DOCSLIB.ORG

Residual Waste in London and the South East Where Is It Going to Go…?

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Residual Waste in London and the South East Where Is It Going to Go…? Residual Waste in London and the South East Where is it going to go…? October 2018 FULL REPORT Residual Waste in London and the South East INTRODUCTION In 2017, London and the South East generated just under 10 Million tonnes (“Mt”) of Residual Waste, exporting circa 1.7Mt as Refuse Derived Fuel (“RDF”) to Europe – a greater dependence on the export market than the rest of the UK. At the same time securing planning consent for new Energy from Waste (“EfW”) facilities is particularly challenging (as evidenced by the recent refusals of EfW developments in West Sussex and Cambridgeshire). By the end of 2019 there could be a total of just 3 remaining Non-Hazardous Landfills across the south coast from Hampshire to Kent. When combined with the potential impact of Brexit on RDF exports, there is greater uncertainty with respect to the adequacy of future Residual Waste treatment capacity in this market than any other in the UK. This report therefore considers in detail the future for Residual Waste in London and the South East through to 2025, with a particular emphasis on the availability of local landfill capacity. In this report Residual Waste is defined as non-hazardous, solid, combustible mixed waste which remains after recycling activities and is capable of being processed alongside Residual Household Waste. The Environment Agency term of Household, Industrial and Commercial (“HIC”) is wider and relates to all solid non-hazardous wastes permitted to be landfilled in a Non-Hazardous Landfill. This report has been derived primarily from Environment Agency data, Tolvik’s own market knowledge and through confidential discussions with the major landfill operators in the area - Biffa, FCC, Veolia and Viridor. We are grateful for their assistance. Where we have used commercially sensitive information in the preparation of the report we have aggregated the data so as to maintain confidentiality. Copies of this report can be downloaded via www.tolvik.com together with a 6-page summary extract. Third parties are entitled to freely use the contents of the report, subject to appropriately acknowledging its source. CONTENTS 1. LONDON AND THE SOUTH EAST ........................................................................................................... 3 2. RESIDUAL WASTE PROJECTIONS ........................................................................................................ 4 3. EFW CAPACITY ........................................................................................................................................ 6 4. RDF EXPORTS AND OTHER RESIDUAL WASTE TREATMENTS ........................................................ 9 5. RESIDUAL WASTE TO LANDFILL ......................................................................................................... 11 6. LANDFILL CAPACITY ............................................................................................................................. 13 7. SUMMARY OF ANALYSIS AND IMPLICATIONS ................................................................................... 23 APPENDIX 1: DATA TABLES ............................................................................................................................ 25 APPENDIX 2: GLOSSARY ................................................................................................................................. 27 APPENDIX 3: WASTE PLANNING OVERVIEW ................................................................................................ 28 APPENDIX 4: DATA SOURCES ........................................................................................................................ 29 Front Cover Image: Waste Transfer Courtesy: Veolia P a g e | 2 Residual Waste in London and the South East 1. LONDON AND THE SOUTH EAST Figure 1: London and the South East For the purposes of this report, London and the South East is defined as the area shaded green in Figure 1. It is comprised of London and South East regions (excluding Isle of Wight) together with the southern portion of the Eastern region including Cambridgeshire, which has historically received significant tonnages of waste from London and the South East. It is estimated that in 2017 the total tonnage of Residual Waste generated in London and the South East was 9.88Mt – around 35% of the total generated in the UK as a whole. Residual Residual Treatment Waste Sources Waste Mt Mt Residual Waste Treatment - 2017 UK EfW 4.19 1.72 LACW 5.86 RDF Export 36% EfW 42% RDF Export MBT Impact 0.26 MBT Co-Incineration 0.13 Co-Incineration C&I Landfill Landfill - L & SE 3.38 4.02 Waste 1% Landfill - Outside 0.20 3% 18% Total 9.88 Total 9.88 Figure 2: 2017 Residual Waste in London and the South East P a g e | 3 Residual Waste in London and the South East 2. RESIDUAL WASTE PROJECTIONS 2.1 Assumptions In this report Residual Waste tonnages have been projected under three scenarios – Limited Intervention, Central and Circular Economy (“CE”) Target. These have been informed by Tolvik’s own in-house analysis and our 2017 review of third-party Residual Waste projections/reports on behalf of the Environmental Services Association (“ESA Report”)(a). The scenarios assume a linear annual improvement towards the 2035 recycling targets set out in Figure 3, resulting in the average recycling rates in 2025 being modelled as shown. England Household Waste Municipal - like C&I Waste Scenario Recycling Rate Recycling Rate 2025 2035 2025 2035 Limited Intervention 46.7% 50.0% 61.5% 62.5% Central 49.0% 55.0% 62.0% 65.0% CE Target 51.4% 60.0% 65.0% 70.0% Figure 3: Recycling Rate Assumptions In projecting Household Waste recycling rates, the national recycling rates set out in Figure 3 have been applied and the performance of each local authority assumed to be relative to their 2016/17 recycling performance – i.e. low performing local authorities will remain low performing – rather than all local authorities achieving the same recycling rate. It has also been assumed that the recycling performance for any single local authority will be capped at 65%. The principle driver for Household Waste arisings has been assumed to be the projected number of households which, the Office of National Statistics projects, will grow in London and the South East by an average 1.23% pa through to 2025. This growth has been offset in Figure 4 by the assumed effects of resource efficiency (reduced waste production per household) on the arisings of waste per household. For C&I Waste, the assumed driver is GDP. However, as regional GDP projections are not generally available this report has used extrapolated national GDP growth projections compiled by HM Treasury(b) for the period to 2022 and adjusted at a regional level based on historic (2010-2016) GVA trends. Projections assume a GDP growth rate of 1.7% pa for the UK as a whole; the significantly higher historic growth rates seen in London and the South East means that this report assumes 2.04% p.a. headline growth for the region through to 2025. These have then been offset by the resource efficiency assumptions set out in Figure 4. Limited Central CE Target Intervention Growth in # Households to 2025 1.23% Household Reduction in Avge Waste per Household (0.25)% (0.50)% (0.75)% Waste Net Growth to 2025 0.98% 0.73% 0.48% GDP Growth 2.04% Municipal - like C&I Resource Efficiency (1.00)% (1.00)% (1.50)% Waste Net Growth to 2025 1.04% 1.04% 0.54% Figure 4: Waste Growth Assumptions for London and the South East P a g e | 4 Residual Waste in London and the South East 2.2 Projections Residual Waste in London and South East 11.0 10.0 9.0 8.0 Mt 7.0 6.0 5.0 2017 2018 2019 2020 2021 2022 2023 2024 2025 Limited Intervention Central CE Target Limited Central CE Target Mt Intervention Residual LACW 5.86 2017 Residual Municipal - like C&I Waste 4.02 Total Residual Waste 9.88 Residual LACW 5.97 5.81 5.67 2020 Residual Municipal - like C&I Waste 4.08 4.08 3.85 Total Residual Waste 10.05 9.89 9.51 Residual LACW 6.04 5.69 5.38 2025 Residual Municipal - like C&I Waste 4.27 4.21 3.71 Total Residual Waste 10.31 9.90 9.09 Figure 5: Projected Residual Waste in London and the South East In Figure 5, in the Central scenario, the drivers for growth in waste arisings are projected to be sufficient to offset the impact of modest increases in recycling. As a result, the projected tonnage of Residual Waste remains broadly unchanged from 2017. Meanwhile, a modest rise in Residual Waste is projected in the Limited Intervention scenario and an 8% decline in the CE Target scenario. P a g e | 5 Residual Waste in London and the South East 3. EFW CAPACITY 3.1 2017 Residual Waste Inputs Figure 6 details those EfWs which were operational in London and the South East in 2017. Residual Waste inputs to these facilities totalled 3.99Mt. Further details can be found in Appendix 1. Inputs (ktpa) EfW Location 2016 2017 1 Riverside Bexley 753 746 2 Edmonton Enfield 548 511 3 Allington Kent 513 484 4 SELCHP Lewisham 448 446 5 Lakeside Slough 436 456 6 Greatmoor Buckinghamshire 267 291 7 Ardley Oxfordshire 304 286 8 Newhaven East Sussex 233 223 9 Marchwood Southampton 204 202 10 Portsmouth Portsmouth 204 202 11 Chineham Hampshire 98 93 12 Lancing West Sussex 33 33 13 Milton Keynes ACT Milton Keynes - 17 Total to EfWs in London and South East 4,041 3,991 “Exports” of Residual Waste from London and the 132 267 South East to Severnside, South Gloucestershire Other “Exports” of Residual Waste from London 11 36 and the South East to EfWs Less: “Imports” of Residual Waste from outside
Load more

Recommended publications
  • Efw Annual Performance Report Newhaven ERF 2019.Xlsm
    Version 2.1 11/11/19 Notes: This template may require adjustments by individual Add photo operators to meet specific reporting requirements as defined in the site Permit(s) Annual Performance Report 2019 Permit EPR/BV8067IL Newhaven Energy Recovery Facility Veolia ES South Downs Ltd Year: 2019 Address: North Quay Road, East Sussex, BN9 0AB Tel: 08453 550 550 Email: Prepared by:Naomi Gronn Position: Environmental Technician Approved by:Paul McMullen Position: Facility Manager Version: 1 Issue Date: January 2020 Annual Performance Report 2019 Newhaven Energy Recovery Facility Contents Notes: Section Subject Page Section references and Page nos. to be inserted Facility Information Sections and Subjects may require Operational Summary adjustment by individual operators to meet Operational Data specific reporting requirements as defined in Performance Form 1 the sites Permit(s) Energy Form 1 Permit Compliance Improvements Public Liaison Residue Quality - Optional Emissions to Water Emissions to Air (periodically monitored) Emissions to Air (continuously monitored) Hydrogen Chloride emissions Sulphur Dioxide emissions Oxides of Nitrogen emissions Total Organic Carbon emissions Particulate Matter emissions Carbon Monoxide emissions Ammonia emissions Version Control Section Information Date Distribution Copy Name, Role No. This report is required under the Industrial Emissions Directive Article 55(2) requirements on reporting and public information on waste incineration plants and co-incineration plants, which require the operator to produce an annual report on the functioning and monitoring of the plant and make it available to the public. Page 2 Annual Performance Report 2019 Newhaven Energy Recovery Facility Plant Description and Design Notes: The Newhaven Energy Recovery Facility processes about half the household waste in the South Downs Include summary of plant design, area.
    [Show full text]
  • Newhaven Town Council Energy Masterplan
    Intended for Newhaven Town Council Document type Report Date September 2016 NEWHAVEN TOWN COUNCIL ENERGY MASTERPLAN Revision 2b Date 16.09.2016 Made by Luca Giunta, Alexia Gonin, Gemma Giribet and Steven Wright Checked by Sophie Cator Approved by Anthony Riddle Description Opportunity Mapping Report Ref Version 1 CONTENTS Figure 10: Location of Eastside site in Newhaven extracted from the outline planning application 14 Figure 11: Illustration of developed Eastside Site extracted from the outline planning application 15 glossary 4 Figure 12: Location of West Quay new development extracted from the outline planning application 15 EXECUTIVE SUMMARY 5 Figure 13: Aerial view of proposed layout for West Quay development extracted from the outline planning Benefits to Stakeholders 7 application 16 1. Introduction 8 Figure 14: Location of phase 1 of Former Parker Pen Site development extracted from the outline planning 2. Energy Demand Appraisal 9 application 16 2.1 Stakeholder Engagement 9 Figure 15: Proposed layout of future development of the former Parker pen site extracted from the outline 2.2 Heat Demand 9 planning application 17 2.3 Cooling demand 21 Figure 16 - Planning Applications - Marco Trailers 17 2.4 Power demand 23 Figure 17: Map Indicating Quality of Heat Map Data 18 3. Identification of Potential Supply Assets 25 Figure 18: Heat Demand Breakdown by Building Type 18 3.1 Existing and Planned Supply Assets 25 Figure 19: Newhaven Heat Density Map 19 3.2 Proposed New Supply Opportunities 26 Figure 20: Newhaven Heat Map 20 4. Opportunity Areas Identification 29 Figure 21: Estimated annual cooling demands within the study area 21 4.1 Opportunity Areas 29 Figure 22: Newhaven cooling map 22 5.
    [Show full text]
  • UK Energy from Waste Statistics - 2020
    UK Energy from Waste Statistics – 2020 May 2021 UK Energy from Waste Statistics - 2020 INTRODUCTION Tolvik’s seventh annual report on the UK Energy from Waste (“EfW”) sector brings together data from a range of sources into a single, readily accessible document. We are very grateful to the continued co-operation from all concerned, in particular the Environment Agency (“EA”), Environmental Services Association and individual EfW operators, with data analysis greatly helped by the new Annual Performance Report (“APRs”) formats. Building upon last year’s report, the section on carbon intensity of EfW has been expanded. As in previous years we welcome any feedback on the report as a whole but we are particularly interested in comments on what is becoming an increasingly significant section. For consistency with previous years, the focus of this report continues to remain upon conventional moving grate EfWs and Advanced Conversion Technology (“ACT”) facilities in the UK generating energy from the combustion of Residual Waste. In 2020, in addition to the use of Residual Waste in the form of Solid Recovered Fuel at cement kilns, increased (but still very modest) tonnages of Residual Waste were co-incinerated at biomass facilities including Slough Fibrepower, Boston (Biomass No 3 Limited) and RWE Markinch. This data has once again been excluded but will be reviewed each year. Residual Waste is defined as non-hazardous, solid, combustible mixed waste which remains after recycling activities. This definition is a little broader than that for Municipal Waste but primarily includes wastes falling within European Waste Catalogue (“EWC”) 19 12 10, 19 12 12 and 20 03 01.
    [Show full text]
  • Reimagine Challenge
    REIMAGINE CHALLENGE Anthology of 2020 Winning Proposals IT’S TIME TO REIMAGINE OUR WORLD FROM THE GROUND UP Foreword by Eric Schmidt The COVID-19 pandemic has transformed our world, revealing vulnerabilities and magnifying challenges in nearly every community across the globe. But it also presents us with an opportunity to reimagine our future. In the summer of 2020, Schmidt Futures announced the Reimagine Challenge, inviting the world’s college and university students to put forward their most innovative proposals to build back better and more resilient than before. I’m inspired by the bold ideas we received and the rising generation of leaders who developed them. From combating misinformation online to tackling food insecurity with sustainable farming to improving access to remote mental and physical health care, the issues students addressed revealed the myriad challenges faced by communities around the world. Their projects showcase not only critical thinking and ingenuity, but also empathy. Although the long-term impact of this pandemic is daunting, we cannot forget we live in the most educated, interconnected, empowered period in human history. If we come together with all of our tools, knowledge, and talents—as these students have done—I’m confident we can build a world that’s fairer, safer, and more prosperous for everyone. —Eric Schmidt, Co-Founder of Schmidt Futures 44 MUZZAMMIL ISMAIL Data-driven virtual management and care of patients through scale of a successful model from South Africa to assist with the management of elderly diabetic patients during the COVID-19 pandemic. Contents 60 YVETTE HOMERLEIN A Chrome extension and smartphone app that battles misinformation by identifying the owners of news sources in an easy-to-interpret color coding.
    [Show full text]
  • East Sussex Waste and Minerals Authority Monitoring Report 2010/11
    eastsussex.gov.uk East Sussex Waste and Minerals Authority Monitoring Report 2010/11 December 2011 East Sussex Waste and Minerals Authority Monitoring Report 2010/2011 1 Executive Summary1 1 Executive Summary Introduction 1.1 East Sussex County Council, as a Minerals and Waste Planning Authority, provides planning policies for waste management and minerals production. Current policy is contained in the existing Waste Local Plan and Minerals Local Plan and revised policy is being prepared jointly with Brighton & Hove City Council and the South Downs National Park Authority. The Council is required to monitor implementation of these policies by the Planning and Compulsory Purchase Act 2004, as amended by the Localism Act 2011(1), and does this by producing a Waste & Minerals Authority Monitoring Report (AMR). This AMR covers the period April 2010 to March 2011. AMRs from previous years can be found at the following website:www.eastsussex.gov.uk/environment/planning/development/mineralsandwaste/amr1.Htm Planning Policy Framework Saved Policies in the Waste and Minerals Local Plans 1.2 All planning policies in the Waste Local Plan (WLP) and Minerals Local Plan (MLP) have been saved until they are replaced by those in the Development Plan Documents which will comprise the Waste & Minerals Development Framework. Progress on the Waste & Minerals Development Framework Minerals & Waste Development Scheme 1.3 A revised Minerals and Waste Development Scheme, containing the timetable for the preparation of the documents that form the Waste and Minerals Development Framework was approved by the County Council in July 2011. It was subsequently approved by the County Council's partner Authorities, and has now been sent to Government.
    [Show full text]
  • Regulatory Planning Committee Date
    Agenda Item No.6A Committee: Regulatory Planning Committee Date: 22 September 2010 Report by: Head of Planning Proposal: Construction of transformer housing and provision of additional landscaping area to north-eastern boundary for the Newhaven ERF Site Address: North Quay Road, Newhaven Applicant: Veolia ES South Downs Ltd Application No. LW/641/CM Key Issues: (i) Purpose of development (ii) Effect on landscape (iii) Effect on public footpath Contact Officer: Jeremy Patterson, Tel. No. – 01273 481626 Local Member: Councillor Pat Ost SUMMARY OF RECOMMENDATIONS 1. To grant planning permission subject to conditions, as set out at paragraph 8.1. CONSIDERATION BY HEAD OF PLANNING 1. The Site and Surroundings 1.1 The site of the Newhaven Energy Recovery Facility (ERF) is about 4.74 hectares in area and the development is currently under construction. It is located at the northern end of the North Quay Industrial area adjacent to the River Ouse. The Seaford to Lewes Railway line runs to the east of the site and an industrial area, together with the residential areas of South Heighton and Denton, lie beyond. Newhaven Town is located to the south and south- west of North Quay. Land to the west of the ERF beyond the river is open and land to the north is within the South Downs National Park (SDNP). Public Footpath Newhaven 24 skirts the north-eastern boundary of the site. 1.2 The application site comprises a largely linear area of 0.14 of a hectare along the north-eastern side of the ERF site. This area includes land both within the permitted boundary of the ERF facility and a strip of adjoining land between that boundary and the existing fence which borders the public footpath.
    [Show full text]
  • East Sussex, South Downs and Brighton & Hove Waste And
    Agenda Item 8 Report PC71/15 Appendix 1 East Sussex, South Downs and Brighton & Hove Waste and Minerals Sites Plan - Submission Consultation Draft 2015 Contents Consultation 2015 About this Consultation 4 List of Policies and Sites 5 Contents 1 Introduction 1 2 Context 3 Policy Context 3 3 Providing for Waste 5 Provision of Waste Sites 6 Provision of Waste Water Treatment Sites 19 Safeguarding of Waste Facilities 20 4 Providing for Minerals 23 Safeguarding Minerals Resources 23 Safeguarding Wharves, Railheads and Concrete Batching 26 5 Implementation and Monitoring 30 6 Saved policies 31 Appendix A Waste Site Profiles 34 Allocations 37 Areas of Opportunity 49 Areas of Search 76 Physical Extension of Existing Waste Sites 91 B Safeguarded Waste Sites 98 C Mineral Safeguarding Areas 135 D Safeguarded Wharves and Railheads 146 East Sussex, South Downs and Brighton & Hove Waste and Minerals Sites Plan - Submission Consultation Draft 2015 Contents Glossary Glossary 151 Policies Policy SP 1 Waste Site Allocations 13 Policy SP 2 Areas of Opportunity on Previously Developed or Allocated Land 14 Policy SP 3 Areas of Search 15 Policy SP 4 Physical Extension of Existing Waste Sites 16 Policy SP 5 Existing Industrial Estates 18 Policy SP 6 Safeguarding Waste Sites 21 Policy SP 7 Waste Consultation Areas 22 Policy SP 8 Mineral Safeguarding Areas for land-won minerals resources within the Plan Area 25 Policy SP 9 Safeguarding wharves and railheads within the Plan Area 27 Policy SP 10 Safeguarding facilities for concrete batching, coated materials manufacture
    [Show full text]
  • Annual Performance Report 2006
    Annual Performance Report 2014 Newhaven Energy Recovery Facility PPC Permit: BV8067IL 1. Introduction. This report is based on the requirements of Article 12(2) of the Waste Incineration Directive regarding the requirements on access to information and public participation, which requires the operator of an incineration or co- incineration plant to produce an annual report to the regulator on the functioning and monitoring of the plant and to make this available to the public. Name of Company Veolia ES Southdowns Ltd. Name of Plant Newhaven Energy Recovery Facility Permit Number BV8067IL Address North Quay Road, Newhaven BN9 0AB Phone number 01273 511310 Further information Newhaven ERF (Energy Recovery Facility), Line 1 and 2, built on a new site situated at Newhaven (neighbouring Brighton). The site is located besides a river and approximately 2.0 km north of the south coast. Newhaven ERF provides a long term, sustainable solution for waste disposal in the area as part of an integrated approach to waste management. Municipal waste that is not recycled in East Sussex is incinerated at this ERF minimising disposal of waste to land fill. The principal objective of the new facility is the provision of an independent ERF with two separate lines burning acceptable mixed municipal waste at an average rate of 14.0 tons per hour, per line with a calorific value of 9.2 MJ/kg for producing 19MW of electrical power, of which 16.5MW goes for export. 2. Plant Description The main purpose of the Facility is to incinerate Mixed Municipal Waste (MMW) as defined by European Waste Catalogue (EWC) Code 20 03 01, however up to 30% of the total throughput can be composed of a range of non-hazardous trade waste of a similar nature.
    [Show full text]
  • The Waste Management System in Low Income Areas of Jos, Nigeria: the Challenges and Waste Reduction Opportunities
    THE WASTE MANAGEMENT SYSTEM IN LOW INCOME AREAS OF JOS, NIGERIA: THE CHALLENGES AND WASTE REDUCTION OPPORTUNITIES JANET AGATI YAKUBU A thesis submitted in partial fulfilment of the requirements of the University of Brighton for the degree of Doctor of Philosophy October 2017 ABSTRACT An estimated 2 billion people do not have access to waste collection services, and 3 billion do not have access to controlled waste disposal. This lack of services and infrastructure has a detrimental impact on public health and the environment with waste being dumped or burnt in communities. With waste levels projected to double in Less Economically Developed Countries (LEDCs) by 2025 there are significant challenges facing municipalities who already lack the basic resources needed to manage waste. The United Nations acknowledged the problems of poor sanitation and waste management in the Sustainable Development Goals which sets targets to address these challenges, including the target by 2030 to substantially reduce waste generation through prevention, reduction, reuse and recycling. Jos, the capital of Plateau state in Nigeria, shares the waste management challenges facing cities in LEDCs. The population of Jos is projected to increase from 1.3 million in 2007 to 2.7 million in 2025, with much of the population living in densely populated areas that lack basic sanitation and controlled disposal of waste. This thesis presents the results of a detailed investigation into the current waste management system in Jos with a focus on low income areas. Through the adoption of mixed methods the thesis identifies how waste is currently being managed and establishes the challenges to sustainable waste management.
    [Show full text]
  • ISSUE NO. 6/2018 19 April 2018
    INFORMATION BULLETIN ISSUE NO. 6/2018 19 April 2018 Information Bulletin Issue No. 6/2018 Inside this Issue Correspondence WA Local Government Association (WALGA) News ................................ COR 1 & Papers Australian Local Government Association (ALGA) News ....................... COR 19 Pink Divider Media Releases – Nil WALGA Quarterly Overview Report January – March 2018 Information from Human Employee Movements ................................................................................. HR-1 Resources Blue Divider Information to Standing Committees Technical Outstanding Matters and Information Items Services Various Items ................................................................................................... T-1 Green Divider Monthly Departmental Reports Technical Services Works Programme T-2 Outstanding Matters & Information Items Community Events Calendar ............................................................................................... C-1 Services Report on Outstanding Matters ....................................................................... C-2 Beige Divider Monthly / Quarterly Departmental Reports Community Planning ...................................................................................... C-3 Community Development ............................................................................... C-5 Recreation Services Report ........................................................................... C-18 Library & Heritage Services Report ............................................................
    [Show full text]
  • Waste and Minerals Sites Plan 2017 - Adoption Version Agenda Item 13 Report 05/17 Appendix 1
    Agenda Item 13 Report 05/17 Appendix 1 Agenda Item 13 Report 05/17 Appendix 1 Waste and Minerals Sites Plan 2017 - Adoption Version Agenda Item 13 Report 05/17 Appendix 1 Contents Contents 1 Introduction 1 2 Context 4 Policy Context 4 3 Providing for Waste 6 Provision of Waste Sites 7 Provision of Waste Water Treatment Sites 20 Safeguarding of Waste Facilities 21 4 Providing for Minerals 24 Safeguarding Minerals Resources 24 Safeguarding Wharves, Railheads and Concrete Batching 26 5 Implementation and Monitoring 30 6 Saved policies 31 Appendix A Waste Site Profiles 34 Allocations 37 Areas of Opportunity 47 Areas of Search 74 Physical Extension of Existing Waste Sites 87 B Safeguarded Waste Sites 94 C Mineral Safeguarding Areas 142 D Safeguarded Wharves and Railheads 153 Glossary Glossary 158 Policies Waste and Minerals Sites Plan 2017 - Adoption Version Agenda Item 13 Report 05/17 Appendix 1 Contents Policy SP 1 Waste Site Allocations 14 Policy SP 2 Areas of Opportunity on Previously Developed or Allocated Land 15 Policy SP 3 Areas of Search 16 Policy SP 4 Physical Extension of Existing Waste Sites 17 Policy SP 5 Existing Industrial Estates 19 Policy SP 6 Safeguarding Waste Sites 22 Policy SP 7 Waste Consultation Areas 23 Policy SP 8 Mineral Safeguarding Areas for land-won minerals resources within the Plan Area 25 Policy SP 9 Safeguarding wharves and railheads within the Plan Area 27 Policy SP 10 Safeguarding facilities for concrete batching, coated materials manufacture and other concrete products within the Plan Area 28 Policy SP 11
    [Show full text]
  • UK Energy from Waste Statistics – 2019
    UK Energy from Waste Statistics – 2019 May 2020 UK Energy from Waste Statistics - 2019 INTRODUCTION Tolvik’s sixth annual report on the UK Energy from Waste (“EfW”) sector brings together data from a range of sources into a single document. Thanks to excellent co-operation between the Environment Agency, Environmental Services Association and individual EfW operators, there has been significant progress in the standardisation of reporting via the Annual Performance Reports (“APR”) prepared by operators which has greatly facilitated the preparation of this report. As we develop the report each year, so the range of subjects covered is expanded. For the first time, and in line with increased stakeholder interest, this year we have undertaken a preliminary assessment of the carbon intensity of EfWs per tonne of waste processed. Such analysis is, given the lack of an agreed methodology, subjective and we would particularly welcome any feedback on our calculations. Meanwhile the sections on operations, consumable usage and emissions to air have been developed as more data becomes available. For consistency with previous years, the focus of this report continues to remain upon conventional moving grate EfWs and Advanced Conversion Technology (“ACT”) facilities in the UK generating energy from the combustion of Residual Waste. Residual Waste is defined as non-hazardous, solid, combustible mixed waste which remains after recycling activities. This definition is a little broader than that for Municipal Waste but primarily includes wastes falling within European Waste Catalogue (“EWC”) 19 12 10, 19 12 12 and 20 03 01. The report continues to exclude EfW facilities in Jersey and the Isle of Man and facilities solely processing Waste Wood or other biomass wastes.
    [Show full text]