PROMOTING SOOT FREE PUBLIC TRANSPORT

Similar documents
Back ground Founded in 1887, and has expanded rapidly Altitude about 2500 meters above MSL Now among the ten largest cities in Sub Saharan Africa

Amman Green Policies Projects and Challenges. Prepared by: Eng. Sajeda Alnsour Project coordinator Sept. 20, 2017

R20.2 BILLION R1.56 BILLION ~ INDIRECT JOBS ENABLED BY THE MINIBUS TAXI INDUSTRY¹ > % ABATEMENT ON CARBON EMISSIONS²

Low Emission Vehicle Policy Development in London

Urbanization and Mobility in Africa

FENEBUS POSITION PAPER ON REDUCING CO2 EMISSIONS FROM ROAD VEHICLES

The Bus Rapid Transit System of Lagos, Nigeria

Improving fuel economy and integrating electric vehicles

PROMOTING THE UPTAKE OF ELECTRIC AND OTHER LOW EMISSION VEHICLES

Rea Vaya Bus Rapid Transit (BRT) Project

Electric Vehicle Adoption in the South African Context

SA TAXI IMPACT DELIVERING A SOCIAL & COMMERCIAL BENEFIT R18.6 BILLION LOANS ORIGINATED CREATING R2.9 BILLION LOANS ORIGINATED CREATING

TransMilennio Bogota Colombia 84 7m 45,000 1,300,000

L O W E M I S S I O N CITY

CAN AFRICA LEAPFROG TO CLEAN AND SUSTAINABLE MOBILITY? Ms. Maletlabo Handel National Project Coordinator, UNIDO, South Africa

Promoting Electric Mobility in Developing Countries

BIRMINGHAM CONNECTED Anne Shaw Tuesday 20 January 2015

Implementing Transport Demand Management Measures

Ex-Ante Evaluation (for Japanese ODA Loan)

ACTIONS FOR A SUSTAINABLE URBAN TRANSPORT IN AFRICA

Presentation to the Portfolio Committee on Transport Gautrain Update. Jack vd Merwe (Pr. Eng) CEO: Gautrain Management Agency 25 August 2009

IKORODU- CMS BRT EXTENSION PROJECT

NATIONAL WORKSHOP FOR PROMOTION OF LOW SULPHUR FUELS IN BOTSWANA, MARCH 2016.

2013/2014 Strategic Priorities Fund Application Overview

SECTOR ASSESSMENT (SUMMARY): URBAN TRANSPORT

FACTSHEET on Bus Rapid Transit System

2.1 TRANSIT VISION 2040 FROM VISION TO ACTION. Expand regional rapid transit networks STRATEGIC DIRECTION

Urban Transport Development Investment Program (RRP MON 39256) SECTOR ROAD MAP

Fiji Bus Industry: improving through greening

Integrating Electric 2&3 Wheelers into Existing Urban Transport Modes in Africa

The Engineering Department recommends Council receive this report for information.

City of Montréal s strategies to move smarter

PROMOTION OF EFFICIENT PUBLIC TRANSPORT IN MALAWI BY CHIMWEMWE KAUNDA

CNG as a Transport Fuel - Economic Benefits 17 th November 2011

building liveable cities

PUBLIC TRANSPORT IMPROVEMENT, PLANNING AND OPERATIONS.

King County Metro. Sustainably and equitably achieving a zero-emission fleet

Incorporating informal operations in public transport system transformation: the case of Cape Town, South Africa

Innovation and Transformation of Urban Mobility Role of Smart Demand Responsive Transport (DRT) service

Electric Vehicles Initiative activities

Opportunities and Challenges of Implementing Low Carbon, High Volume Transport in Bangladesh

Please visit the stations to provide your input: EV Charging Location Map EV Adoption ZEV Drivers Other Ideas

Formalizing Mobility in Dakar: Labor Implications. Amadou Saidou BA President of CETUD, Dakar - Senegal

CLEAN VEHICLES AND SUSTAINABLE MOBILITY ROADMAP INITIATIVES IN SENEGAL

WAITING FOR THE GREEN LIGHT: Sustainable Transport Solutions for Local Government

Letter Supporting Continuation of Clean Energy Vehicles Rebate

Building Sustainable Transport Today, Clean Transport Tomorrow

Mississauga Moves: A City in Transformation icity Symposium Hamish Campbell

DEVELOPING VEHICLE FUEL ECONOMY STANDARDS FOR SOUTH AFRICAN PASSENGER VEHICLES

Electric Mobility in Africa Opportunities and Challenges. African Clean Mobility Week, Nairobi/Kenya, March

(1) Current State and Issues of the Electricity Sector in Indonesia

National Days of Urban Transport

CODATU 25 October Nico McLachlan

A Transformational Approach to Energy Supply. September 2016 Gail Scholes, Jo Gilbert

Session 1: Implementing SDG 7 and Achieving Target 7.1 CAMBODIA CHHE LIDIN

Policy Template on Best Practices for Energy Efficient Urban Passenger Transportation

Electric Vehicle Charging Workshop Pride Park Stadium 7 March 2018

UTA Transportation Equity Study and Staff Analysis. Board Workshop January 6, 2018

Response of the Road Haulage Association to Transport for London s Consultation. Changes to the Ultra Low Emission Zone and Low Emission Zone.

Build a Green, Harmonious and Integrated Public Transport System

Fuel Cells and Hydrogen 2 Joint Undertaking (FCH 2 JU) Frequently Asked Questions

How to manage large scale infrastructures? Infrastructure planning within Toulouse s SUMP. Alexandre Blaquière. 1st December 2016

STRATEGIC PRIORITIES AND POLICY COMMITTEE MAY 5, 2016

European Urban Transport Roadmaps to 2030

Office of House Republican Whip, Stan Saylor

Toward the Realization of Sustainable Mobility

The Global Fuel Economy Initiative. Jane Akumu UN Environment

Ministry of Environment and Forests. Ministry of Communication

Japanese ODA Loan. Ex-ante Evaluation

Incentives for Green Fleets

Transports in a sustainable society

UfM Ministerial Declaration on Energy

The ACT s Transition to Zero Emissions Vehicles Action Plan Anna McGuire Senior Policy Officer, Climate Change Policy

Transport systems integration into urban development planning processes

Zero-Emission Vehicles:

FUEL ECONOMY BASELINE AND TRENDS- MALAWI INSTITUTIONS

Transportation Electrification: Reducing Emissions, Driving Innovation. August 2017

Opening Address By. Programme Director: Mr Chris Yellend, Dr. Fereidoon Sioshansi, Menlo Energy Economics, USA

OICA Round Table "The World Auto Industry: Situation and Trends Seoul, 23 October 2014

The Motorcycle Industry in Europe. Powered Two-Wheelers the SMART Choice for Urban Mobility

Utility Operator Model

Manufacturing operating and maintaining different rolling stock

BMW GROUP DIALOGUE. HANGZHOU 2017 TAKE AWAYS.

London Transport Policy, Planning and Strategies

Presentation 22 February 2019

A Transit Plan for the Future. Draft Network Plan

4. Transportation Plan

Seoul. (Area=605, 10mill. 23.5%) Capital Region (Area=11,730, 25mill. 49.4%)

How to make urban mobility clean and green

Presentation to IAPSC 9 th June Tim Irwin Deputy Director Environmental Policy Division Department of the Environment

Investigation Nos: 332-TA-542 and 332-TA-544

California Transportation Electrification and the ZEV Mandate. Analisa Bevan Assistant Division Chief, ECARS November 2016

Aberdeen Hydrogen Bus Project

Energy Innovation Emporium. Transport. Chair: Prof. John Nelson, Centre for Transport Research University of Aberdeen

LoCITY Low Emission Commercial Vehicle programme

6 York Region Transit (YRT/Viva) On-board Security Camera System Upgrade Contract Award

UNECE Gas Centre/ESCWA Conference

Reducing CO 2 emissions from vehicles by encouraging lower carbon car choices and fuel efficient driving techniques (eco-driving)

The Regional Municipality of York. Purchase of Six Battery Electric Buses

Compressed Natural Gas Snow Plows

Transcription:

PROMOTING SOOT FREE PUBLIC TRANSPORT (ALEX BHIMAN CITY OF JOHANNESBURG) REGIONAL TRAINING WORKSHOP NTSA, MINISTRY OF TRANSPORT & INFRASTRUCTURE & UNEP 30 31 MAY 2016 NAIROBI, KENYA

Introduction The City of Johannesburg is the largest City in South Africa and the sub-continent It is actively involved in the promotion of public transport, walking and cycling for: City s competitiveness Congestion reduction Climate change mitigation Promotion of a low carbon economy Poverty alleviation (reducing the cost of transport to the poor) Facts about the City of Joburg Population: 4.4 million Population growth rate: 3.4% Land mass: 1 645 km 2 Population density: 2695/km2 Household number: 1 434 856 Household size: 3 persons per household Growth rate: 3.3% in 2011 Unemployment: 23% of economically active people in 2010 but if those who have stopped looking for work are included, the number grows to >30% 67.4% of households live on less than R3200 per month with a large percentage of poor household s income going towards transport Gini co-efficient: 0.63,-highest in world Carbon emissions: 56% is contribution of Joburg to national carbon emissions, 13% highest carbon emitting City in the world and Transport has the highest demand for energy (61.7%)

Energy demand per sector resulting in air pollution Transport and energy demand in the City of Joburg Transport has the highest demand for energy (61.7%) resulting in air pollution. Need to address SOx and NOx emissions which causes lung related conditions Electricity demand is 38.3%, with industry & commerce at 19.9% and households at 17% The high demand for transport is due to lack of public transport & reliance on private vehicles (93%) Congestion and lots of stop start by vehicles significantly contributes to increased air pollution and green house gas emissions.

Good Governance in the shift to cleaner, low emission transport Political Leadership commitment and role of Executive Mayors (2005 current), MMCs Commitment to Protocols, National, C40, CCAC Institutionalisation in Corporate Commitment Alignment in Corporate Instruments GDS 2040 C40 CoJCC Strategy Sectoral Targets

COJ transport key strategic thrusts and projects Key strategic thrusts 1.Restructure and integrate the city 2: Improve and expand provision of quality public transport and use of non-motorised transport 3: Maintain, improve, extend and integrate transport infrastructure 4: Support economic growth through improving freight mobility 5: Manage congestion, travel demand and parking 6: Actively engage citizenry in improving the transport system 7: Transform the transport sector and encourage new, efficient and profitable transport enterprises and employment creation Key relevant projects Roll out of Bus Rapid Transit and restructuring of city owned bus company (450 buses) so that all residents are within 500 metres of public transport stop or station Conversion of all public transport fleets to energy efficient green fuel (BRT buses, ordinary buses, mini bus taxis) Construction of cycle lanes and supporting infrastructure and programmes to promote cycling as a mode of transport 8: Plan and regulate the transport system 9: Resource and finance the transport plan

ROAD TO CLEANER LOW EMISSION BUSES Ensuring that all new buses that are to be rolled out for bus rapid transit or convention bus use a green fuel Refleetexisting bus fleets with a green fuel source including replacement and conversion of existing buses BRT -Phase 1A -Phase 1B METROBUS Dual fuel - Conversions - Refleeting Procurement Minibus Taxi conversions

Rea Vaya BRT objectives Flagship City project Objectives include: Fast, safe, reliable and affordable public transport Enabling public transport transformation Enable spatial restructuring Broad based black economic transformation Enable climate change (cleanest buses in Africa) Promote livable and competitive city

Part of integrated transport network Being rolled out in phases Phase 1A: for 2010 SWC from Soweto to CBD 143 Euro IV Phase 1B: second route from Soweto but different alignment 134 EURO V Phase 1C: linking Nth & Sth Creating TOD opports. Study 260 req. EUROV DDF/VI/GAS(Biogas) 165. 477 req. Rea Vaya: Roll out

Metrobus: Background Timeline: 1942: Metrobus established as City department 2001: Metrobus becomes a municipal owned entity 2010/11: Transport Department looks at future options for Metrobus to respond to changing public transport environment in City, aging fleet and outdated fare collection system Key facts and figures 1000 employees 450 buses 3 major depots March 2013: Mayoral Committee agrees: That there is a future of Metrobus (bearing in mind GDS commits to a pro-public transport City) Metrobus be refleeted with between 125 and 175 new green fuel buses June 2013: Mayoral Committee agrees on: Turn around business plan Source of fuel for Metrobus refleeting: dual fuel buses (gas/diesel)

MBS: Conversions and Refleeting Alternative fuelled vehicle technology 150 dual fuel tender awarded. Delivery on a scheduled basis. 81 delivered to date. Old Fleet Conversions dual fuel -Pilot 2 buses completed -Tender awarded for 100-30 done to date - Target substitution 70/30 - Achieving 50/50 Req 250 for complete fleet

CHALLENGES Fuel Security Distribution constraints (monopoly, licences) Lower emission fuel manufacture refinery upgrade Dispensing Infrastructure gas/biogas. Virtual dispensing transportation costs Maintenance of converted buses

CONCLUSION Lessons realise in shift to low cleaner, lower emission PT: Good governance: committed leadership under the Executive Mayor and the strategic priorities enshrined in the GDS 2040. Clear drivers: GHG reduction, job creation, cost efficiency CC Protocols: COP (DoT Transport NAMAs), C40; ICLEI, CCAC-ICCT (Soot Free Campaign), GEF/UNEP (CLEZ), UNIDO (Low carbon Transport) Local Stakeholders participation and collaboration Thank you.