Genova Property Group's Annual Report 2019

Total Page:16

File Type:pdf, Size:1020Kb

Genova Property Group's Annual Report 2019 Annual Report / Genova – the personal property company January–December 2019 Rental income amounted to SEK 180.6m (127.7). Net operating income amounted to SEK 129.9m (92.2). Income from property management amounted to SEK 42.9m (21.6), of which income from property manage­ ment attributable to ordinary shareholders was SEK 6.2m (­9.9), corresponding to SEK 0.11 (­0.20) per ordinary share. Net income after tax amounted to SEK 540.4m (263.9), corresponding to SEK 9.05 (4.22) per ordinary share. Long­term net asset value attributable to ordinary shareholders amounted to SEK 1,457.0m (804.4), corresponding to SEK 23.71 (16.09) per ordinary share. The Board proposes that a dividend of SEK 10.50 (10.50) per preference share be distributed quarterly and that no dividend be paid on ordinary shares. Genova 2019 Annual Report 3 GENOVA’S CORPORATE SOCIAL RESPONSIBILITY INITIATIVES ARE PRESENTED IN THE ANNUAL REPORT 4 Genova 2019 Annual Report CEO STATEMENT 12 Genova’s CEO Michael Moschewitz presents the company’s secure business model GENOVA’S VALUE-CREATING REFURBISHMENT PROCESS 18 Target Business model How we create value THE INVESTMENT PROPERTY PORTFOLIO 20 INVESTMENT PROPERTIES 26 Properties for long-term ownership Personal property management Care for the tenant PROJECT DEVELOPMENT 36 Development creates value Urban development from several perspectives A customer and tenant focus SUSTAINABILITY 50 Genova’s sustainable philosophy Genova’s sustainability performance FINANCING AND GOVERNANCE 62 Financial stability enables flexibility Risk and risk management Shares and ownership structure Board of Directors Senior executives Corporate Governance Report FINANCIAL INFORMATION 84 Directors’ Report Financial statements Accounting policies and notes Auditor’s report Handelsmannen 1, Norrtälje Genova 2019 Annual Report 5 6 Genova 2019 Annual Report New Brunna – Between a residential area and an industrial site in the Brunna district a sustainable of Upplands-Bro, Genova has acquired an 11-hectare property that will and modern soon become a vibrant neighbourhood. Genova’s vision has evolved garden city from the municipality’s ambitions and intentions for Brunna, and the citizen dialogue we conducted in autumn 2018. Urban develop- ment is a complex process in which diverse interests, conditions and preferences must be boiled down to a single goal that is acceptable to the municipality and its residents, as well as Genova. Based on this process, we have agreed that the site should be developed into a small- scale mixed-use city, close to services, retail, green spaces and trans- port links. A neighbourhood that breathes community and safety, where the built environment is characterised by variation in terms of scale, types of housing and forms of tenure, creating social diversity. Genova 2019 Annual Report 7 GENOVA | INTRODUCTION Genova in brief Genova is a personal property company that owns, manages and develops prop- Property value erties with a long-term, sustainable and highly committed approach. We are focused on commercial, community ser- vice and residential properties in Greater SEK 4,420m Stockholm and the Uppsala Region. 31 December 2019 Genova’s large portfolio of own residential building rights ensures the Group’s long- term growth and continued stable growth Residential building rights of the investment property portfolio, regardless of economic conditions. We are active across the entire value chain – from acquisitions, urban and project develop- 5,406 ment to letting and property management. 31 December 2019 Our mission is to combine stable cash flows from the investment property port- folio with cost-efficient project development Loan-to-value ratio of mainly community service properties and rental apartments for our own long- term management. 60 % Sustainable, safe and attractive urban 31 December 2019 environments evolve where Genova develops and invests. We see a direct link between good architecture, sustainability and prof- Long-term net asset value itability. New construction is carried out efficiently, with wood as our building mate- rial of choice, in close collaboration with well-established construction companies. SEK 1,975m 31 December 2019 8 Genova 2019 Annual Report Customer perspective Committed employees Active acquisitions Architecture Sustainable Genova’s and design Large project Geographic cornerstones focus portfolio Long-term Value creation owners Urban developer Customer perspective Sustainable Value creation We are a personal property company, always Sustainability is our compass and we take We create value through both active property close to our tenants. By trying to understand our responsibility as a property owner and urban management and project development. We customers and see things from their perspective, developer. Key components are green financing, do this by increasing letting, development and we build better and more long-term relationships. environmental certification of properties, wood investment in properties and projects with attrac- as our preferred choice of building material and tive residential units and premises. social initiatives. Active acquisitions Large project portfolio We are active in the acquisition market where we Geographic focus seek properties with stable cash flows and devel- We ensure production and growth through our opment potential, always with the starting point of We are based and mainly growing in Greater own large project portfolio, mainly generated from finding opportunities for value growth. Stockholm and Uppsala, which are expansive existing properties. Cash flows from our property regions with a major demand for residential units. portfolio provide a stable foundation for financing Good relationships with municipalities and local acquisitions and projects. operators create conditions for further acquisi- tions and project opportunities. Architecture and design Long-term owners We have a passion for design and architecture. We see a direct link between design, architecture, We mainly develop rental apartments and com- sustainability and profitability. Quality, design and munity service properties for our own long-term architecture are aligned with Genova’s long-term management. Ownership with an eternal perspec- ownership perspective. tive motivates long-term investments and creates scope for sustainable urban development. Committed employees Urban developer By being responsive and committed, want we to help improve job satisfaction and quality of life in We invest in projects where the city is evolving with a more sustainable society. Employees are Geno- a holistic approach to urban development. Genova va’s most valuable asset and our most important helps to create sustainable and attractive environ- ambassadors. ments where people want to live, work and visit. Genova 2019 Annual Report 9 InvestmentFastighetsvärde properties Yta Hyresvärde 32% Community 68% Kategori Commercial Sundsvall service properties properties Total property value SEK 3,661m Investment properties Gävle Project development Uppsala Fastighetsvärde Yta Hyresvärde 7% Knivsta Commercial properties Norrtälje 35% Enköping Geogra Co-operative apartments 10% Greater Stockholm Community Kategori service 48% properties Rental apartments Total property/project value SEK 16,559m Borås Ongoing construction Planned projects Geogra In Palma, Spain, one hotel is under Lund construction and an additional hotel is planned. GENOVA | HISTORY 2006 2007-2013 2014 2015 • Genova Property Group • Genova grew through acquisi- • New organisation was formed • A number of properties in was founded by Micael Bile. tions and project development. with Andreas Eneskjöld as CEO Uppsala, Lidingö and Nacka • The geographic focus of the and Michael Moschewitz as were acquired, totalling SEK • Gävlesund Fastigheter was new CFO. 170m. acquired, with properties in operations was Greater Stock- Sundsvall, Gävle and Mjölby. holm and Uppsala. • The credit portfolio was refi- • Dedicated efforts to reduce • Andreas Eneskjöld joined the nanced. vacancies and increase cash company as partner and Board • Lillsätra in Sätra, Knarrarnäs in flow. member. Kista and Viby 19:3 in Kungsän- • Successful sale of 79 co- gen were acquired, totalling operative apartments. 32 ksqm. • 1,800,000 preference shares issued and listed on Nasdaq First North Growth Market Premier. 10 Genova 2019 Annual Report Our main markets are Greater Stockholm and Uppsala – expansive regions with high demand for both residential units and com- munity service properties. Value of investment properties Key metrics per geography 2019 2018 Rental income, SEKm 180.6 127.7 Mkr Net operating income, SEKm 129.9 92.2 4 000 Income from property management, SEKm 42.9 21.6 3 000 Income from property management per ordinary share, SEK 0.11 –0.20 Residential units under construction, no.1 527 235 2 000 Residential units completed, no. 133 135 1 000 Net investments, SEKm 1,141.2 624.0 Loan-to-value ratio, % 60.4 61.8 31 dec 31 dec 31 dec 31 dec 31 dec Equity/assets ratio, % 35.0 35.6 2015 2016 2017 2018 2019 Interest-coverage ratio2 1.8 1.9 Long-term net asset value, SEKm 1,975.3 1,200.5 Greater Uppsala Other Long-term net asset value attributable to ordinary shareholders, SEKm 1,457.0 804.4 Stockholm Long-term net asset value attributable to ordinary shareholders, SEK per ordinary share 23.71 16.09 1) Including 35 hotel rooms. 2) Excluding non-recurring costs. 2016 2017 2018 2019 • Eight properties, mainly • Nine properties were acquired • The Balneum co-operative apart-
Recommended publications
  • Energy Programme 2050 Creating an Energy System That Meets the Power and Material Challenges of a Climate Positive Uppsala
    Energy Programme 2050 Creating an energy system that meets the power and material challenges of a Climate Positive Uppsala. The municipal council reached a final decision on 2018-05-28, section 109, for this activating strategic document. Document name Produced by Date Page Energy Programme 2050 The Municipal Executive 2018-03-14 1 (49) Office Registration number Relevant department Document owner Revised KSN-2017-1868 Municipal-wide Sustainable Development - Manager About Energy Programme 2050 Energy Programme 2050 is a municipal-wide policy document that describes Uppsala municipality's vision for the long-term development of the energy system in Uppsala. The goal is to transform the local energy system in order reach the municipality’s climate positive target. The aim is to create a more environmentally, socially, and financially sustainable energy system which is itself better connect it to other public works and infrastructure. The purpose is to increase the overall resource efficiency, sustainability and the degree of robustness of the system. Uppsala municipality's goals for resource efficiency, health, the environment and climate, rural and urban development, more job opportunities and environmentally-driven business development, civil preparedness, as well as the strengthening of ecosystems, are all foundations of the programme. The programme expands and builds upon the Municipality’s 2016 Master Plan. The Energy Programme is a cornerstone in the efforts to make Uppsala Fossil-Free and Renewable in 2030 and Climate Positive in
    [Show full text]
  • Sweden's Preparedness for Immigration and Its
    Master thesis in Sustainable Development 288 Examensarbete i Hållbar utveckling Sweden’s Preparedness for Immigration and its Coherence with Sustainable Housing - with a case study of the city of Uppsala Beenu Angurala DEPARTMENT OF EARTH SCIENCES INSTITUTIONEN FÖR GEOVETENSKAPER Master thesis in Sustainable Development 288 Examensarbete i Hållbar utveckling Sweden’s Preparedness for Immigration and its Coherence with Sustainable Housing - with a case study of the city of Uppsala Beenu Angurala Supervisor: Lars Rudebeck Evaluator: Gloria Gallardo Copyright © Beenu Angurala and the Department of Earth Sciences, Uppsala University Published at Department of Earth Sciences, Uppsala University (www.geo.uu.se), Uppsala, 2016 Contents List of Tables.......................................................................................................................................ii List of Figures......................................................................................................................................ii Abbreviations.......................................................................................................................................iii Abstract............................................................................................................................................... iv Summary..............................................................................................................................................v 1 Introduction .................................................................................................................................
    [Show full text]
  • Regulatory Framework for Nuclear Fuel Management
    SE0100130 Technical Report TR-01-03 Integrated account of method, site selection and programme prior to the site investigation phase Svensk Karnbranslehantering AB December 2000 Svensk Karnbranslehantering AB Swedish Nuclear Fuel and Waste Management Co Box 5864 SE-102 40 Stockholm Sweden Tel 08-459 84 00 +46 8 459 84 00 Fax 08-661 57 19 +46 8 661 57 19 PLEASE BE AWARE THAT ALL OF THE MISSING PAGES IN THIS DOCUMENT WERE ORIGINALLY BLANK Integrated account of method, site selection and programme prior to the site investigation phase Svensk Karnbranslehantering AB December 2000 Preface The purpose of the ongoing siting process is to find a site on which it is possible to build a deep repository for encapsulated spent nuclear fuel that will be safe in the long term. This report summarizes the material SKB has gathered as a basis for the decisions that need to be made in order for SKB to commence site investigations for a deep repository. SKB's plan is that the investigations, which include test drilling, shall be initiated in 2002. The report contains the supplementary accounts which the Government request- ed in its decision on RD&D-Programme 98 regarding alternative methods, FUD material for site selection, and programme for the site investigations. Research, Development and SKB considers it urgent that the competent authorities and the Government Demonstration clarify in connection with their critical review whether the background material we present here can serve as a basis for: 1. adhering to the KBS-3 method as the most suitable alternative for Sweden and thereby a fundamental premise for the work in the site investigation phase, 2.
    [Show full text]
  • 2016 Comprehensive Plan in Brief
    What will Uppsala be like in 2050? 2016 Comprehensive Plan in brief A driving force in the world A city administration for all Uppsala is at the forefront of responsible societal development Planning for up to 140,000 new inhabitants by 2050 A place where life can be enjoyed to the full Create proximity Thriving rural community with many urban centers Thinking long-term 3,000 homes and 2,000 workplaces per year Being site-specific and coordinating investment Land and water use Five-core city A structural picture beyond 2050+ Green areas Public transport route Nodal point for public transport City nodes Technical supply system with with District nodes integrated and renewable solutions Mixing and bringing together Countryside Interconnecting routes The city Rapid public transport Closely connected green structure Allocated for new station A growing city interacting with its surroundings I nner city Green stretch and stormwater stretch Area of activity City surroundings A living countryside with Commuter parking Prioritised suburb several built up areas Cycle paths in rural areas River stretch The 2016 Comprehensive Plan is about making use of the current conditions and creating a desirable development in the long term The 2016 Comprehensive Plan for the City of Uppsala was adopted by the City Council on 12 December 2016 2016 Comprehensive Plan – in brief What will Uppsala be like in 2050? Pointing out a direction – here and now The Comprehensive Plan mainly shows how the municipality 2050 is a long way off and many things will look different by wants land and water areas to be used and provides guidance then.
    [Show full text]
  • Potential for Solar Energy on Rooftops in the Municipality of Uppsala
    Examensarbete 15 hp Juni 2013 Potential for Solar Energy on Rooftops in the Municipality of Uppsala Jasmine Hammam Sara Johansson Hanna Persson Abstract Potential for Solar Energy on Rooftops in the Municipality of Uppsala Jasmine Hammam, Sara Johansson, Hanna Persson Teknisk- naturvetenskaplig fakultet UTH-enheten Uppsala City Council has set up milestones for each decade from year 2020 to 2050 to steadily reduce the greenhouse gas emissions per capita in the municipality of Besöksadress: Uppsala. The Climate Protocol is working on a roadmap with guidelines on how to Ångströmlaboratoriet Lägerhyddsvägen 1 achieve the current climate goals. The roadmap is expected to be finished in year Hus 4, Plan 0 2014, and it is currently being investigated to what extent solar energy could contribute to achieving the climate goals. The purpose of this study is to estimate the Postadress: solar energy potential in the municipality of Uppsala for the years 2020 and 2050 Box 536 751 21 Uppsala based on an assessment of what a prospective utilization of solar energy systems on rooftops could potentially generate. The addressed solar techniques are photovoltaics Telefon: based systems and solar thermal collectors. 018 – 471 30 03 The results indicate that an optimal rooftop area of 5.9 km² is estimated in Uppsala Telefax: municipality by 2020, and 8.8 km² by 2050. The total solar energy potential in the 018 – 471 30 00 municipality is estimated to 1.5 TWh in 2020 and 1.9 TWh in 2050. Thus, approximately half of all the buildings energy consumption in the municipality could Hemsida: potentially be covered by solar energy.
    [Show full text]
  • Modellering Av Ett Fossilfritt Energisystem I Uppsala Till År 2050
    Modellering av ett fossilfritt energisystem i Uppsala till år 2050 Modeling of a fossil free energy system in Uppsala by the year 2050 Björn Isaksson Civilingenjörsprogrammet i energisystem Examensarbete 2016:10 ISSN 1654-9392 Uppsala 2016 Modellering av ett fossilfritt energisystem i Uppsala till år 2050 Modeling of a fossil free energy system in Uppsala by the year 2050 Björn Isaksson Handledare: Cay Åsberg, Semcon Sweden AB Biträdande handledare: Björn Sigurdsson, Uppsala kommun Ämnesgranskare: Cecilia Sundberg, institutionen för energi och teknik, SLU Examinator: Åke Nordberg, institutionen för energi och teknik, SLU Omfattning: 30 hp Nivå, fördjupning och ämne: Avancerad nivå, A2E, teknik Kurstitel: Examensarbete i energisystem Kurskod: EX0724 Program/utbildning: Civilingenjörsprogrammet i energisystem 300 hp Utgivningsort: Uppsala Utgivningsår: 2016 Serietitel: Examensarbete (Institutionen för energi och teknik, SLU) Delnummer i serien: 2016:10 ISSN: 1654-9392 Elektronisk publicering: http://stud.epsilon.slu.se Nyckelord: drivmedel, metanol, DME, vätgas, förgasning, förnybar Sveriges lantbruksuniversitet Swedish University of Agricultural Sciences Fakulteten för naturresurser och jordbruksvetenskap Institutionen för energi och teknik Abstract Most of the worlds energy demand is met by fossil fuels that will run out eventually. In Sweden however, sectors like heating and power production are more or less fossil free or will be very soon. The transport sector is however largely dominated by oil and its derivatives. Use of electricity in the transport sector is rising but alternative fuels seem to be needed to phase out fossil fuels in the coming 15-40 years. This thesis uses an existing model of Uppsala municipality to show the systemic effects of a transition from fossil fuels to a combination of electricity and biofuels manufactured within the energy system using gasification.
    [Show full text]
  • Housing and Sustainability a Study About How Municipalities and Public
    Master thesis in Sustainable Development 2020/43 Examensarbete i Hållbar utveckling Housing and Sustainability A study about how municipalities and public housing companies in Uppsala county are working with sustainability regarding public housing Ellen Adolfsson DEPARTMENT OF EARTH SCIENCES INSTITUTIONEN FÖR GEOVETENSKAPER Master thesis in Sustainable Development 2020/43 Examensarbete i Hållbar utveckling Housing and Sustainability A study about how municipalities and public housing companies in Uppsala county are working with sustainability regarding public housing Ellen Adolfsson Supervisor: Frans Lenglet Subject Reviewer: Christoffer Berg Copyright © Ellen Adolfsson and the Department of Earth Sciences, Uppsala University Published at Department of Earth Sciences, Uppsala University (www.geo.uu.se), Uppsala, 2020 “We cannot solve our problems with the same thinking we used when we created them” - Albert Einstein Content 1. Introduction 1 1.1 Municipality and public housing company – the difference 2 1.2 Selection of research topic 2 1.3 Selection of research method 3 2. Aim and research questions 3 3. Background 4 3.1 The Swedish governments view on sustainability 4 3.2 Sweden’s residential development and the public good 5 3.3 Municipalities and public housing companies in Uppsala county 6 4. Literature review 9 4.1 Sustainability and housing 9 4.2 The three dimensions of sustainability regarding housing 10 4.2.1 Environmental sustainability regarding housing 10 4.2.2 Economic sustainability regarding housing 11 4.2.3 Social sustainability regarding housing 11 4.3 Jabareen´s Conceptual Framework for Sustainable Development 12 4.4 Raworth´s Model for a Safe and Just Space for Humanity 13 5.
    [Show full text]
  • Nätverksanalys I GIS-Miljö För Insatskartor
    Nätverksanalys i GIS -miljö för insatskartor En fallstudie baserad på Uppsala kommuns vägnät Victoria Samuelsson 2011 Examensarbete , kandidatnivå, 15 hp Geomatik Geomatikprogrammet Handledare: Pia Ollert-Hallqvist Examinator: Anders Östman Förord Det här är ett examensarbete på C-nivå som avslutar mina studier vid Geomatikprogrammet med inriktning mot Geografiska Informationssystem vid Högskolan i Gävle. Arbetet utfördes i samråd med Metria i Gävle. Arbetet bygger på en idé av enhetschefen Marcus Ygeby och GIS-konsulten Birgitta Fredberg på Metria. Deras tjänst, insatskartor, som erbjuds till framförallt kommuner och räddningstjänster bygger på en rasteranalys som inte har varit optimal för syftet. Någon förbättring har det inte funnits tid till, vilket ledde till detta examensarbete. Jag vill först och främst rikta ett stort tack till min kontakt på ESRI, Alexey Tereshenkov, för all värdefull hjälp som jag fått kontinuerligt under hela arbetet. Tack till Marcus Ygeby och Birgitta Fredberg som gav mig idén till arbetet. Det har varit en intressant, rolig och framförallt lärorik tid. Jag vill även tacka min handledare Pia Ollert-Hallqvist och examinatorn Anders Östman vid Högkolan i Gävle. Sist men inte minst vill jag även rikta ett tack till familjen och vännerna. Gävle, juni 2011 Victoria Samuelsson I Abstract Maximizing the catchment areas of emergency services is an important safety question that is discussed in health planning. Geographic Information Systems (GIS) can be used as a support to analyse and present the percentage of the population that is outside the hospital catchment area and also show catchment area variations by restructuring the organization. The aim of this thesis is to present a new, vector-based network analysis and to investigate how the catchment areas for the emergency service in Uppsala municipality will be affected.
    [Show full text]
  • The Sustainability of Swedish Agriculture in a Coevolutionary Perspective
    The Sustainability of Swedish Agriculture in a Coevolutionary Perspective Basim Saifi Department of Rural Development and Agroecology Uppsala Doctoral Thesis Swedish University of Agricultural Sciences Uppsala 2004 Acta Universitatis Agricultuae Sueciae Agraria 469 ISSN 1401-6249 ISBN 91-576-6499-4 C 2004 Basim Saifi, Uppsala Print: SLU Service/Repro, Uppsala 2004 Abstract Basim Saifi, 2004. The Sustainability of Swedish Agriculture in a Coevolutionary Perspective. Doctoral dissertation. ISSN 1401-6249 ISBN 91-576-6499-4 Sustainability is a social construct that must be addressed contextually both in relation to what a society views to be unsustainable, and in respect to how and why a course of non-sustainable development comes to be pursued. This thesis argues that the challenge of agricultural sustainability can be fruitfully addressed within an analytical framework that consciously and explicitly considers agricultural development as consisting of processes of coevolution involving agriculture and the ecological and socioeconomic systems. The model presented indicates that strengthening of local coevolutionary processes is a probable pre- condition for achieving sustainable agriculture. Conditions for following a sustainable path of agricultural development in Sweden are already good and are still improving. On the national level, the costs of improvements in sustainability are decreasing, while the benefits are increasing. On the global level, the historical decline in food prices should not be expected to continue in the coming decades because of both resource limitations and environmental degradation. Ten principles and consequently ten indicators are identified that may help to promote agricultural sustainability in Sweden within the context of strengthened local interaction and interconnectedness. When the model of coevolution and the indicators derived are applied to Swedish agricultural development during the twentieth century, the following conclusions are reached.
    [Show full text]
  • Using Geographic Information Systems (GIS) to Analyze Possible Relations Between School Choice and Segregation
    Using Geographic Information Systems (GIS) to Analyze Possible Relations between School Choice and Segregation Carine Hals Master of Science Thesis in Geoinformatics TRITA-GIT EX 15-013 School of Architecture and the Built Environment Royal Institute of Technology (KTH) Stockholm, Sweden August 2015 PREFACE This master thesis marks the end of my education at the Civil Engineering and Urban Management program at the Royal Institute of Technology (KTH) in Stockholm. I chose the master’s program Geodesy and Geoinformatics due to my interest in the power of geographic information systems (GIS) and the use of maps for visualization of data. This study reflects this interest as I use GIS to combine various spatial and non-spatial data to analyze the geographic phenomena school choice and segregation. The idea for this study was put forward by Sweco Position AB in Stockholm, where I’ve also conducted the work. I want to thank my supervisors at Sweco, Sara Östblom and Stina-Kajsa Andersson, and Rasmus Berglöf for your encouragement, feedback, guidance and support, and everyone at the office for giving me input and making my time there so inspiring and fun. I would also like to thank Tomas Andersson, Lars Eriksson, Karin Carlsson and Märit Gunneriusson Karlström at Uppsala Municipality for providing data, support and input during my work. Furthermore, I would like to thank Silke Tindrebäck at Sweco Strategy for guidance considering socioeconomic data and integrity. Last but not least, I would like to express my gratitude towards my supervisor at KTH, Takeshi Shirabe, and examiner Prof. Yifang Ban for guidance and valuable feedback.
    [Show full text]
  • Identification of Waste Heat Sources in Uppsala - with Potential Use in Bergsbrunna As a Case Study
    Identification of waste heat sources in Uppsala - with potential use in Bergsbrunna as a case study Malin Frisk Elise Ramqvist Master of Science Thesis TRITA-ITM-EX 2018:623 KTH School of Industrial Engineering and Management Energy Technology Division of Heat and Power Technology SE-100 44 STOCKHOLM Master of Science Thesis TRITA-ITM-EX 2018:623 Identification of waste heat sources in Uppsala - with potential use in Bergsbrunna as a case study Malin Frisk Elise Ramqvist Approved Examiner Supervisor 2018-08-29 Anders Malmquist Anders Malmquist Commissioner Contact person Vattenfall R&D Nader Padban Linda Nylén Uppsala kommun Kristina Starborg Abstract Reducing energy losses within the energy system is essential for a sustainable future. Waste heat usage could be a part of an increased energy efficiency and a sustainable use of resources. Uppsala Municipality aims to become a climate positive municipality in 2050, with negative net emissions of CO2. Increasing waste heat usage represent one possible measure in order to achieve this goal. Vattenfall AB is the local supplier of heat, cooling, steam and electricity in Uppsala and has a strong ambition for a sustainable future. The main objective of this work is to identify, quantify and classify low and high temperature waste heat sources within Uppsala Municipality. Also, the objective is to assess the potential contribution from low temperature waste heat sources for a low temperature district heating network in Bergsbrunna, a planned urban area in Uppsala. The contribution was evaluated based the technical and economic feasibility. To reach the objectives, a survey on the waste heat and waste heat generating processes within different businesses in Uppsala Municipality was created and sent to 374 businesses of different type within the Municipality.
    [Show full text]
  • Uppsala and Agenda 2030 Voluntary Local Review 2021
    City Executive Office File No: Report KSN-2021-00822 Uppsala and Agenda 2030 Voluntary Local Review 2021 Administrators: Susanne Angemo, Sara Duvner, Kristina Eriksson, Anna Hilding, Johan Lindqvist Page 2 (96) Chair of the City Executive Board I have been active in the city’s policy-making for many years now. I have had a particular interest in sustainability issues from the very start, and have therefore followed the work closely over the years. The City of Uppsala has also been a front-runner in the work on Agenda 21 and the Millennium Development Goals. The work was often implemented as projects, and responsibility rested with a small number of employees. The results were short-term solutions, quite the opposite of what the intention was, and still is. When the 2015 UN Summit passed a resolution on the 2030 Agenda for Sustainable Development, those of us living and working in Uppsala decided to try to integrate the issues of sustainability and Agenda 2030 in all policy areas. We started with our work on Objectives and Budget in 2016. So, for the past five years the City of Uppsala has been working instead on sustainability issues integrated as a natural part of the ordinary governance. The targets of Agenda 2030 have been dealt with either as assignments given by the city council to council boards and corporate boards, or as part of the basic duties of city boards and corporate boards. Now that we have the sustainability issues integrated in the governance, everyone is now working together as one community - One Uppsala.
    [Show full text]