Severn Tidal Power Feasibility Study Assessment of the Regional Economic Impacts of Tidal Power Generation in the Severn Estuary Final Report
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Penarth Cardiff Barrage Weltag Stage One and Two Update
Agenda Item: Meeting of: Cabinet Date of Meeting: Monday, 15 July 2019 Relevant Scrutiny Committee: Environment and Regeneration Penarth Cardiff Barrage Sustainable Transport Corridor WelTAG Stage One Report Title: and Stage Two Update To update Cabinet on progress with the WelTAG Stage One Penarth Cardiff Purpose of Report: Barrage Sustainable Transport Corridor Study and make recommendations for the next steps to be considered as part of a Stage Two assessment. Report Owner: Cabinet Member for Neighbourhood Services and Transport Responsible Officer: Miles Punter - Director of Environment and Housing Services Cabinet Member for Neighbourhood Services and Transport Cabinet Member for Regeneration and Planning Head of Neighbourhood Services and Transport Group Manager Transport Services Passenger Transport Manager Elected Member and Officer Consultation: Operational Manager Engineering Accountant Environment and Housing Services Operational Manager Finance Head of Regeneration and Planning Legal Services (Committee Reports) Policy Framework: This report is a matter for Executive decision by Cabinet 1 Agenda Item: Executive Summary: • This Report provides Cabinet with an update on progress of the WelTAG Stage One Penarth Cardiff Barrage Sustainable Transport Corridor Study. • The draft WelTAG Stage One Strategic Outline Case has been received from Capita and identified five options for Stage One appraisal encompassing: Option 1 | Active travel proposals for Penarth within the Vale of Glamorgan's Active Travel Integrated Network Map. Option 2 | Bus Park & Ride and sustainable transport links across Cardiff Barrage Option 3 | Multi-modal sustainable transport interchange Option 4 | Opening Cardiff Barrage to private vehicles during peak periods and Option 5 | Do Minimum • Following completion of the Stage One appraisal, the Report subsequently makes the following recommendations: That OPTION 1 be progressed for further appraisal at WelTAG Stage Two. -
Avonmouth Severnside Development Strategy Report April 2012
Avonmouth Severnside Outline Development Strategy April 2012 - Final Report AMION Consulting Limited Customs House, 7 Union Street, Liverpool L3 9QX Avonmouth Severnside - Outline Development Strategy April 2012 - Final Report Avonmouth Severnside Outline Development Strategy April 2012 - Final Report Reviewed and approved by: Signature(s): Name(s): Graham Russell Job Title(s): Partner Director Date: April 2012 AMION Consulting is the trading name of AMION Consulting Limited Registered Office: Langtons, The Plaza, 100 Old Hall Street, Liverpool L3 9QJ Company No: 3909897 Tel: 0151 227 5563 This document including appendices contains 98 pages Ref: K:\CLIENTS\White Young Green\Avonmouth Severnside\Deliverables\Avonmouth Severnside Development Strategy Report - Final 14 Feb.12.docx Avonmouth Severnside - Outline Development Strategy April 2012 - Final Report Contents Executive summary ............................................................................................................................ i Introduction ............................................................................................................................................................... i Avonmouth Severnside ............................................................................................................................................. ii Realising the Opportunity – an Integrated Strategy ................................................................................................ iv Costs, Benefits and Value for Money ....................................................................................................................... -
Bristol Harbour Information for Boaters
covers_308330.qxd 9/7/18 14:13 Page 3 RST L Information for boaters covers_308330.qxd 9/7/18 14:13 Page 4 SAFE HAVENS IN THE BRISTOL CHANNEL PORTISHEAD QUAYS MARINA & PENARTH QUAYS MARINAS PORTISHEAD Tel: 01275 841941 PENARTH Tel: 02920 705021 ■ Professional, friendly staff on duty 24 hrs ■ Professional, friendly staff on duty 24 hrs ■ Excellent access average HW +/- 4 hours ■ Fully serviced berths within Cardiff Bay ■ Fully serviced berths ■ Controlled access and car parking ■ Full boatyard facilities with lifting up to ■ Full boatyard facilities with lifting up to 35 tonnes 20 tonnes ■ Diesel & Petrol available ■ Diesel & Petrol available ■ Chandlery & workshop facilities ■ Chandlery & workshop facilities ■ Excellent road access - 5 mins from ■ Excellent road access 10 mins from junction 19 - M5plus junction 13 - M4 QUAY offering real ‘added value’ for our customers FREE periods of hard standing for annual berth holders* FREE reciprocal berthing between all Quay Marinas for all annual berth holders 50% discounted visitor berthing at 70 TransEurope marinas for berth holders 50% upto 50% off standard tariff for winter berthing 20% 20% off standard insurance rates through Quay Marinas scheme with Towergate Insurance. 15% 15% first year berth discount for boats sold into our marinas by our on-site brokers. * not applicable to Bangor Marina www.quaymarinas.com editorial_308330.qxd 9/7/18 10:47 Page 1 Marine engineering, Servicing, General boat maintenance, Engine sales and installs, Marine salvage Undercover boat storage, craning facilities -
Cardiff Green Infrastructure SPG Supplementary Planning Guidance
Appendix 1 Cardiff Green Infrastructure SPG Supplementary Planning Guidance November 2017 City of Cardiff Council Green Infrastructure Supplementary Planning Guidance (SPG) November 2017 Mae’r ddogfen hon ar gael yn Gymraeg/This document is available in Welsh Contents Executive Summary 1 Introduction 1.1 Green infrastructure in new developments ‘ 1.2 Cardiff’s green infrastructure approach 1.3 Policy and Legislation 1.4 Definitions 2 Green infrastructure requirements for new developments 2.1 General principles for provision of green infrastructure 2.2 Assessment of existing green infrastructure prior to development 2.3 Assessment of impact upon existing green infrastructure 2.4 Green Infrastructure Statement 2.5 Green infrastructure impact mitigation 3 Integration of Green Infrastructure 3.1 Introduction 3.2 Holistic Integrated Surface Water Management Systems 3.3 Parks, Open Space, and Accessible Natural Greenspace 3.4 Ecology and biodiversity 3.5 Public rights of way 3.6 Trees, landscaping and soils 3.7 River Corridors 4 Sustainable Long-term Management of Green Infrastructure Appendix 1 Public Consultation Appendix 2 Public Consultation comments received and changes made Appendix 3 List of Considerations for Green Infrastructure Appendix 4 References Green infrastructure is a network of multi-functional, connected green spaces that make the best use of land and provide green open space for all, helping wildlife to flourish, and delivering a wide range of economic, health and community benefits.’ Executive Summary Supplementary Planning Guidance on Green Infrastructure. This document provides planning advice on a number of areas relating to development and the environment, including protection and provision of open space, ecology and biodiversity, trees, soils, public rights of way, and river corridors. -
Nuclear Power
No.59 z iii "Ill ~ 2 er0 Ill Ill 0 Nuclear Family Pia nning p3 Chernobyl Broadsheet ·, _ I. _ . ~~~~ George Pritchar d speaks CONTENTS COMMENT The important nuclear development since the Nuclear Family Planning 3 last SCRAM Journal was the Government's The CEGB's plans, and the growing opposition, after Sizewell B by go ahead for Sizewell B: the world's first HUGH RICHARDS. reactor order since Chernobyl, and Britain's News 4-6 first since the go ahead was given to Torness Accidents Will Happen 1 and Heysham 2 in 1978. Of great concern is Hinkley Seismic Shocker 8-9 the CEGB's announced intention to build "a A major article on seismic safety of nuclear plants in which JAMES small fanilty• of PWRs, starting with Hinkley GARRETT reveals that Hinkley Point C. At the time of the campaign In the Point sits on a geological fault. south west to close the Hinkley A Magnox Trouble at Trawsfynydd 10-11 station, and .a concerted push in Scotland to A summary of FoE's recent report on increasing radiation levels from prevent the opening of Torness, another Trawsfynydd's by PATRICK GREEN. nuclear announcement is designed to divide Pandora's POX 12 and demoralise the opposition. But, it should The debate over plutonium transport make us more determined. The article on the to and from Dounreay continues by facing page gives us hope: the local PETE MUTTON. authorities on Severnside are joining forces CHERNOBYL BROADSHEET to oppose Hinkley C, and hopefully they will Cock-ups and Cover-ups work closely with local authorities in other "Sacrificed to • • • Nuclear Power" threatened areas - Lothian Region, The Soviet Experience Northumberland, the County Council Coalition "An Agonising Decision• 13 against waste dumping and the Nuclear Free GEORGE PRITCHARD explains why Zones - to formulate a national anti-nuclear he left Greenpeoce and took a job strategy. -
Tidal Energy in Korea
APEC Youth Scientist Journal Vol. 5 TIDAL ENERGY IN KOREA ∗ Jeong Min LEE 1 1 Goyang Global High School, 1112 Wi city 4-ro, Ilsandong-gu, Goyang-si, Gyeonggi-do, Korea 410-821 ABSTRACT Tidal energy is one of the few renewable energy resources Korean government is planning on to implant in Korean Peninsula. Due to its continuity and environmental friendliness, tidal energy is getting its attention as appropriate alternative energy for Korea that can replace conventional fossil fuels. On the other hand, while Korean government is pushing forward to build tidal plants using Korea’s geographical advantages following the construction of tidal plants, many locals are holding demonstrations in order to stop tidal plants from being built. These disputes are holding off government’s original plan to construct tidal plants in Incheon Bay area. In this study, concept of using tidal energy and various methods will be introduced, followed by Korea’s geographical conditions for constructing tidal power plants. Concerning construction of tidal plants in Korea, problems regarding the issue will also be covered. This will provide current status of tidal energy as renewable resource in Korea, and how it will change to impact the country. Keywords: tidal power, geographical advantage, tidal plant sites, ecological impact, conflict ∗ Correspondence to : Jeong Min L EE ([email protected]) - 174 - APEC Youth Scientist Journal Vol. 5 1. INTRODUCTION Energy we use to produce electricity and heat has brought great changes on how we live today. However, nowadays despite successful contribution to improvements of human lives, conventional resources are losing its stature for creating many problems to global society. -
Cardiff Bay Advisory Committee
No. CARDIFF BAY ADVISORY COMMITTEE Minutes of a remote meeting held on 3rd March, 2021. Present: Mr. A. Parker (Chairman), Councillor L. Burnett (Vale of Glamorgan Council), Mrs. N. De Longhi (Natural Resources Wales), Councillor N. Humphrey (Penarth Town Council), Mr. S. Jones (Quay Marinas Ltd), Mr. C. Michael (RSPB), Mr. K. Rogers (Wildlife Trust of South and West Wales), and Mr. M. Thomas (Clerk / Democratic and Scrutiny Services Officer). Also present: Mr. A. Ernest (Penarth Tourism and Visitor Association), Mr. D. Hall (Cardiff Harbour Authority), Mr. A. Michael (Penarth Headland Link Charity) and Mr. A. Vye-Parminter (Cardiff Harbour Authority). (a) Apology for Absence – This was received from Mr. P. Stone (Canoe Wales) (b) Minutes of the Meeting held on 2nd December, 2020 - AGREED – T H A T the minutes of the meeting held on 2nd December, 2020 be approved as a correct record. (c) Navigational Safety – Cardiff Harbour Authority – Mr. Vye-Parminter representing Cardiff Harbour Authority (CHA) provided an update on navigational safety: Navigation • Dredging of Taffs Meade and Castle stop and its approaches commenced on 23rd February, following Schedule 3 approval granted by Natural Resources Wales (NRW). Work on this was progressing well. • The Cardiff Barrage Outer Harbour dredging was due to start in the coming weeks, with the exact date to be confirmed and dependent upon suitable weather conditions in order to allow the dredger to arrive. AGREED – T H A T the report be noted. (d) To receive a progress report from Cardiff Harbour Authority - Mr. Hall representing Cardiff Harbour Authority (CHA) provided an update on recent events: 1 TRIM/Cardiff Bay Advisory Committee/2021/March 03 Minutes - MT No. -
Tidal Energy and How It Pertains to the Construction Industry
Tidal Energy and how it Pertains to the Construction Industry Armin Latifi California Polytechnic State University San Luis Obispo Renewable Energy is on the forefront of many global discussions. The concern of numerous scientific findings on the impact humanity has had on the environment has grown in recent years. Since alternative energy sources, such as solar and wind, have already made substantial progress, I have decided to focus my attention on tidal energy specifically. This topic will serve as the main focus of this essay. Within this essay, I will examine how tidal energy pertains to the construction industry through four distinguished chapters: (1) What kind of tidal technology exist and what does the construction aspect of these tidal technologies require? (2) What are some of the risks and rewards of building a tidal energy plant and is it profitable for a general contractor? (3) What would make tidal energy a more desirable source of renewable energy when compared to others? (4) What would be considered a good site to develop a tidal energy plant? Hopefully, my research will provide general contractors with a better idea of what tidal energy projects will entail and if it’s a viable option to pursue. Keywords: Tidal Energy, Tidal Energy Plant, Tidal Energy Profitability, Tidal Energy Sites, Renewable Energy Introduction Tidal Energy is an underutilized source of energy. Although it is a form of renewable energy, like solar and wind, it differs in that it is produced from hydropower. More specifically, tidal generators convert the energy obtained from the Earth’s tides into what we would consider a useful form of power (i.e. -
Analysis of a Severn Barrage a REPORT PREPARED for the NGO STEERING GROUP
Analysis of a Severn Barrage A REPORT PREPARED FOR THE NGO STEERING GROUP June 2008 © Frontier Economics Ltd, London. i Frontier Economics | June 2008 Analysis of a Severn Barrage Executive summary......................................................................................iv 1 Introduction .........................................................................................7 1.1 Background...................................................................................................7 1.2 Overview.......................................................................................................8 Part 1: What is the role of Government? 2 Approach ..............................................................................................9 3 The role of Government ..................................................................... 11 3.1 Rationale..................................................................................................... 11 3.2 Objectives .................................................................................................. 16 Part 2: How does a barrage compare? 4 Approach ............................................................................................ 19 4.1 General background ................................................................................. 19 4.2 Overview of approach to modelling ...................................................... 21 5 Analysis and discussion .....................................................................26 5.1 Sensitivity -
Cardiff Caerdydd
Steeped in history, culture and wildlife, the Severn Estuary Partnership Severn Estuary has a unique landscape that’s We champion an integrated approach to the sustainable use, Discover your Severn just waiting for you to explore! In this booklet management and enjoyment of the Severn Estuary. We aim to you’ll find lots of information on how you can connect people, ideas and the Severn Estuary landscape to Discover the Severn from your local community ensure it is protected for our future generations. This booklet has Darganfod Afon Hafren by bus, train, bike or on foot. been produced as part of the Discover the Severn project which aims to connect local communities with the iconic coastline of the The Severn Estuary has something for all who visit its coastline, Severn Estuary, inspiring people to live healthier lives through whether it be walking along the coast path or having a picnic improving access to nature on their doorstep. To find out more on the beach. We have one of the highest tidal ranges in the visit our website at: severnestuarypartnership.org.uk. world, so expect to see the water level change – as much as How to reach your local 1 metre in little more than 20 minutes on some tides – as you Mae Partneriaeth Aber Hafren wander along the coast. Home to a wide range of important coastline from Grangetown wildlife, the estuary has many visitors, with over 80,000 birds Mae Partneriaeth Aber Hafren yn hyrwyddo ffordd gyfun o arriving every winter. Its rich archaeological heritage boasts ddefnyddio, rheoli a mwynhau’r aber yn gynaladwy. -
Marine Renewables
January 2009 Number 324 MARINE RENEWABLES Britain has an EU mandated target to meet 15% of its account for less than 0.1% of the energy produced energy requirements from renewable sources by 2020. worldwide. The UK has the largest wave and tidal resources in Europe, so marine renewables are a candidate for Figure 1: Wave and Tidal Resources in contributing to this target. Around 15-20% of the UK’s the UK: 2 Coloured bands show wave electricity could potentially be produced from marine resources, with purple denoting the 1 renewable sources, but the technology is not mature. greatest resource. Red circles show This POSTnote considers the technologies available and some of the most significant tidal the environmental, economic and technological power sites. Tidal resources are closer challenges involved in their deployment. to shore than wave. Background Tidal Power • ‘Tidal stream’ devices use the flow of water due to tides to generate electricity. • ‘Tidal range’ devices use the change in height of water Government Support due to tides, using principles similar to a hydroelectric The Renewables Advisory Board (RAB), a government dam. There are only a few tidal ‘barrages’ (see Box 1). advisory body, suggests that to meet the EU target, 32% Tidal lagoons (structures built at sea to capture water of UK electricity must come from renewables by 2020. at high tides) are also possible. The government has set a further target to cut carbon Wave Power emissions by 80% by 2050. This has increased interest Wave devices use the motion of water caused by winds in all low carbon energy sources, including marine. -
La Rance Barrage
Case Study: La Rance Barrage Project Name La Rance Barrage Location The Rance estuary in Brittany, France Installed capacity 240MW Technology Type Tidal impoundment barrage Project Type/Phase Full scale experimental power plant Year Operational since 1967 Project Description The Rance tidal power plant is located on the estuary of the Rance River, in Brittany, France (Figure 1). Following twenty-five years of research and six years of construction work, the 240MW La Rance Barrage became the first commercial-scale tidal power plant in the world. It was built as a large scale demonstration project for low-head hydro technology. The construction of the tidal power plant started in 1961, and was completed in 1967 1. The Rance estuary has one of the highest tidal ranges in the world (an average of 8 meters, reaching up to 13.5 metres during equinoctial spring tides) which makes it an attractive site for tidal impoundment power generation. The complete barrage is 750m long and 13m high with a reservoir of 22km 2 capable of impounding 180 million cubic meters 1. The structure includes a dam 330m long in which the turbines are housed, a lock to allow the passage of small craft, a rock-fill dam 165m long and a mobile weir with six gates. Before construction of the tidal barrage, two temporary dams were built across the estuary in order to create a dry construction site; an effort which took two years. In July 1963, the Rance was cut off from the ocean and construction of the tidal barrage commenced. This took another three years 1.