DOCSLIB.ORG

Recovery of the Mersey Estuary from Metal Contamination

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Recovery of the Mersey Estuary from Metal Contamination University of Plymouth PEARL https://pearl.plymouth.ac.uk 04 University of Plymouth Research Theses 01 Research Theses Main Collection 2004 Recovery of the Mersey Estuary from Metal Contamination Watts, Sarah Jane http://hdl.handle.net/10026.1/2133 University of Plymouth All content in PEARL is protected by copyright law. Author manuscripts are made available in accordance with publisher policies. Please cite only the published version using the details provided on the item record or document. In the absence of an open licence (e.g. Creative Commons), permissions for further reuse of content should be sought from the publisher or author. Recovery of the Mersey Estuary from Metal Contamination By Sarah Jane Watts B.Sc. (Hons.), M.Sc. thesis-submitted'tonhcUniversity of Plymouth I in partiaKfuinimentfor_tfle degree of Doctor ofcPhilosophy School of Earth, Ocean and Environmental Science University of Plymouth Drake Circus Plymouth PL4 8AA In collaboration with: UK Environment Agency (North West Region) University of Plymouth Library Item No. Shelfmark Recovery of the Mersey Estuary from Metal Contamination Sarah Jane Watts B.Sc. (Hons,), M.Sc. Abstract The Mersey Estuziry has received significant quantities of industrial wastes and sewage over several decades. Although contaminant loads are reducing and the estuary is showing signs of recovery, the sediment reservoir remains a repository of historical contamination and still contains high concentrations of trace metals and organic compounds. A combination of hydrodynamic, sedimentary and geochemical processes are responsible for maintaining trace metal concentrations at present-day levels. The distributions of trace metals in bed sediments reflect changes in granulometry, differences in POC content and the magnitude of past inputs rather than the locations of point sources in the estuary. The association of contaminant metals with SPM varies not only with axial changes in salinity and particle concentration but also in response to the relative magnitudes of freshwater and tidal inflows and cyclic variations in water and particulate chemistry that occur on intratidal, intertidal and seasonal timescales. The most influential of these arise from axial changes in dissolved oxygen and the delivery of organic carbon from both external and internal sources which modify the relative degree of sorptive control exerted by Fe, Mn and organic C at different locations in the estuary and at different times. These factors, combined with the efficient trapping of sediments and possible salting out of neutral metal- organic complexes, assist in the retention and internal recycling of particles and associated metals between the bed and water column. Geochemical reactivity is suppressed in Mersey SPM and metal decontamination is not predicted to occur through the loss of particulate metals to the surrounding coastal zone. Rather, it is envisaged that sediment resuspension and the desorption of metals into fresh and low salinity waters, supplemented by the release of metals from tidally stirred diagenetically modified sediments, are more likely to be important long term cleansing mechanisms, v^th the latter occurring particularly during the summer months when bacterial numbers and the degradation of accumulated organic detritus becomes more pronounced. Future declines in metals from bed sediments have been estimated using two methods and two independent data sets. Resulting values are not only metal-dependent but also vary with sediment location. Losses of Cd, Co, Cu, Hg, Ni and Zn are predicted to take up to 40 years, whilst removal of substantially elevated concentrations of Pb in sediments in the upper estuary could span hundreds of years. iii Acknowledgements The author wishes to thank all those who assisted in the completion of this study. • My foremost thanks go to Professor Geoff Millward (Director of Studies, University of Plymouth) for his experience, encouragement, never-ending support and interest in all aspects of the project and my own well being, for which I am truly grateful. • Dr. Andrew Turner (Supervisor, University of Plymouth) for providing useful comments during the preparation of this thesis. • Dr. Peter Jones (North West Environment Agency) for help during the field campaigns, his considerable knowledge of the estuary and general enthusiasm for the project. • Dr. Manuela Martino for use of dissolved metals data and help with sample collection. • Technical staff from the Dept. of Environmental Sciences, University of Plymouth: Mr. Andy Arnold for training in the use of GFAAS, Mr. Andrew Tonkin for training in the use of the CHN analyser and Mr. Derek Henon for performing the particulate HF digests. • Dr. Mark R. Williams for initial training in general trace metal analytical techniques. • Friends and colleagues in the (former) Institute of Marine Studies and the Dept. of Environmental Sciences, particularly Drs. Tracey Jones-Hughes and Mark S. Williams for their friendship, support and good times. • Friends and colleagues (past and present) at Westlakes Scientific Consulting for their encouragement and support during the writing of this thesis, in particular Drs. Adrian and Karen Punt and Paul McDonald. • My friends, for helping to keep me in the 'real world'. Special thanks here go to Kate, Paul and India. • Finally I wish to thank my family, for their love and support throughout all my academic endeavours. This thesis is dedicated to them and also to Mary Brown and Arthur Watts, who would have been so proud. "IVe have come a long way. We have a long way to go. In between we are somewhere. " (Rheinhold Messner's mantra on his solo and unassisted crossing of Antarctica). iv Declaration At no time during the registration for the degree of Doctor of Philosophy has the author been registered for any other University Award. The study was financed with the aid of a Natural Environment Research Council grant provided by the Environment Agency (award no. GST03/1567). This thesis is a holistic treatment of the trace metals component of the NERC Environmental Diagnostics project 'Fate and Impact of Persistent Contaminants in Estuaries and Coastal Waters' (Environment Agency project number 7261). The assistance of all those involved is duly and gratefully acknowledged (see acknowledgements section), in particular Dr. M. Martino for allowing me access to her dissolved metal data and Dr. P. Jones for allowing me to report the results of the Statutory Monitoring Programme for the Mersey Estuary. However, the thesis remains the sole work of the author. A programme of advanced study was undertaken that included: • Guided reading in topics relating to marine chemistry and oceanography. • Development of proficiency in the use of a variety of analytical techniques and instrumentation, particularly in the areas of spectroscopy and radiochemistry. • Further instruction in estuarine and coastal survey techniques, including successful completion of the RYA Level 4 power boat handling certificate. • Consultancy work for the Institute of Marine Studies, University of Plymouth. • Supervision and demonstration of practical field and laboratory techniques for graduate and postgraduate students. • Attendance and presentation of work at relevant scientific conferences and seminars. • Meetings with project co-workers from the universities of Liverpool and Cardiff and the Environment Agency for discussions on project findings and progress. • Production of annual reports for the University of Plymouth and the Environment Agency. Completed courses • 'Analytical Atomic Spectrometry' short course and M.Sc. module, University of Plymouth, 07-12 September 1997. • Research Councils' Graduate School, Otterbum Hall, Otterbum, Northumberland, 04-09 November 1999. • RYA Level 4 power boat handling, University of Plymouth, June 2000. Available Data The original data collected during this study is available as spreadsheets created using Microsoft Excel 97 and stored on the CD-ROM contained in an appendix to copies of this thesis held by the University of Plymouth hbrary. Conferences and Presentations • Attendance: 3"^** Annual LOIS Conference, University of East Anglia, 24-26 March 1998. • Attendance: Royal Society of Chemistry Radiochemical Methods Group Young Researchers Meeting, University of Loughborough, 08 July 1998. • Poster presentation: 'Distribution and reactivity of trace metals in the Mersey Estuary, UK', Challenger Society for Marine Science 8^ Biennial Conference, UK Oceanography '98, University of Southampton, 07-11 September 1998. • Poster presentation: 'The role of particle selection processes and particle reactivity in controlling trace metal transport in the Mersey Estuary', Environmental Diagnostics 2°^ Annual Meeting, Royal Institute of Chartered Surveyors Westminster Centre, London, 20 January 1999. • Oral presentation: 'The distribution and reactivity of trace metals in the Mersey Estuary', ECSA Local Meeting The Coast and Estuaries of North-West England, Edge Hill College of Higher Education, Ormskirk, 08-09 April 1999. • Poster presentation: 'Unreactive particles in the Mersey Estuary?', 3^^ Progress in Chemical Oceanography Conference, PICO III, University of Plymouth, September 1999. • Attendance: Royal Society of Chemistry Environmental Chemistry Group, Chemical Contaminants in Estuaries and Coastal Waters: Practical Applications of Models, Scientific Societies' Lecture Theatre, London, 19 November 1999. • Poster presentation: 'Trace metal reactivity in the Mersey Estuary, UK\ 3*"**
Load more

Recommended publications
  • HR Wallingford
    HR Wallingford Draft Final Report R&.D Project BO 1.2.90 Review of Low Velocity Measurement Techniques HR Wallingford August 1991 Zfo([ | a Report EX £395 ■ ENVIRONMENT AGENCY 124475 A'ddrcssrHydriTulics Research L td , Wallingford, Oxfordshire 0X10 8BA, United Kingdom. Telephone: 0491 35381 International+44 491 35381 Telex: 848552 MRSWAL G. Facsimile: 0491 32233 International +- 44 491 32233 Registered in England No. 1622174 This report describes the review of low velocity measurement techniques carried out by HR Wallingford under NRA Research and Development Project BO1.2.90. Information was obtained from all ten NRA Regions on the extent of gauging problems associated with low velocities of flow, and visits were made to all the Regional Offices. Contacts were also made with equipment manufacturers and other external organisations and information was obtained on low velocity measurement techniques. All available methods of flow gauging have been considered with respect to low velocity measurement. Methods which may be suitable have been identified, and information on the use of these methods in NRA Regions has been obtained. Methods of measuring low velocities of flow are recommended, as follows: Continuous measurement: Ultrasonic gauge Electromagnetic gauge Non-continuous measurement: Electromagnetic current meter Further work is recommended to verify the accuracy of these methods for measuring low velocity flows. Recommendations are also given for further work in connection with other methods which may prove to be suitable for low
    [Show full text]
  • 270219-1633 Student Guide to Warr 001D.Indd
    Written by students, for students The Student Guide to Warrington WarringtonChester Business School Campus@ Warrington 1 Contents getting to know... 2. map - campus and surrounding area 5. ...the town 6. ...the key areas 8. ...things to do 12. ...where to eat 14. ...the nightlife 16. ...sport, health and fitness 20. ...your way around 23. ...the surrounding areas 25. ...money saving tips 2 3 Getting Warrington is a great place to live and study and we’re confident you’ll enjoy an amazing student experience during your to know… time here. This guide will fill you in on all the best places to eat, drink and have fun, so keep reading and let us share with you the best of our town… the town Total population = 206,400 (102,400 males, 104,000 females). 1hr 50 mins travel time to London by train and 55 mins flight time. 3.5 million people living within a 30 minute drive of Warrington. 6th highest earnings in the UK (highest in North West). Over 8,000 businesses are already located in Warrington. Home to Britain’s first Ikea. 3.6% of the population are students (North West). Largest town in Cheshire. Halliwell Jones stadium, which is home to Warrington Wolves, holds 15,200 people. 4 5 “There’s no place like Warrington, Getting the community feeling creates a family atmosphere where everyone looks out and cares for each other!” to know… Laura Garlic the key areas Town Centre Stockton Heath Warrington town centre is a lively hub of Stockton Heath is home to a number of activity.
    [Show full text]
  • Professor Steven Broomhead Chief
    To: Members of the Scrutiny Committee Professor Steven Broomhead Chief Executive Councillors: Cllr P Carey - Chair Town Hall Cllr C Mitchell - Deputy Chair Sankey Street Cllrs M Creaghan, L Dirir, C Froggatt, T Jennings, Warrington W Johnson, I Marks and M Tarr WA1 1UH Co-opted Members: Statutory Co opted Members Roman Catholic Representative: Mr David Littlewood Church of England Representative: Ms Penny Johnson Parent Governor Representative: Vacancy Parent Governor Representative: Vacancy 3 April 2018 Meeting of the Scrutiny Committee Wednesday, 11 April 2018 at 6.30pm Council Chamber, Town Hall, Sankey Street, Warrington, WA1 1UH Agenda prepared by Julian Joinson, Principal Democratic Services Officer – Telephone: (01925) 442112 Fax: (01925) 656278 E-mail: [email protected] A G E N D A Part 1 Items during the consideration of which the meeting is expected to be open to members of the public (including the press) subject to any statutory right of exclusion. Item Page Number 1. Apologies for Absence To record any apologies received. Item Page Number 2. Code of Conduct - Declarations of Interest Relevant Authorities (Disclosable Pecuniary Interests) Regulations 2012 Members are reminded of their responsibility to declare any disclosable pecuniary or non-pecuniary interest which they have in any item of business on the agenda no later than when the item is reached. 3. Minutes To confirm the minutes of the meetings held on 6 December 2017 5 - 24 and 7 February 2018 as correct records. 4. Cheshire and Warrington Local Enterprise Partnership - Presentation To consider a presentation by Philip Cox, Chief Executive, Cheshire and Warrington Local Enterprise Partnership on the work of the LEP.
    [Show full text]
  • Mersey Warrington Flood Risk Management Scheme – Phase 3B Latchford East (Westy) Design and Access Statement September 2015
    Mersey Warrington Flood Risk Management Scheme – Phase 3B Latchford East (Westy) Design and Access Statement September 2015 Design and Access Statement_V2 We are the Environment Agency. We protect and improve the environment and make it a better place for people and wildlife. We operate at the place where environmental change has its greatest impact on people’s lives. We reduce the risks to people and properties from flooding; make sure there is enough water for people and wildlife; protect and improve air, land and water quality and apply the environmental standards within which industry can operate. Acting to reduce climate change and helping people and wildlife adapt to its consequences are at the heart of all that we do. We cannot do this alone. We work closely with a wide range of partners including government, business, local authorities, other agencies, civil society groups and the communities we serve. Published by: Environment Agency Further copies of this report are available Horizon house, Deanery Road from our publications catalogue: Bristol BS1 5AH http://publications.environment- Email: enquiries@environment- agency.gov.uk or our National Customer agency.gov.uk Contact Centre: T: 03708 506506 www.environment-agency.gov.uk Email: enquiries@environment- agency.gov.uk. © Environment Agency 2011 All rights reserved. This document may be reproduced with prior permission of the Environment Agency. Mersey Warrington FRMS Mersey Warrington FRMS Phase 3B Latchford East (Westy) Design and Access Statement Quality Assurance Project name Mersey Warrington Flood Risk Management Scheme – Phase 3B Latchford East (Westy) Project 1B1S reference Date September 2015 Version number 2 Author M Halsall Design and Access Statement_V2 Mersey Warrington FRMS Phase 3B Latchford East (Westy) Design and Access Statement CONTENTS 1.0 INTRODUCTION .......................................................................................................
    [Show full text]
  • Recovery of the Mersey Estuary from Metal Contamination
    Recovery of the Mersey Estuary from Metal Contamination By Sarah Jane Watts B.Sc. (Hons.), M.Sc. thesis-submitted'tonhcUniversity of Plymouth I in partiaKfuinimentfor_tfle degree of Doctor ofcPhilosophy School of Earth, Ocean and Environmental Science University of Plymouth Drake Circus Plymouth PL4 8AA In collaboration with: UK Environment Agency (North West Region) University of Plymouth Library Item No. Shelfmark Recovery of the Mersey Estuary from Metal Contamination Sarah Jane Watts B.Sc. (Hons,), M.Sc. Abstract The Mersey Estuziry has received significant quantities of industrial wastes and sewage over several decades. Although contaminant loads are reducing and the estuary is showing signs of recovery, the sediment reservoir remains a repository of historical contamination and still contains high concentrations of trace metals and organic compounds. A combination of hydrodynamic, sedimentary and geochemical processes are responsible for maintaining trace metal concentrations at present-day levels. The distributions of trace metals in bed sediments reflect changes in granulometry, differences in POC content and the magnitude of past inputs rather than the locations of point sources in the estuary. The association of contaminant metals with SPM varies not only with axial changes in salinity and particle concentration but also in response to the relative magnitudes of freshwater and tidal inflows and cyclic variations in water and particulate chemistry that occur on intratidal, intertidal and seasonal timescales. The most influential of these arise from axial changes in dissolved oxygen and the delivery of organic carbon from both external and internal sources which modify the relative degree of sorptive control exerted by Fe, Mn and organic C at different locations in the estuary and at different times.
    [Show full text]
  • Environment & Transport S19 Flood Investigation Report
    Environment & Transport S19 Flood Investigation Report Engineering & Flood Risk Management Team Warrington Borough Council – Lead Local Flood Authority Date: December 2018 Location: Borough Wide Rainfall Event Flood Investigation Reference Number: 2018/019/001 Version: Final 01 Warringto n Borough Council – Environment & Transport S19 Flood Investigation Report: 2018/019/001 December Final01 Disclaimer Although every effort has been taken to ensure the accuracy of the information contained within the pages of this report, we cannot guarantee that the contents will always be current, accurate or complete. This report has been prepared as part of Council's responsibilities under the Flood and Water Management Act (2010) as Lead Local Flood Authority (LLFA). The findings of this report are based on a subjective assessment of the information available to those undertaking the investigation and therefore may not include all relevant information. Therefore it shouldn't be considered as a definitive assessment of all factors that may have triggered or contributed to the flood event. The opinions, co nclusions and any recommendations in this report are based on our assumptions when preparing this report, including, but not limited to those key assumptions noted in the reports, including reliance on information provided by third parties. The Council expressly disclaims responsibility for any error in, or omission from, this report arising from or in connection with any of the assumptions made being incorrect. The opinions, conclusions and any recommendations in these reports are based on conditions encountered and information reviewed at the time of preparation and the Council expressly disclaims responsibility for any error in, or omission from, this report arising from or in connection with those opinions, conclusions and any recommendations.
    [Show full text]
  • Delivering Better Train Services in West
    4 David Mowat WARRINGTON MATTERS Covering Appleton, Bewsey, Chapelford, Cuerdley, Dallam, Grappenhall, Great Sankey, Hatton, Latchford, Lymm, DELIVERING HOW TO CONTACT Oughtrington, Penketh, Stockton Heath, Stretton, Thelwall, Walton, THIS REPORT WAS Westy, Whitecross and Whittle Hall. David PRODUCED AT NO BETTER TRAIN Mowat MP COST TO THE TAXPAYER David is keen to hear your views. SERVICES It’s easy to get in touch. Write to him: Warrington PARLIAMENTARY OFFICE IN WEST House of Commons, London SW1A 0AA CONSTITUENCY OFFICE Matters WARRINGTON 1 Stafford Road, Warrington, Cheshire WA4 6RP Transport Special David has been lobbying to get Government funding for a new station Telephone with David Mowat MP for Warrington South in West Warrington in order to attract PARLIAMENTARY OFFICE better quality train services for 020 7219 7178 commuters. An opportunity now exists for west CONSTITUENCY OFFICE Warrington to have semi-fast services to 01925 575 299 Liverpool and Manchester, with fewer [email protected] stops in between. Residents in Birchwood already enjoy these services. www.davidmowat.org.uk Unfortunately the existing station in NEW BRIDGES Sankey couldn’t accommodate the facebook.com/DavidMowatMP volumes of commuters who would be @mowat4ws likely to use the improved service. David Artist’s impression of the new station which will have more parking space and has managed to secure funding from the better facilities for disabled people Government to build a brand new station near Chapelford with better facilities – FOR WARRINGTON including access for disabled people. of the congestion around Chapelford as residents Better rail services are also likely to ease some choose to commute to work by train rather than by MP SURGERY car.
    [Show full text]
  • Westy) Environmental Report September 2015
    River Mersey Warrington FRMS Phase 3B Latchford East (Westy) Environmental Report September 2015 We are the Environment Agency. We protect and improve the environment and make it a better place for people and wildlife. We operate at the place where environmental change has its greatest impact on people’s lives. We reduce the risks to people and properties from flooding; make sure there is enough water for people and wildlife; protect and improve air, land and water quality and apply the environmental standards within which industry can operate. Acting to reduce climate change and helping people and wildlife adapt to its consequences are at the heart of all that we do. We cannot do this alone. We work closely with a wide range of partners including government, business, local authorities, other agencies, civil society groups and the communities we serve. Published by: Environment Agency Horizon House, Deanery Road Bristol BS1 5AH Email: enquiries@environment- Further copies of this report are available agency.gov.uk from our publications catalogue: https://www.gov.uk/government/organisatio https://www.gov.uk/government/publications ns/environment-agency or our National Customer Contact Centre: T: 03708 506506 © Environment Agency 2015 Email: enquiries@environment- agency.gov.uk. All rights reserved. This document may be reproduced with prior permission of the Environment Agency. Quality Assurance Project name Mersey Warrington FRMS Project 1B1S IMNW000699 reference Date September 2015 Version number V2.4 Author Various EIA Quality Mark
    [Show full text]
  • Manchester Ship Canal: Summary of Known Data and Relevant Information
    Manchester Ship Canal: Summary of Known Data and Relevant Information Final Report Appendix Document United Utilities 413687 February 2015 Dr Keith Hendry, Heather Webb, Dr Michael Dobson, Caitlin Riddick Client: United Utilities Address: Lingley Mere Business Park Lingley Green Avenue Great Sankey Warrington WA5 3LP Project reference: 413687 Date of issue: February 10, 2015 ________________________ Project Director: Dr Keith Hendry Project Manager: Heather Webb ________________________ APEM Ltd Riverview A17 Embankment Business Park Heaton Mersey Stockport SK4 3GN Tel: 0161 442 8938 Fax: 0161 432 6083 Registered in England No. 2530851 Report should be cited as: “APEM (2014). Manchester Ship Canal: Summary of Known Data and Relevant Information. Appendix Document. United Utilities, February 2015 Final” Report Note: This is a technical report only. It does not consider or make any statements in relation to legal liability or legal responsibilities. Any statements on allocation or source apportionment are purely factual following the approach set out Appendix IV of this report. Revision and Amendment Register Version Date Section(s) Page(s) Summary of Changes Approved Number by Preparation of draft report for V01 09/01/2015 All All HW client submission Preparation of final report for All All HW V02 11/02/2015 client submission Contents Appendix I Data Availability and Previous Water Quality Reports............................................ 1 AI.1 Data Availability ...........................................................................................................
    [Show full text]
  • Project Design for an Archaeological Mitigation on Phase 3B of the Warrington Flood Risk Management Scheme
    Project Design for an Archaeological Mitigation on Phase 3B of the Warrington Flood Risk Management Scheme. Prepared for the Environment Agency By M. Adams August 2015 National Museums Liverpool Field Archaeology Unit, Pilotage Building, Mann Island, Liverpool, L3 1DG. Tel: 0151 478 4260 © Trustees of National Museums Liverpool Contents 1. Introduction .................................................................................................. 1 2. The Sites ...................................................................................................... 2 Woolston Weir (MR1) ................................................................................... 2 Bridge Lane Industrial Estate (MR2) ............................................................ 2 Westy (ML1,2 & 3) ........................................................................................ 2 3. Solid and Drift Geology, and Soils ................................................................ 2 4. Archaeological and Historical Background ................................................... 2 Woolston Weir , Bridge Lane Industrial Estate (MR1 & MR2) ...................... 4 Westy (ML1, 2 & 3) ....................................................................................... 5 5. Review of Previous Phases of Archaeological Intervention ......................... 7 6. Legislation .................................................................................................... 8 7. Aims and Objectives ...................................................................................
    [Show full text]
  • Script Timewalk of the Mersey Corridor.Pdf
    Timewalk of The Mersey Corridor in Warrington Close your eyes and imagine the story under your feet. The Timewalk of the Mersey Corridor is incredible and starts 4 and a half billion years ago, when the earth formed. 2.7 billion years ago algae-like cells formed. They started producing oxygen, and it took 350 million years for them to make enough oxygen to turn the sky blue for the first time. More than a billion years later the first recognisable animals appeared, jelly-fish and sponges in the sea. 360 million years ago the rainforest of the Carboniferous period grew. Later to form the Lancashire Coalfields. Coal was formed and buried, it took huge quantities of carbon dioxide out of the atmosphere. This cooled the planet. Continents shifted. The dinosaurs ruled the earth from 245 million years until 66 million years ago, possibly wiped out by a major asteroid that hit the earth. The Timewalk now moves forward rapidly. Our early ancestors started using stone tools 2 and a half million years ago. The earliest fossil record of modern humans is 190,000 years old. Early civilisation and the first cities emerged 12,000 years ago. As the glaciers retreated from the Carbon Landscape 10,000 years ago, it carved out the Mersey River Valley. At the same time hollows in the Upper Mersey Terrace lead to lowland-raised bogs. Sphagnum moss dominated for millennia. Peat bogs are the most effective carbon sink on the planet. A few remaining fragments of these mosslands, with their unique wildlife, can be found in Warrington at Risley, Pestfurlong and Holcroft.
    [Show full text]
  • Enter and View Report: Westy Hall
    Enter and View Report: Westy Hall Date of visit: 2nd May 2019 Report published: 30th May 2019 Healthwatch Warrington Enter and View Report List of Contents Background Pages 3 - 4 • What is Healthwatch Warrington? Page 3 • What is Enter and View? Page 3 • Disclaimer Page 3 • Acknowledgements Page 4 • Purpose of the visit Page 4 Details of the Visit Pages 4 - 5 • Details of the service Page 4 • Location Page 5 • Date/Time Page 5 • Panel Members Page 5 • Provider Service Staff Page 5 Results of the Visit Pages 6-16 • Spotlight – Activities Programme & Person-Centred Approach Page 6 • First Impressions Pages 6-7 • Entrance and Reception Area Page 7 • Activities and Leisure Pages 7-8 • Food and Refreshments Pages 8-10 • Cleanliness, Environment Infection Control Pages 10-11 • Administration Page 11 • Admission Page 12 • Staffing and Staff Training Pages 12-13 • Privacy, Dignity and Treating People as Individuals Page 13-14 • Safety and Security Page 14 • Other Comments Page Recommendations Page • Distribution List Page • Appendices Page 2 Healthwatch Warrington Enter and View Report Background What is Healthwatch Warrington? Healthwatch Warrington helps the residents and communities of Warrington to get the best out of local health and social care services. We gather the views of local people and make sure that they are heard and listened to by the organisations that provide, fund and monitor services. What is Enter and View? Part of the local Healthwatch programme is to carry out Enter and View (E&V) visits. Local Healthwatch representatives, who are trained volunteers, carry out E&V visits to health and social care services to find out how they are being run and make recommendations where there are areas for improvement.
    [Show full text]