial and industrial property assets. Goodman’s success is founded on the quality and integrity of our people and the longterm relationships we build with our customers plus an unrivalled knowledge of the industrial property markets in 133 1 which we operate. professionals logistics business 190 warehouses park in 13 office locations across Continental Europe Read more about: Goodman in Poland | Goodman Group globally | FACT SHEET | GOODMAN IN POLAND | OUR TEAM | CONTACT | FACT SHEET+ AS AT 31 DECEMBER 2016 Investment management in Continental Europe Goodman offers two distinct investment management €23.8 billion platforms in Continental Europe that invest in high quality logistics properties. total assets under management + Goodman European Partnership (GEP) with a €2.8 billion portfolio of 110 prime pan-European 383 logistics assets. + KWASA Goodman
    [Show full text]
  • Of Silesia Vol
    Cuius regio? Ideological and Territorial Cohesion of Silesia vol. 5 eds Lucyna Harc, Przemysław Wiszewski, Rościsław Żerelik Online access: http://www.bibliotekacyfrowa.pl/publication/78119 Joanna Nowosielska-Sobel, Grzegorz Strauchold, Przemysław Wiszewski Permanent Change. The New Region(s) of Silesia (1945-2015) ed. Przemysław Wiszewski Wrocław 2015 The book was published with funds of the program Cuius regio. Analiza sił spajających i destrukcyjnych w obrębie regionu określających przynależność osób (grup społecznych) oraz spójność społeczną jako zjawisko historyczne / Cuius regio. An analysis of the cohesive and disruptive forces destining the attachment of (groups of) persons to and the cohesion within regions as a historical phenomenon, decision of the Polish Minister of Science and Higher Education No. 832/N-ESF-CORECODE/2010/0. Peer review: Małgorzata Ruchniewicz Translated by: Matthew La Fontaine, Paweł Ausir Dembowski, Anna Lidia Błaszczyk, Piotr Szutt Language proofreading: Matthew La Fontaine, Judson Hamilton © Copyright by Authors and Uniwersytet Wrocławski Cover design: Marcin Fajfruk Typesetting: Aleksandra Kumaszka, Tomasz Kalota ISBN 978-83-942651-2-0 Publishing House eBooki.com.pl ul. Obornicka 37/2 51-113 Wrocław tel.: +48 602 606 508 email: [email protected] WWW: http://www.ebooki.com.pl Table of Contents Przemysław Wiszewski A time of transformation. New Silesia under construction (1945-2015) ............ 9 Joanna Nowosielska-Sobel Administrative changes....................................................................................
    [Show full text]