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Ilmajoki Seinäjoki Lapua Kurikka Kuortane Kauhava Jalasjärvi
YRITYSTUKIOPAS2015 Ilmajoki Jalasjärvi Kauhava Kuortane Kurikka Lapua Seinäjoki 2 Sisällys 1 ALKUSANAT 4 2 YLEISTÄ YRITYSTUISTA 6 3 TUENMYÖNTÄJÄTAHOT 9 • Leader-ryhmät 9 • Etelä-Pohjanmaan ELY-keskus 10 ° Yrityscase: Domretor Oy 13 • Etelä-Pohjanmaan TE-toimisto 14 • Finnvera 17 • Tekes 17 • Oppisopimustoimisto 19 • ARA 20 • Finnfund 20 • Finnpartnership 21 • Finpro 21 • Nefco 22 • NIB 23 • Nopef 23 • Pohjois-Pohjanmaan ELY-keskus 24 • Suomen Teollisuussijoitus 24 • TEM (sis. Hämeen ELY-keskus ja Varsinais-Suomen ELY-keskus) 25 • Työeläkeyhtiöt 26 • Työsuojelurahasto 26 4 LISÄNÄKÖKULMA 27 Lisänäkökulma 1: EU:n erityisohjelmat pk-yrityksille 27 • Horizon2020 27 • Cosme 28 • Eurostars2 28 Lisänäkökulma 2: välillisesti tarjolla olevia EU:n hankerahoja 29 3 1 Alkusanat Tämä yritystukiopas on tehty seitsemän eteläpohjalaisen kunnan – Ilmajoki, Jalasjärvi, Kauhava, Kuortane, Kurikka, Lapua ja Seinäjoki – toimeksiannosta ja LX Com Oy:n toteuttamana. Projektin ohjausryhmän ovat muodostaneet Pekka Hunnakko (Seinäjoki), Juha-Martti Kuoppala (Kauhava) ja Jouko Vuolle (Lapua). Oppaan käsikirjoituksen ovat laatineet Tapio Eräheimo ja Taimo Stenman, jotka vastaavat seuraa- vassa opasta koskeviin kysymyksiin. Mitä opas sisältää? Oppaassa käsitellään yrityksille suoraan tarjottavia avustuksia, julkisten organisaatioiden yri- tyksille tarjoamia rahoituksellisia ratkaisuja sekä edellisiin rinnastettavia kansallisia yritystukia. Lisäksi kuvataan EU:n rakennerahastot ja kuinka yksittäinen yritys voi – välillisesti – päästä osalliseksi niiden kautta jaettavasta -
Etelä-Pohjanmaa
ETELÄ-POHJANMAA 107. Hyypänjokilaakson kulttuurimaisema 108. Luopajärven viljelylakeus 109. Ilmajoen Alajoen lakeusmaisema 110. Lapuan Alajoen peltolakeus 111. Kuortaneenjärven kulttuurimaisemat 112. Ähtärin reitin maisemat 113. Lehtimäen mäkiasutus 120. Kyrönjokilaakson kulttuurimaisemat Kuva: Tapio Heikkilä 107. Hyypänjokilaakson kulttuurimaisema Hyypänjokilaakson edustava kulttuurimaisema sijaitsee Hyypänjoen kapeahkossa ja jyrkkäpiirtei- sessä laaksossa. Alue on valtakunnallisesti arvokas maisema-alue (Hyypänjokilaakso, 1995) ja sinne on perustettu luonnonsuojelulain mukainen maisemanhoitoalue vuonna 2009. Valtakunnalli- sesti arvokkaan maisema-alueen rajausta on inventointien perusteella typistetty pohjoisessa Kau- hajoen taajaman tuntumassa ja jatkettu etelässä Kauhajärvelle saakka. Maakunta Etelä-Pohjanmaa Kunta Kauhajoki Maisemamaakunta Pohjanmaa Maisemaseutu Etelä-Pohjanmaan viljelylakeuksien seutu Pinta-ala 4 507 ha, josta kosteikkoja ja avointa suota: 94 ha maatalousalueita: 2 414 ha metsiä sekä avoimia kankaita ja kalliomaita: 1 705 ha rakennettuja alueita: 329 ha vesialueita: 38 ha 1 Luonnonpiirteet Hyypänjokilaakson maisema-alue sijaitsee 3–4 kilometriä leveässä, pohjoisesta etelään kulkevassa ruhje- laaksossa. Kallioperältään alue kuuluu Keski-Suomen syväkivialueeseen, ja sen tunnusomaisin kivilaji on graniitti. Maisema-alueen pintamaalajit ovat suureksi osaksi lajittuneita ja ne sijaitsevat jokilaaksossa ker- rosmaisesti. Laakson viljelyalueiden alla on paksuja silttikerrostumia sekä paikoittaisia savialueita. Aivan jokirannassa -
Labour Market Areas Final Technical Report of the Finnish Project September 2017
Eurostat – Labour Market Areas – Final Technical report – Finland 1(37) Labour Market Areas Final Technical report of the Finnish project September 2017 Data collection for sub-national statistics (Labour Market Areas) Grant Agreement No. 08141.2015.001-2015.499 Yrjö Palttila, Statistics Finland, 22 September 2017 Postal address: 3rd floor, FI-00022 Statistics Finland E-mail: [email protected] Yrjö Palttila, Statistics Finland, 22 September 2017 Eurostat – Labour Market Areas – Final Technical report – Finland 2(37) Contents: 1. Overview 1.1 Objective of the work 1.2 Finland’s national travel-to-work areas 1.3 Tasks of the project 2. Results of the Finnish project 2.1 Improving IT tools to facilitate the implementation of the method (Task 2) 2.2 The finished SAS IML module (Task 2) 2.3 Define Finland’s LMAs based on the EU method (Task 4) 3. Assessing the feasibility of implementation of the EU method 3.1 Feasibility of implementation of the EU method (Task 3) 3.2 Assessing the feasibility of the adaptation of the current method of Finland’s national travel-to-work areas to the proposed method (Task 3) 4. The use and the future of the LMAs Appendix 1. Visualization of the test results (November 2016) Appendix 2. The lists of the LAU2s (test 12) (November 2016) Appendix 3. The finished SAS IML module LMAwSAS.1409 (September 2017) 1. Overview 1.1 Objective of the work In the background of the action was the need for comparable functional areas in EU-wide territorial policy analyses. The NUTS cross-national regions cover the whole EU territory, but they are usually regional administrative areas, which are the re- sult of historical circumstances. -
The Finnish Environment Brought to You by CORE Provided by Helsingin Yliopiston445 Digitaalinen Arkisto the Finnish Eurowaternet
445 View metadata, citation and similar papersThe at core.ac.uk Finnish Environment The Finnish Environment brought to you by CORE provided by Helsingin yliopiston445 digitaalinen arkisto The Finnish Eurowaternet ENVIRONMENTAL ENVIRONMENTAL PROTECTION PROTECTION Jorma Niemi, Pertti Heinonen, Sari Mitikka, Heidi Vuoristo, The Finnish Eurowaternet Olli-Pekka Pietiläinen, Markku Puupponen and Esa Rönkä (Eds.) with information about Finnish water resources and monitoring strategies The Finnish Eurowaternet The European Environment Agency (EEA) has a political mandate from with information about Finnish water resources the EU Council of Ministers to deliver objective, reliable and comparable and monitoring strategies information on the environment at a European level. In 1998 EEA published Guidelines for the implementation of the EUROWATERNET monitoring network for inland waters. In every Member Country a monitoring network should be designed according to these Guidelines and put into operation. Together these national networks will form the EUROWATERNET monitoring network that will provide information on the quantity and quality of European inland waters. In the future they will be developed to meet the requirements of the EU Water Framework Directive. This publication presents the Finnish EUROWATERNET monitoring network put into operation from the first of January, 2000. It includes a total of 195 river sites, 253 lake sites and 74 hydrological baseline sites. Groundwater monitoring network will be developed later. In addition, information about Finnish water resources and current monitoring strategies is given. The publication is available in the internet: http://www.vyh.fi/eng/orginfo/publica/electro/fe445/fe445.htm ISBN 952-11-0827-4 ISSN 1238-7312 EDITA Ltd. PL 800, 00043 EDITA Tel. -
Design and Production of Drinking-Water Supply Network
OUR EXPERT ASSESSMENT DESIGN AND PRODUCTION OF A DRINKING-WATER SUPPLY NETWORK Especially committed to fighting water related diseases and unsanitary conditions, SOLIDARITES INTERNATIONAL (SI) has been involved in the field of access to drinking water and sanitation for almost 35 years. The annual number of deaths caused by these diseases has risen to 2.6 million, making it one of the world’s leading causes of death; amongst these victims, 1.8 million children, aged less than 15, still succumb... Today, when more than a billion people are still deprived of access to drinking water and permanently exposed to water-related diseases, the right to drinking water remains a vital concern in developing countries. In this regard, drinking-water supply networks represent quite a relevant technical solution for supplying water to refugees, as well as to dense populations and areas with high population growth. In order to further advance technical and socioeconomic diagnoses, SOLIDARITES INTERNATIONAL has led many projects, sometimes lasting years, in partnership with institutions and legitimate operators from the water sector. Hydraulic components and civil engineering relating to rehabilitation, growth and the construction of infrastructure are inseparable from the accompanying social measures, which involve placing sustainability, with the concerted management of water services and the participation of the community, at the heart of the process. Repairing, renovating or building a drinking-water network is a relevant ANALYSING AND ADAPTING technical response when the humanitarian emergency situation requires the re-establishment of the water supply and following the very first emergency TO COMPLEX measures (tanks, mobile treatment units). -
District 107 F.Pdf
Club Health Assessment for District 107 F through December 2020 Status Membership Reports Finance LCIF Current YTD YTD YTD YTD Member Avg. length Months Yrs. Since Months Donations Member Members Members Net Net Count 12 of service Since Last President Vice Since Last for current Club Club Charter Count Added Dropped Growth Growth% Months for dropped Last Officer Rotation President Activity Account Fiscal Number Name Date Ago members MMR *** Report Reported Report *** Balance Year **** Number of times If below If net loss If no When Number Notes the If no report on status quo 15 is greater report in 3 more than of officers thatin 12 months within last members than 20% months one year repeat do not haveappears in two years appears appears appears in appears in terms an active red Clubs more than two years old M,MC,SC 20649 ÄHTÄRI 03/31/1965 Active 10 0 0 0 0.00% 10 1 IP 0 32745 ÄHTÄRI/OULUVESI 09/22/1976 Active 24 0 0 0 0.00% 25 1 N 0 20599 ALAHÄRMÄ 10/11/1961 Active 31 0 0 0 0.00% 31 1 N 6 MC,SC 20650 ALAJÄRVI/JÄRVISEUTU 02/26/1960 Active 34 0 0 0 0.00% 34 0 N 0 VP,MC,SC 20651 ALAVUS 03/06/1964 Active 16 0 0 0 0.00% 17 0 2 9 104719 ALAVUS/KUULATTARET 02/11/2009 Active 16 1 2 -1 -5.88% 20 5 1 N 3 M,MC,SC 36146 ALAVUS/SALMI 10/16/1978 Active 20 0 0 0 0.00% 21 1 N 19 MC,SC 20597 EVIJÄRVI 10/17/1963 Active 35 0 0 0 0.00% 38 0 N 0 MC,SC 20600 ILMAJOKI 02/25/1964 Active 26 1 0 1 4.00% 27 1 N 3 44303 ILMAJOKI/ILKKA 10/31/1984 Active 35 1 0 1 2.94% 34 0 N 0 $96.15 M,MC,SC 67723 ILMAJOKI/VILJAT 04/11/2003 Active 23 1 1 0 0.00% 21 13 1 N 2 MC 20601 -
Water Supply Asset Management Plan November 2012 8.12 8.1 8.10 8.9 8.8 8.7 8.6 8.5 8.4 8.2 8.1 8
Greater Wellington Water Water Supply Asset Management Plan November 2012 Table of Contents 1. Executive summary 5 1.1 Overview 5 1.2 Asset valuation 5 1.3 Levels of service 5 1.4 Future demand 5 November 2012 1.5 Financial forecast 6 1.7 Asset management practises 6 2. Introduction 8 2.1 Asset management plan development and review process 8 2.2 Objectives of plan 8 2.3 Relationship with other plans and regulations 8 3. Business overview and activities 10 3.1 Overview of the wholesale water supply network 10 3.2 Organisational structure 13 3.3 Rationale for Greater Wellington involvement 13 3.4 Significant effects of the water supply activity 13 3.5 Key issues for activity 13 4. Levels of service 16 4.1 Identifying key stakeholders and their requirements 16 4.2 Design and consultation to define the desired service level 17 4.3 Define the current levels of service the organisation delivers 18 4.4 Measure and report to community on level of service achieved 18 5. Population and demand 20 ASSET MANAGEMENT PLAN SUPPLY WATER 5.1 Historic demand for wholesale water 20 5.2 Summer peak demand 22 5.3 Future demand drivers for wholesale water 22 5.4 Forecast demand 23 5.5 Demand management planning 24 5.6 Demand management strategies 24 6. System capacity 27 6.1 Existing system capacity 27 6.2 Meeting future demand 27 7. Risk management 30 7.1 Risk assessment of physical infrastructure 30 7.2 Asset criticality 30 7.3 Key risk mitigation measures 30 8. -
Preparing for Smart Cities Infrastructure the Mi.Net System’S Seamless Communication Capabilities Are Key to Iot, P
HELPING UTILITIES IMPLEMENT IoT-enabled Technologies ThaT provide acTionable daTa To learn more about IoT-enabled solutions, call 1.844.4.H2O.DATA Preparing for smart cities infrastructure The Mi.Net System’s seamless communication capabilities are key to IoT, p. 8 Experts weigh in on approaches and trends for building a smart water utility, p. 4 What an Internet- of-Things (IoT) driven water network looks like, p. 6 Table of Contents Common Utility Challenges How IoT and Data Are Helping Utilities ioT, or “internet of Things,” is a nexus of technologies incorporating sensor-based data gathering and next-generation networking. The smart technology platform harnesses this ioT networking through the deployment of smart devices a pUblicaTion of mueller WaTer prodUcTs using advanced wireless technologies for remote monitoring and management of water networks. This allows utilities Learn more to tackle problems facing the industry today, such as an aging workforce and the need for real-time water quality about the monitoring. below are five common challenges utilities face that can be addressed with data-driven solutions. impact of IoT In This Issue Challenge Data-Driven Solutions and data Call 1.844.4.H2O.DATA 3 Common Utility Challenges Traditionally, utilities replaced parts of their water mains or distribution networks (1.844.442.6328) to arrange for How IoT and Data are Helping Utilities without having access to information about the condition of the pipes. in many new cutting-edge technologies incorporate sensor- a customized presentation Aging cases, entire lengths of pipe were in good condition, with only parts of them needing based data gathering Infrastructure immediate replacement. -
Liigatuomarit Hautala Ari 0400-813665 [email protected]
Liigatuomarit Hautala Ari 0400-813665 [email protected] Hyllykallio Puskala Pauli 0400-669747 [email protected] Jalasjärvi Pääsarjatuomarit Mäki-Jaskari Jukka 044-5210609 [email protected] Nurmo Uusi-Pohjola Heikki 040-7419058 [email protected] Kurikka Välimäki Pasi 040-5793637 [email protected] Laihia I-luokan tuomarit Salomäki Hannu 050-5287722 [email protected] Lapua II-luokan tuomarit Ahola-Olli Kai 050-5905529 [email protected] Alajärvi Erkinheimo Mika 040-5615230 [email protected] Härmä Haavisto Harri 0500-808601 [email protected] Seinäjoki Haavisto Jami 050-9189158 [email protected] Seinäjoki Kytömäki Arto 044-2023011 [email protected] Isojoki Mantere Keijo 0500-245024 [email protected] Seinäjoki Tala Kai 040-9610594 [email protected] Laihia III-luokan tuomarit ja NT Joki Raili 040-5878520 [email protected] Seinäjoki Kakkuri Esa 040-7527977 [email protected] Seinäjoki Kakkuri Teemu 045-2349123 [email protected] Seinäjoki Kinnari Tapio 050-3016530 [email protected] Laihia Kuusento Jukka 040-7225734 Mieto Lahti Juhani 0500-650322 [email protected] Kortesjärvi Larikka Tiina 050-5346491 [email protected] Laihia Latukka Sonja 0500-548782 [email protected] Nurmo Latukka Taito 0500-548782 [email protected] Nurmo Leppälä Tapani 040-5672006 [email protected] Vaasa Marjakangas Annika 040-3559706 [email protected] Ilmajoki Myllyniemi Reino 050-4018074 [email protected] Seinäjoki Mäkinen Risto 050-5555166 [email protected] -
Water Supply Network - Infrastructure Map IM7-7 Dec 2007
SOUTHPORTSOUTHPORT Water Supply Network - Infrastructure Map IM7-7 Dec 2007 E BENOWABENOWA SURFERSSURFERS PARADISEPARADISE BUNDALLBUNDALL BROADBEACHBROADBEACH BROADBEACHBROADBEACH WATERSWATERS CLEARCLEAR ISLANDISLANDISLAND WATERSWATERS MERMAIDMERMAID BEACHBEACH MERMAIDMERMAID WATERSWATERS MIAMIMIAMI ROBINAROBINA BURLEIGHBURLEIGH WATERSWATERS BURLEIGHBURLEIGH STEPHENSSTEPHENS HEADSHEADS Adjoining Maps Series 1000 0 1000 2000 3000 m Legend 4 5 © Gold Coast City Council 2007 Based on Cadastral Data provided with the permission of the Department of Natural Resources and Water (current as at October 2007). While every care is taken to ensure the accuracy of this data, the Gold Coast 6 7 EXISTING NETWORK EXISTING RESERVIOR City Council makes no representations or warranties about its accuracy, reliability, completeness or suitability for any particular purpose and disclaims all PROPOSED NETWORK PROPOSED RESERVOIR SITES responsibility and all liability (including without limitation, liability in negligence) for all expenses, losses, damages (including indirect or consequential damage) and costs which you might incur as a result of the data being inaccurate or 2002 - 06 2002 - 06 incomplete in any way and for any reason. 8 9 10 2007 - 11 2007 - 11 © The State of Queensland (Department of Natural Resources and Water) 2007 While every care is taken to ensure the accuracy of this data, the Department 2012 - 21 2012 - 21 of Natural Resources and Water makes no representations or warranties about its accuracy, reliability, completeness or suitability for any particular purpose and 2022 - 51 2022 - 51 all responsibility and all liability (including without limitation, liability in negligence) for all expenses, losses, damages (including indirect or consequential damage) and costs which you might incur as a result of the data being inaccurate or incomplete in any way and for any reason. -
Moving Towards Sustainable and Resilient Smart Water Grids
Challenges 2014, 5, 123-137; doi:10.3390/challe5010123 OPEN ACCESS challenges ISSN 2078-1547 www.mdpi.com/journal/challenges Concept Paper Moving Towards Sustainable and Resilient Smart Water Grids Michele Mutchek 1 and Eric Williams 2,* 1 Department of Civil, Environmental & Sustainable Engineering, Arizona State University, Engineering G-Wing, 501 E Tyler Mall, Tempe, AZ 85287, USA; E-Mail: [email protected] 2 Golisano Institute for Sustainability, Rochester Institute of Technology, 111 Lomb Memorial Drive, Sustainability Hall, Rochester, NY 14623, USA * Author to whom correspondence should be addressed; E-Mail: [email protected]; Tel.: +1-585-475-7211; Fax: +1-585-475-5455. Received: 5 October 2013; in revised form: 26 February 2014 / Accepted: 5 March 2014 / Published: 21 March 2014 Abstract: Urban water systems face sustainability and resiliency challenges including water leaks, over-use, quality issues, and response to drought and natural disasters. Information and communications technology (ICT) could help address these challenges through the development of smart water grids that network and automate monitoring and control devices. While progress is being made on technology elements, as a system, the smart water grid has received scant attention. This article aims to raise awareness of the systems-level idea of smart water grids by reviewing the technology elements and their integration into smart water systems, discussing potential sustainability and resiliency benefits, and challenges relating to the adoption of smart water grids. Water losses and inefficient use stand out as promising areas for applications of smart water grids. Potential barriers to the adoption of smart water grids include lack of funding for research and development, economic disincentives as well as institutional and political structures that favor the current system. -
LUETTELO Kuntien Ja Seurakuntien Tuloveroprosenteista Vuonna 2021
Dnro VH/8082/00.01.00/2020 LUETTELO kuntien ja seurakuntien tuloveroprosenteista vuonna 2021 Verohallinto on verotusmenettelystä annetun lain (1558/1995) 91 a §:n 3 momentin nojalla, sellaisena kuin se on laissa 520/2010, antanut seuraavan luettelon varainhoitovuodeksi 2021 vahvistetuista kuntien, evankelis-luterilaisen kirkon ja ortodoksisen kirkkokunnan seurakuntien tuloveroprosenteista. Kunta Kunnan Ev.lut. Ortodoks. tuloveroprosentti seurakunnan seurakunnan tuloveroprosentti tuloveroprosentti Akaa 22,25 1,70 2,00 Alajärvi 21,75 1,75 2,00 Alavieska 22,00 1,80 2,10 Alavus 21,25 1,75 2,00 Asikkala 20,75 1,75 1,80 Askola 21,50 1,75 1,80 Aura 21,50 1,35 1,75 Brändö 17,75 2,00 1,75 Eckerö 19,00 2,00 1,75 Enonkoski 21,00 1,60 1,95 Enontekiö 21,25 1,75 2,20 Espoo 18,00 1,00 1,80 Eura 21,00 1,50 1,75 Eurajoki 18,00 1,60 2,00 Evijärvi 22,50 1,75 2,00 Finström 19,50 1,95 1,75 Forssa 20,50 1,40 1,80 Föglö 17,50 2,00 1,75 Geta 18,50 1,95 1,75 Haapajärvi 22,50 1,75 2,00 Haapavesi 22,00 1,80 2,00 Hailuoto 20,50 1,80 2,10 Halsua 23,50 1,70 2,00 Hamina 21,00 1,60 1,85 Hammarland 18,00 1,80 1,75 Hankasalmi 22,00 1,95 2,00 Hanko 21,75 1,60 1,80 Harjavalta 21,50 1,75 1,75 Hartola 21,50 1,75 1,95 Hattula 20,75 1,50 1,80 Hausjärvi 21,50 1,75 1,80 Heinola 20,50 1,50 1,80 Heinävesi 21,00 1,80 1,95 Helsinki 18,00 1,00 1,80 Hirvensalmi 20,00 1,75 1,95 Hollola 21,00 1,75 1,80 Huittinen 21,00 1,60 1,75 Humppila 22,00 1,90 1,80 Hyrynsalmi 21,75 1,75 1,95 Hyvinkää 20,25 1,25 1,80 Hämeenkyrö 22,00 1,70 2,00 Hämeenlinna 21,00 1,30 1,80 Ii 21,50 1,50 2,10 Iisalmi