The document summarizes information about London's Ultra Low Emission Zone (ULEZ), which aims to improve air quality by charging vehicles that do not meet emissions standards to drive within the zone. Key details include:
- The ULEZ will launch on April 8, 2019 within the same area as the existing Congestion Charge zone, expanding in 2021.
- Vehicles are subject to a daily charge unless they meet emissions standards. Residents receive a sunset period exemption until 2021.
- Exemptions also apply to disabled vehicles until 2025, historic vehicles, taxis, and non-profit minibuses until 2023.
Bengaluru, India is facing serious traffic and pollution problems due to rapid population growth and increase in vehicles. The number of vehicles in Bengaluru has doubled in the last 7 years to nearly 2 crore vehicles. Two wheelers make up over 70% of vehicles and contribute significantly to traffic and air pollution. Expanding roads and building more infrastructure has not solved the problems. The document discusses that improving public transportation by adding more buses and promoting cycling and walking is the best long term solution to reduce traffic, pollution and congestion. It will also be more cost effective than continuing to expand roads and a metro rail system.
This document provides an overview of the historical development of transportation. It begins with an introduction to urban transportation planning and discusses transportation in pre-historic and historic periods. Key developments are highlighted such as the invention of the wheel facilitating the use of vehicles. It also discusses advances in each mode of transportation from the 17th century onward including motorized and non-motorized developments. The document then examines factors influencing travel demand like population, households, age, employment, and income. It analyzes the ranking of transportation modes from the perspective of users and planners. Finally, it discusses solutions to problems from increased travel demand using conventional and advanced approaches.
The document discusses various types of public transportation systems for urban areas, including mass rapid transit (MRT), light rail transit (LRT), and people rapid mover (PRT). It provides details on the speed, capacity, rail gauges, and other specifications for each system. The document also discusses bus transit systems and includes an example of designing a bus route between two cities based on estimated demand, operating times, and fleet size requirements.
There are several causes of traffic congestion including rapid population growth, overreliance on automobiles, and failure to expand road infrastructure. Long-term causes include concentrated work schedules and a preference for low-density housing and workplaces that require automobile commutes. This leads to exasperating traffic conditions for citizens and economic inefficiency from lost time spent in traffic. Effective transportation planning requires coordinating land use and transportation to serve high density areas and improve access, while guiding development towards growth areas.
When evaluating mass transit options for Indian cities, metro rail systems are given preference over surface systems due to the belief that road-based bus systems cannot cater to the capacity requirement as much as metro systems can. In addition, metro rails are perceived to have higher levels of comfort, speed, and efficiency than bus systems.
This document provides an overview of the National Urban Transport Policy (NUTP) in India. It discusses the problems facing urban areas like traffic congestion, high travel costs, and air pollution. It outlines the vision of the policy to make cities more livable and engines of economic growth. The objectives are to ensure safe, affordable access to jobs, education and other needs. It discusses various policy measures like integrating land use and transport planning, prioritizing public transport and non-motorized transport, and encouraging the use of cleaner technologies. The role of the central government, private sector participation, and the need for public awareness are also summarized.
The document discusses the Janmarg-BRTS system in Ahmedabad, India, which is an internationally acclaimed best mass transit system. It provides examples of improvements to areas like Akhabanagar and Anjali Junction before and after the BRTS system was implemented. The key success factors of the BRTS system are noted as leadership and political support from the Ahmedabad Municipal Corporation, partnerships with institutions, media and citizens, and a pragmatic approach that focused on comprehensive planning, contextual and sustainable design, and reliability, comfort, speed and branding strategies.
The document summarizes information about London's Ultra Low Emission Zone (ULEZ), which aims to improve air quality by charging vehicles that do not meet emissions standards to drive within the zone. Key details include:
- The ULEZ will launch on April 8, 2019 within the same area as the existing Congestion Charge zone, expanding in 2021.
- Vehicles are subject to a daily charge unless they meet emissions standards. Residents receive a sunset period exemption until 2021.
- Exemptions also apply to disabled vehicles until 2025, historic vehicles, taxis, and non-profit minibuses until 2023.
Bengaluru, India is facing serious traffic and pollution problems due to rapid population growth and increase in vehicles. The number of vehicles in Bengaluru has doubled in the last 7 years to nearly 2 crore vehicles. Two wheelers make up over 70% of vehicles and contribute significantly to traffic and air pollution. Expanding roads and building more infrastructure has not solved the problems. The document discusses that improving public transportation by adding more buses and promoting cycling and walking is the best long term solution to reduce traffic, pollution and congestion. It will also be more cost effective than continuing to expand roads and a metro rail system.
This document provides an overview of the historical development of transportation. It begins with an introduction to urban transportation planning and discusses transportation in pre-historic and historic periods. Key developments are highlighted such as the invention of the wheel facilitating the use of vehicles. It also discusses advances in each mode of transportation from the 17th century onward including motorized and non-motorized developments. The document then examines factors influencing travel demand like population, households, age, employment, and income. It analyzes the ranking of transportation modes from the perspective of users and planners. Finally, it discusses solutions to problems from increased travel demand using conventional and advanced approaches.
The document discusses various types of public transportation systems for urban areas, including mass rapid transit (MRT), light rail transit (LRT), and people rapid mover (PRT). It provides details on the speed, capacity, rail gauges, and other specifications for each system. The document also discusses bus transit systems and includes an example of designing a bus route between two cities based on estimated demand, operating times, and fleet size requirements.
There are several causes of traffic congestion including rapid population growth, overreliance on automobiles, and failure to expand road infrastructure. Long-term causes include concentrated work schedules and a preference for low-density housing and workplaces that require automobile commutes. This leads to exasperating traffic conditions for citizens and economic inefficiency from lost time spent in traffic. Effective transportation planning requires coordinating land use and transportation to serve high density areas and improve access, while guiding development towards growth areas.
When evaluating mass transit options for Indian cities, metro rail systems are given preference over surface systems due to the belief that road-based bus systems cannot cater to the capacity requirement as much as metro systems can. In addition, metro rails are perceived to have higher levels of comfort, speed, and efficiency than bus systems.
This document provides an overview of the National Urban Transport Policy (NUTP) in India. It discusses the problems facing urban areas like traffic congestion, high travel costs, and air pollution. It outlines the vision of the policy to make cities more livable and engines of economic growth. The objectives are to ensure safe, affordable access to jobs, education and other needs. It discusses various policy measures like integrating land use and transport planning, prioritizing public transport and non-motorized transport, and encouraging the use of cleaner technologies. The role of the central government, private sector participation, and the need for public awareness are also summarized.
The document discusses the Janmarg-BRTS system in Ahmedabad, India, which is an internationally acclaimed best mass transit system. It provides examples of improvements to areas like Akhabanagar and Anjali Junction before and after the BRTS system was implemented. The key success factors of the BRTS system are noted as leadership and political support from the Ahmedabad Municipal Corporation, partnerships with institutions, media and citizens, and a pragmatic approach that focused on comprehensive planning, contextual and sustainable design, and reliability, comfort, speed and branding strategies.
This document outlines various types of transportation surveys that are important for transportation planning, including road network inventory, traffic volume counts, origin-destination surveys, household surveys, economic activity surveys, public transportation studies, safety studies, and parking surveys. The objectives, methodology, sampling approach, and expected outputs are described for each type of survey. Conducting comprehensive transportation surveys is essential for developing an effective transportation plan.
The document discusses various methods for conducting transportation surveys, including origin-destination surveys and traffic surveys. It describes five methods for conducting origin-destination surveys: road side interview, license plate, return post card, tag on car, and home interview. For each method, it provides details on how the method works and the type of data collected. It also discusses conducting traffic surveys to study traffic volumes, patterns, and accident-prone areas. Lastly, it covers conducting public transportation surveys through interviews, questionnaires, and external cordon rail surveys.
Urban transportation system meaning ,travel demand functions with factors, design approaches & modeling , types of mass transit system with advantages -disadvantages or limitations , opportunities in mass transport , integrated approach for transit -transportation system
The document provides details of the proposed Kochi Metro Rail project in Kerala, India. It outlines the need for the project to address rising traffic congestion. The 23 station, 25.6 km metro line will run from Aluva to Petta, serving major areas of Kochi like Ernakulam. It defines the project scope, estimated costs, timelines, technical specifications, and expected ridership. The metro aims to provide a reliable, high-capacity public transport system to boost urban mobility and economic development in Kochi region.
The document discusses the build-operate-transfer (BOT) model for the Vadodara Halol Toll Road Project in Gujarat, India. Under the BOT model, a private entity receives a concession to finance, design, construct, and operate a toll road for 30 years, after which it transfers the road back to the government. The project involved upgrading a state highway to a four-lane expressway under a public-private partnership between the state government and IL&FS. While the project was completed on time and under budget, actual traffic levels fell short of projections, leading to financial difficulties for the private operator.
Seoul provides extensive public transportation options and continues to invest in making transit safer, more convenient and environmentally friendly. The subway system carries over 7 million passengers daily on 9 lines totalling 327km. Light rail and subway extensions will increase accessibility. Buses have become faster through dedicated lanes and use of real-time arrival information. The city promotes walking and bicycling through expanded sidewalks and bike lanes.
The document discusses modal split and trip distribution models in transportation planning. It describes the factors that influence mode choice such as trip characteristics, transportation facilities, and traveler attributes. Two main types of modal split models are discussed: trip-end models which are sensitive to short-term changes, and trip-interchange models which can incorporate long-term policy decisions. Trip distribution is the second stage of travel demand modeling and involves distributing trips from origins to destinations using methods like the growth factor model and gravity model.
The document discusses various transport modelling concepts and methods including:
1) The four step transport modelling process of trip generation, trip distribution, modal split, and trip assignment.
2) Trip generation models including linear regression models to predict trip production and attraction based on socio-economic variables.
3) Trip distribution models such as gravity models which distribute trips between zones based on production, attraction, and impedance.
4) Modal split models which predict the share of trips by different modes using logit models calibrated based on stated preference surveys.
This document discusses the need to prioritize non-motorized transportation and pedestrians in urban planning in Delhi, India. It notes that the majority of trips in Delhi are walking or cycling, yet infrastructure investments primarily benefit private motorized vehicles used by the minority. Charts show walking and cycling account for over 50% of trips but receive little road space. Recommendations include promoting cycling and pedestrian safety through dedicated infrastructure, improving public transit feeder systems, and following road design standards to equitably distribute space for all road users.
The document summarizes Singapore's transportation system development and strategies over the past few decades and outlines its vision for future mobility. It discusses how Singapore integrated transport and land use planning, expanded road networks while managing demand, and provided high quality public transport. Key strategies included congestion pricing, vehicle quotas, and expanding rail and bus networks. The future vision is to have an even more connected, interactive system with widespread use of shared, autonomous and green vehicles, and real-time integrated information across different modes. Public transport ridership is aimed to increase further with more extensive rail and bus networks.
This document discusses sustainable transportation planning and goals for India. It outlines essential ingredients for sustainable transport including a comprehensive mobility plan, compact cities, an integrated public transport system, and efficient interchanges. Key themes and principles are presented, such as integrating transportation and land use planning, considering all modes, and managing both transportation demand and supply. Performance indicators and case studies on initiatives in India are provided. The conclusion emphasizes the need for a holistic urban transport strategy in India given rapid urbanization.
The document discusses Bus Rapid Transit Systems (BRTS) with a focus on the Ahmedabad BRTS system in India. It provides an overview of BRTS, including its aims and objectives, characteristics, and implementation in India. For the Ahmedabad system specifically, it describes phases, features like stations and buses, awards received, and routes. The Ahmedabad BRTS is highlighted as a pioneering project in India that provides efficient public transportation to the city.
This document discusses transportation demand estimation. It defines transportation demand as the number of trips individuals and firms are willing to make given conditions like trip price, time, safety, and comfort. Estimating demand is important for project planning and evaluation. Demand is measured using units like vehicle trips and miles. It can be estimated using single-attribute or multi-attribute models that relate demand to factors like price, time, income, and competing transportation options. The document outlines different classifications of demand models including aggregate vs. disaggregate and deterministic vs. stochastic. It also discusses factors that can cause shifts in the demand curve.
This document discusses transportation planning and modeling. It introduces transportation planning and describes the rational planning method of defining goals, identifying problems, generating alternatives, evaluating alternatives, and developing plans. It then provides an overview of travel demand modeling which includes data collection on demographics, transportation systems, and travel behavior to forecast travel demand based on land use, socioeconomics, and transportation services. The four main steps of travel demand modeling are described as trip generation, trip distribution, mode choice, and traffic assignment.
This document summarizes Bhasker V. Bhatt's presentation on multimodal and intermodal transportation planning. It discusses key concepts like multimodal transportation involving the integration of various transportation modes for efficient mobility. Case studies from Singapore and Stuttgart are presented as good examples of multimodal systems through unified ticketing and coordinated timetables. Intermodal transportation is defined as involving more than one mode, with examples of intermodal cargo transportation using containers and intermodal passenger transportation combining various modes. The importance of proper planning for efficient intermodal systems is highlighted.
The document discusses advanced road transportation systems and planning. It defines advanced road transportation as preparing to transfer humans, animals, or items from one place to another. It identifies important functions of transportation planning like identifying transportation components and models. Transportation planning aims to make systems more efficient, effective, and equitable while reducing negative environmental impacts. It discusses various transportation studies used in planning like traffic volume, speed, travel time, parking, and origin-destination studies. The data from these studies help with tasks like designing roads, controlling intersections, and forecasting traffic. The document concludes that integrating advanced technology into traffic management is important for handling increasing vehicle populations in cities and towns.
This document discusses the sustainability aspects of urban public transportation. It covers topics like changing urban patterns due to motorization and urbanization trends worldwide. Automobile dependency has increased in cities as public transit became unresponsive. The document examines different indicators of sustainable transportation and their implications. It argues that increased public transit and density can help ensure sustainability by reducing automobile use. Technology and innovative transit solutions also have a role to play, but policies guiding land use and pricing are equally important to arrest urban sprawl and make alternatives to private vehicles more attractive.
Low Emission Strategy in London Jo Boyd-WallisSTEP_scotland
This document discusses London's strategy to reduce emissions through various policies and initiatives. It outlines the current Low Emission Zone (LEZ) that charges high-polluting commercial vehicles driving in London, which has successfully reduced particulate matter. It proposes a new Ultra Low Emission Zone (ULEZ) for central London that would affect more vehicle types and have tighter emission standards. The ULEZ aims to address nitrogen dioxide exceedances and is part of a wider strategy that also involves promoting low-emission buses and taxis. The timeline for implementing the ULEZ is still pending further announcements.
This document outlines various types of transportation surveys that are important for transportation planning, including road network inventory, traffic volume counts, origin-destination surveys, household surveys, economic activity surveys, public transportation studies, safety studies, and parking surveys. The objectives, methodology, sampling approach, and expected outputs are described for each type of survey. Conducting comprehensive transportation surveys is essential for developing an effective transportation plan.
The document discusses various methods for conducting transportation surveys, including origin-destination surveys and traffic surveys. It describes five methods for conducting origin-destination surveys: road side interview, license plate, return post card, tag on car, and home interview. For each method, it provides details on how the method works and the type of data collected. It also discusses conducting traffic surveys to study traffic volumes, patterns, and accident-prone areas. Lastly, it covers conducting public transportation surveys through interviews, questionnaires, and external cordon rail surveys.
Urban transportation system meaning ,travel demand functions with factors, design approaches & modeling , types of mass transit system with advantages -disadvantages or limitations , opportunities in mass transport , integrated approach for transit -transportation system
The document provides details of the proposed Kochi Metro Rail project in Kerala, India. It outlines the need for the project to address rising traffic congestion. The 23 station, 25.6 km metro line will run from Aluva to Petta, serving major areas of Kochi like Ernakulam. It defines the project scope, estimated costs, timelines, technical specifications, and expected ridership. The metro aims to provide a reliable, high-capacity public transport system to boost urban mobility and economic development in Kochi region.
The document discusses the build-operate-transfer (BOT) model for the Vadodara Halol Toll Road Project in Gujarat, India. Under the BOT model, a private entity receives a concession to finance, design, construct, and operate a toll road for 30 years, after which it transfers the road back to the government. The project involved upgrading a state highway to a four-lane expressway under a public-private partnership between the state government and IL&FS. While the project was completed on time and under budget, actual traffic levels fell short of projections, leading to financial difficulties for the private operator.
Seoul provides extensive public transportation options and continues to invest in making transit safer, more convenient and environmentally friendly. The subway system carries over 7 million passengers daily on 9 lines totalling 327km. Light rail and subway extensions will increase accessibility. Buses have become faster through dedicated lanes and use of real-time arrival information. The city promotes walking and bicycling through expanded sidewalks and bike lanes.
The document discusses modal split and trip distribution models in transportation planning. It describes the factors that influence mode choice such as trip characteristics, transportation facilities, and traveler attributes. Two main types of modal split models are discussed: trip-end models which are sensitive to short-term changes, and trip-interchange models which can incorporate long-term policy decisions. Trip distribution is the second stage of travel demand modeling and involves distributing trips from origins to destinations using methods like the growth factor model and gravity model.
The document discusses various transport modelling concepts and methods including:
1) The four step transport modelling process of trip generation, trip distribution, modal split, and trip assignment.
2) Trip generation models including linear regression models to predict trip production and attraction based on socio-economic variables.
3) Trip distribution models such as gravity models which distribute trips between zones based on production, attraction, and impedance.
4) Modal split models which predict the share of trips by different modes using logit models calibrated based on stated preference surveys.
This document discusses the need to prioritize non-motorized transportation and pedestrians in urban planning in Delhi, India. It notes that the majority of trips in Delhi are walking or cycling, yet infrastructure investments primarily benefit private motorized vehicles used by the minority. Charts show walking and cycling account for over 50% of trips but receive little road space. Recommendations include promoting cycling and pedestrian safety through dedicated infrastructure, improving public transit feeder systems, and following road design standards to equitably distribute space for all road users.
The document summarizes Singapore's transportation system development and strategies over the past few decades and outlines its vision for future mobility. It discusses how Singapore integrated transport and land use planning, expanded road networks while managing demand, and provided high quality public transport. Key strategies included congestion pricing, vehicle quotas, and expanding rail and bus networks. The future vision is to have an even more connected, interactive system with widespread use of shared, autonomous and green vehicles, and real-time integrated information across different modes. Public transport ridership is aimed to increase further with more extensive rail and bus networks.
This document discusses sustainable transportation planning and goals for India. It outlines essential ingredients for sustainable transport including a comprehensive mobility plan, compact cities, an integrated public transport system, and efficient interchanges. Key themes and principles are presented, such as integrating transportation and land use planning, considering all modes, and managing both transportation demand and supply. Performance indicators and case studies on initiatives in India are provided. The conclusion emphasizes the need for a holistic urban transport strategy in India given rapid urbanization.
The document discusses Bus Rapid Transit Systems (BRTS) with a focus on the Ahmedabad BRTS system in India. It provides an overview of BRTS, including its aims and objectives, characteristics, and implementation in India. For the Ahmedabad system specifically, it describes phases, features like stations and buses, awards received, and routes. The Ahmedabad BRTS is highlighted as a pioneering project in India that provides efficient public transportation to the city.
This document discusses transportation demand estimation. It defines transportation demand as the number of trips individuals and firms are willing to make given conditions like trip price, time, safety, and comfort. Estimating demand is important for project planning and evaluation. Demand is measured using units like vehicle trips and miles. It can be estimated using single-attribute or multi-attribute models that relate demand to factors like price, time, income, and competing transportation options. The document outlines different classifications of demand models including aggregate vs. disaggregate and deterministic vs. stochastic. It also discusses factors that can cause shifts in the demand curve.
This document discusses transportation planning and modeling. It introduces transportation planning and describes the rational planning method of defining goals, identifying problems, generating alternatives, evaluating alternatives, and developing plans. It then provides an overview of travel demand modeling which includes data collection on demographics, transportation systems, and travel behavior to forecast travel demand based on land use, socioeconomics, and transportation services. The four main steps of travel demand modeling are described as trip generation, trip distribution, mode choice, and traffic assignment.
This document summarizes Bhasker V. Bhatt's presentation on multimodal and intermodal transportation planning. It discusses key concepts like multimodal transportation involving the integration of various transportation modes for efficient mobility. Case studies from Singapore and Stuttgart are presented as good examples of multimodal systems through unified ticketing and coordinated timetables. Intermodal transportation is defined as involving more than one mode, with examples of intermodal cargo transportation using containers and intermodal passenger transportation combining various modes. The importance of proper planning for efficient intermodal systems is highlighted.
The document discusses advanced road transportation systems and planning. It defines advanced road transportation as preparing to transfer humans, animals, or items from one place to another. It identifies important functions of transportation planning like identifying transportation components and models. Transportation planning aims to make systems more efficient, effective, and equitable while reducing negative environmental impacts. It discusses various transportation studies used in planning like traffic volume, speed, travel time, parking, and origin-destination studies. The data from these studies help with tasks like designing roads, controlling intersections, and forecasting traffic. The document concludes that integrating advanced technology into traffic management is important for handling increasing vehicle populations in cities and towns.
This document discusses the sustainability aspects of urban public transportation. It covers topics like changing urban patterns due to motorization and urbanization trends worldwide. Automobile dependency has increased in cities as public transit became unresponsive. The document examines different indicators of sustainable transportation and their implications. It argues that increased public transit and density can help ensure sustainability by reducing automobile use. Technology and innovative transit solutions also have a role to play, but policies guiding land use and pricing are equally important to arrest urban sprawl and make alternatives to private vehicles more attractive.
Low Emission Strategy in London Jo Boyd-WallisSTEP_scotland
This document discusses London's strategy to reduce emissions through various policies and initiatives. It outlines the current Low Emission Zone (LEZ) that charges high-polluting commercial vehicles driving in London, which has successfully reduced particulate matter. It proposes a new Ultra Low Emission Zone (ULEZ) for central London that would affect more vehicle types and have tighter emission standards. The ULEZ aims to address nitrogen dioxide exceedances and is part of a wider strategy that also involves promoting low-emission buses and taxis. The timeline for implementing the ULEZ is still pending further announcements.
The document summarizes the expansion of London's Ultra Low Emission Zone (ULEZ), which aims to improve air quality and reduce harmful emissions. It discusses the progressive implementation of low emission zones in London over time, including the ULEZ and Low Emission Zone (LEZ). It also outlines the benefits of the expanded ULEZ, including increased compliance of vehicles and reductions in non-compliant vehicles and diesel cars. However, it notes there is still work to be done to meet World Health Organization air quality guidelines as London exceeds limits for nitrogen dioxide and fine particles.
A kilometre based road user charge system proof of concept studyTristan Wiggill
A presentation by Johann van Rensburg delivered during the 2016 Southern African Road Transport Conference in Pretoria, South Africa.
Johann van Rensburg is a lecturer in Transport Economics at Stellenbosch University. He holds a HonsBCom degree from Stellenbosch University and an MPhil degree from the University of Cape Town.
He is currently a Ph.D. candidate with a research focus on transport infrastructure financing.
Emission standards regulate the amount of pollutants released from various sources into the environment. They focus on vehicles but also regulate industrial and power plant emissions. Standards are defined differently in the US, Europe, India and California. The limits become more stringent over time, denoted by stages like Euro 1-6 in Europe and Bharat Stages in India. Compliance is determined by engine tests on dynamometers using standardized driving cycles. The standards have been successful in reducing emissions and improving air quality over time but also increase vehicle costs.
The UK government’s objective is to decarbonise the new car fleet by 2040 and for almost all cars and vans on UK roads to be zero emission by 2050. The adoption of ultra-low emission vehicles is key to this decarbonisation plan. However, the plug-in vehicle market is still a niche area where technology and customer acceptance are continuing to develop. The market offers both battery electric and plug-in hybrid vehicles, but model choice, availability, price and range are still perceived by many to be inferior to internal combustion engine vehicles. Therefore, to encourage increased uptake, the UK government offers financial incentives towards both vehicles and charging equipment.
This presentation summarised the charging requirements of today’s plug-in vehicles and outlined the funding currently available for vehicles and charging equipment.
Local authorities, developers, planning managers, environmental, town centre managers and contractors would be interested in this talk.
by Josey Wardle, Zero Carbon Futures (ZCF)
Routes to Clean Air 2016 - Elliot Treharne, GLAIES / IAQM
Talk title: London's Air Quality Challenge
Routes to Clean Air is a two-day conference from the IAQM where academics, professionals and policy makers share their experiences of improving traffic emissions.
This event highlights the importance of public communication and behavioural change surrounding road transport and air quality issues.
Energy Show 2022 - Roll out of EV Charger Infrastructure & Associated SchemesSustainableEnergyAut
Electric Vehicle (EV) registrations in Ireland in 2021 grew by over 130%. This is creating unprecedented demand for vehicles and infrastructure. EVs continue to fill out all segments of the car market. They are rapidly moving to fill the commercial fleet segments.
Energy prices have bounced back following the low price period experienced during COVID. This is sending inflation soaring to 5.5% in 2021 and putting pressure on people’s pockets. But, EVs can reduce annual energy costs by 70%.
There is a looming ban on petrol and diesel car sales coming in 2030. The annual escalation of carbon taxes set to reach €100 per tonne by then. So, the race is on to switch to electric vehicles.
This quick-fire session will tell you all you need to know about EV progress in Ireland. It will cover all supports available to you. We will address the latest technologies and issues concerning consumers. You will also hear first-hand what it is like to replace a large commercial fleet of vehicles with EVs from An Post.
Alternative fuels for sustainable mobility in Europe: Directive 2014/94/EULeonardo ENERGY
On 24th January 2013, the European Commission proposed an ambitious set of measures, known as the “Clean Power for Transport package”, to solve the chicken-or-egg problem hampering the market uptake of clean (and in particular electric) vehicles in Europe.
The initiative aimed at ensuring the necessary build-up of alternative fuel stations across Europe with common standards for their design and use and included a proposal for a Directive on the deployment of alternative fuels recharging and refuelling infrastructure.
After extensive inter-institutional negotiations between the Commission, the Council and the European Parliament, the Directive was finally adopted on 29th September 2014. It requires Member States to develop national policy frameworks for the market development of clean vehicles, foresees the use of common technical specifications for recharging and refuelling stations and requests the setting up of consumer information on alternative fuels.
The first Real Driving Emissions results, consequences for Euro 6 diesels and...IES / IAQM
The document discusses the issues surrounding real-world diesel emissions and proposes solutions. It finds that while cleaner diesels exist, many Euro 6 diesels still emit significantly more NOx than their emission standards. This has led to consumer confusion and distrust. It also discusses how the independent testing organization Emissions Analytics has built a large emissions database, but more is needed. The document proposes that Emissions Analytics works with the new independent non-profit organization AIR to make the data and testing methodology open and help cities take effective action to improve air quality.
Does Innovation Drives Regulatory Policy Making Or Vice Versa?Crowdsourcing Week
Joost Vantomme, Director Public Affairs, FEBIAC. Presented at Crowdsourcing Week Europe 2015. For more information or to join the next event: http://crowdsourcingweek.com/
This document discusses trends in vehicle emissions and strategies for reducing emissions from commercial vehicles in the UK. It notes that commercial vehicles, particularly light commercial vehicles, are an increasing source of greenhouse gas emissions and poor air quality. There are a range of technologies that can help reduce both greenhouse gas emissions and air pollutants from commercial vehicles. Accreditation schemes for low-carbon vehicles and components could provide confidence to fleet operators and a metric for government incentives. Improving real-world testing and addressing emissions from auxiliary equipment are also important areas to focus on in working towards emissions reduction targets.
Emission standards regulate the amount of pollutants released from vehicles and industry. In the US, the EPA sets national standards while California has more stringent standards. Within the EU, standards define limits for various emissions from new vehicles. India has also implemented Bharat emission standards based on Euro standards in a phased manner starting from 2000 to reduce air pollution. Bharat Stage IV standards were expanded nationwide in 2017 and India plans to skip Stage V and adopt the more stringent Stage VI standards by 2020.
Mary Veronica Tovsak Pleterski's power-point presentationtankesmedjanfores
The document summarizes key aspects of the future of the EU Emissions Trading System (ETS) in Phase 3 from 2013-2020 and beyond. It outlines that the ETS will have a predictable, linear cap on emissions that declines each year. It will also expand to cover more industrial sectors and greenhouse gases. Auctioning will be the default method to allocate allowances, and free allocation will phase out for most industrial sectors by 2027. A common auction platform and oversight measures will help ensure integrity and prevent market abuse. International credits will be restricted to increase incentives for more ambitious domestic emissions reductions. The long term vision is for the ETS and other carbon markets to incentivize more countries and sectors to adopt cap and trade
The document discusses a £35 million scheme to improve local air quality in 2-4 UK cities. The scheme will provide funding for cities to commit to supporting increased adoption of ultra-low emission vehicles (ULEVs) through measures like access to bus lanes, ULEV car clubs, infrastructure for residents, and parking policies. Winning cities will need to show ambition and innovation in their proposals to change fleets and policies to promote ULEVs. The goal is for selected cities to become international exemplars of increasing ULEV uptake and realizing air quality benefits.
Derde spreker prof. Jan Cortvriend 15de horta infoavond ademloos straten-gene...Koen van Hees
De derde spreker van de 15de Horta info avond van Ademloos en stRaten-generaal: professor Jan Cortvriend van het Directorate General Environment van de Europese Commissie, over luchtkwaliteit, transporteffecten en wetgevende initiatieven. Op deze 'special edition' van 5 oktober 2014 vertelden 4 professoren en gerenommeerde EU experten over luchtkwaliteit, voor een nokvolle Horta zaal. De 4 professoren zijn allemaal verbonden aan het EU project SEFIRA (SOCIO ECONOMIC IMPLICATIONS FOR INDIVIDUAL RESPONSES TO AIR POLLUTION POLICIES IN EU).
Real-drive emissions and the impact of the VW scandal on the future of the au...Leonardo ENERGY
On 18th of September 2015, the US Environmental Protection Agency (EPA) issued a Notice of Violation of the Clean Air Act accusing Volkswagen of having equipped its US diesel models with a “defeat device” software. In real-life conditions, the emissions were 10 to 40 times above those measured during the official testing.
Around 500,000 cars in the US and over 11 million cars worldwide have been equipped with the rigged engine Type EA189. The so-called “Diesel Gate” quickly sparked global outrage, leading to the resignation of VW CEO, Martin Winterkorn, who was replaced by Matthias Müller, former Porsche CEO and putting the entire sector under suspicion.
Most EU countries ordered investigations to be conducted on random vehicles to verify their compliance with Euro norms. The scandal broke out at a crucial time for the automotive sector as the EU is in the process of adopting a “real-drive emissions test” (RDE). The European Commission found itself also under high pressure as the media accused it of being too com-placent towards the car industry while being aware of the real-drive emissions gap since many years.
Similar to Transport for London - Low Emission Zones (20)
STEP Conference 2019 - Edinburgh's Open StreetsSTEP_scotland
Victoria Street in Edinburgh's Old Town is a popular location for tourists to take photos. On Sunday May 5th, Victoria Street will be closed to cars as part of Open Streets, an initiative to promote walking, cycling, and public spaces in the Old Town. Open Streets will run demonstration events from May to July 2019 before a full program from October 2019 to December 2020. The goal is to create a people-friendly route through the Old Town and support community, culture, economy, and future city planning. Residents, businesses, and community groups are encouraged to get involved and help shape the program.
STEP Conference 2019 - Kids Promote Improvements to Air QualitySTEP_scotland
The Scottish Environment Protection Agency's Citizen Science Programme works with schools on air quality issues in three approaches:
1) Banner competitions to promote awareness of air quality issues
2) Air quality monitoring at schools to inform them of local conditions
3) Providing free teaching resources to educate students
Several local authorities have partnered with the program using a mix of these approaches. Examples of participating schools provided include monitoring projects identifying peaks from bus and vehicle traffic, and schools promoting anti-idling and active travel campaigns.
The document introduces Way to Work, a Scottish Sustainable Travel Partnership project that promotes active and sustainable travel to workplaces. It provides a link to their website, which helps workplaces encourage options like biking, walking, and public transit among employees. The document shares positive feedback from workplaces that have participated, including how one organization was inspired to apply for funding for electric bikes and new shower facilities after attending a Way to Work event. It invites people to learn more or speak to representatives at an upcoming event in Edinburgh.
STEP Conference 2019 - Electrifying a CitySTEP_scotland
Dundee is a city in Scotland with a population of around 147,800 people within an area of 13km by 2.5km. It serves as the main center for a regional population of over 400,000, with 90% of Scotland's population living within 90 minutes of Dundee. Dundee has declared itself an "Air Quality Management Area" and aims to phase out new petrol and diesel cars and vans by 2032, eight years ahead of the UK's targets. Currently, 18% of Dundee's taxis are electric, along with 40% of the city and van fleet, while there are 28 public rapid chargers. Dundee is partnering to become an international test bed for smart mobility solutions and
STEP Conference 2019 - Scotland's International Environment CentreSTEP_scotland
This document discusses Scotland's transition to becoming a net zero economy and highlights some challenges and opportunities in the Forth Valley region. It notes that the region has high levels of vehicle ownership, out-commuting, and low productivity and business density. It then proposes creating an Environmental Resilience Area in the Forth Valley that would monitor the environment using various sensors to support business resilience and transition the region to net zero through sectors like water management, emissions tracking, and flood mitigation. This monitoring network could serve as a global exemplar for other regions.
This document discusses the achievements and challenges of NHSScotland in achieving net-zero greenhouse gas emissions. It summarizes that NHSScotland has reduced energy consumption by over 41% and carbon dioxide emissions by over 60% since 1990 through various initiatives. However, it notes that healthcare accounts for a significant portion of global emissions. The document outlines NHSScotland's strategy and commitments to be net-zero by 2045, including for new buildings, owned fleets, and reviewing supply chains. It acknowledges challenges in future greenhouse gas reporting, funding new technologies, and regulatory frameworks to fully achieve net-zero goals.
STEP Conference 2019 - Local Air Quality Success StoriesSTEP_scotland
Local authorities in Scotland are required to monitor air quality and designate Air Quality Management Areas (AQMAs) if air pollutants exceed health-based standards. Many AQMAs have been designated due to traffic emissions of nitrogen dioxide and particulate matter. Case studies show that local actions such as connecting homes to the gas network, traffic management changes, and industrial emission reductions have helped improve air quality and revoke some AQMAs. Looking ahead, all local authorities with AQMAs will need to assess low emission zones by 2023 to reduce traffic pollution under Scotland's air quality plan.
This document provides an update on Low Emission Zones (LEZs) in Scotland in 2019. It discusses the progress of LEZs being implemented in Glasgow, Edinburgh, Dundee, and Aberdeen by 2020 and 2023 as committed to in the Scottish government's Programme for Government. It outlines the roles of Transport Scotland and city councils in delivering LEZs through legislation, funding, modeling, communications, and stakeholder engagement. Funding streams support retrofitting buses, taxis, and providing loans to help vehicles and households meet LEZ standards. National and local communications aim to increase awareness and readiness for Scotland's expanding LEZ program.
STEP Conference 2019 - Cleaner Air for Scotland ReviewSTEP_scotland
The Cleaner Air for Scotland strategy review made several key conclusions and recommendations:
1) While Scotland has good air quality by EU standards, additional action is needed as health impacts are better understood. Air pollution and climate issues are interconnected.
2) The strategy's structure was complex and implementation uneven; the new strategy needs a simpler governance structure and clearer accountability.
3) A wider range of emission sources beyond transport must be addressed, including domestic burning and agriculture.
4) The recommendations include developing integrated thematic strategies, ensuring new developments don't worsen air quality, improving behavior change programs, and strengthening environmental regulations.
The document discusses the economic benefits of improving streets and public spaces to prioritize pedestrians over cars. It notes that increased foot traffic on high streets from better walking environments can boost retail sales by up to 30%. Examples are given of cities where reallocating street space to walking and public transportation led to increased footfall and economic activity. The conclusion emphasizes that a focus on people and place quality is critical for local economies, and restricting polluting vehicles is important since poor air quality deters human activity and spending. Better data is still needed to understand these relationships fully to guide policy changes.
STEP Annual Conference 2018 - Gordon Manson, How SME’s can Flick the Switch o...STEP_scotland
STEP 2018 Conference. Gordon Manson. Support available to SMEs - Low Carbon Transport Fund, interest free loans for low carbon vehicles and free EV charging points.
STEP 2018 Conference. Mark Richardson. The innovation highway at Perth West, with focus on transport innovation as it has shaped the strategic development. The Innovation Highway is an approach towards bridging policy with technology through providing a land use framework to support the transition of cities to a low carbon economy.
STEP 2018 Annual Conference - Chris Dunn, HySeas III, a Zero Emission Scottis...STEP_scotland
STEP 2018 Conference. Chris Dunn. Evolution of the “green propulsion” systems being pioneered at Ferguson Marine with an insight into the progress of HySeas III – the project that will deliver the world’s first seagoing hydrogen fuel cell ropax ferry in 2020.
STEP Annual Conference 2018 - Adrian Davis, How Far Should We Go to Improve A...STEP_scotland
STEP 2018 Conference. Adrian Davis. Presentation on barriers to progress in tackling poor air quality beyond issues around the science itself. It addresses ideological barriers, the meanings of evidence across professions, and asks questions about past failures to implement effective interventions to improve urban air quality.
STEP Annual Conference 2018 - Andrea Mackie, Edinburgh LEZSTEP_scotland
This document discusses developing low emission zones in Edinburgh to improve air quality. It notes that air pollution causes premature deaths and reduced life expectancy. Road transport, particularly nitrogen dioxide, significantly contributes to poor air quality. The city has been measuring air quality and pollution levels have been decreasing. Non-LEZ initiatives have focused on improving bus and taxi fleets. The city is committed to exploring LEZ options and is developing an air quality model to understand pollution levels and test potential LEZ scenarios. Options being considered include vehicle restrictions based on type or location. A public consultation will help shape proposals for LEZs along with other projects before potential implementation by 2020.
STEP Annual Conference 2017 - Jane Bond, SEPA - VIBES, Recognising Best PracticeSTEP_scotland
The document outlines the VIBES Awards, which recognize organizations that demonstrate best practices in environmental sustainability. The awards encourage efficient resource use, improved environmental performance, and support of sustainable development goals. Categories include management, circular economy, transport, environmental products/services, and innovation. The transport award recognizes businesses that significantly reduce environmental impacts from transport. Examples are provided of organizations that decreased vehicle emissions and waste transportation CO2 through sustainable practices. The VIBES Awards provide recognition, contacts, and speaking opportunities to winning and finalist organizations.
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
Improving the viability of probiotics by encapsulation methods for developmen...Open Access Research Paper
The popularity of functional foods among scientists and common people has been increasing day by day. Awareness and modernization make the consumer think better regarding food and nutrition. Now a day’s individual knows very well about the relation between food consumption and disease prevalence. Humans have a diversity of microbes in the gut that together form the gut microflora. Probiotics are the health-promoting live microbial cells improve host health through gut and brain connection and fighting against harmful bacteria. Bifidobacterium and Lactobacillus are the two bacterial genera which are considered to be probiotic. These good bacteria are facing challenges of viability. There are so many factors such as sensitivity to heat, pH, acidity, osmotic effect, mechanical shear, chemical components, freezing and storage time as well which affects the viability of probiotics in the dairy food matrix as well as in the gut. Multiple efforts have been done in the past and ongoing in present for these beneficial microbial population stability until their destination in the gut. One of a useful technique known as microencapsulation makes the probiotic effective in the diversified conditions and maintain these microbe’s community to the optimum level for achieving targeted benefits. Dairy products are found to be an ideal vehicle for probiotic incorporation. It has been seen that the encapsulated microbial cells show higher viability than the free cells in different processing and storage conditions as well as against bile salts in the gut. They make the food functional when incorporated, without affecting the product sensory characteristics.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
2. What is the London
Low Emission Zone?
Environmental zone covering Greater London (1580 square
kilometres)
Encourages the most individually polluting vehicles driving in
London to become cleaner
Operates 24 hours a day, every day of the year
Introduced in 2008 following extensive consultation and has been
very successful so far but now needs to go further
To improve air quality: the scheme is absolutely critical and targets
only the oldest and dirtiest vehicles.
3. Air Quality in London
Despite significant improvements in recent years,
London's air pollution is still a concern and
contributes to:
4,000 premature deaths in London in 2008
(GLA health report)
50,000 deaths in the UK annually (UK
Environmental Audit Committee in 2009)
Heavier diesel vehicles are a major source of air
pollution that affects people with asthma, chest and
heart conditions: it’s the poorest, the old, the very
young and the sick that suffer most.
5. Mayor’s Air Quality Strategy
Sets out a range of measures to tackle air quality
NOx standard for LEZ in 2015 (subject to Government action and
consultation)
Cleaning up buses (Euro IV for NOx & PM by 2015)
Age limits for taxis (15 yrs from 2012, 10 yrs from 2015)
Age limit private hire vehicles (10 yrs from 2012)
No idling zones
Best Practice Scheme for construction equipment on site
Clean and Dust Suppressants
Smoothing traffic flow
Boiler replacements & energy efficiency
Minimum standards biomass boilers
Air quality neutral new developments
6.
7. Vehicles Affected by the LEZ
cont…
Heavy diesel-
engined vehicles
>12 tonnes
Feb 2008 Euro III
Jan 2012 Euro IV
for particulates
Includes:
- Goods Vehicles
- Motor Caravans
- Motorised Horseboxes
Includes:
- Goods Vehicles
- Motor Caravans
- Motorised Horseboxes
July 2008 Euro III
Jan 2012 Euro IV
for particulates
July 2008 Euro III
Jan 2012 Euro IV
for particulates
Includes:
- Vehicles with more
than eight seats, plus
the driver’s seat
Heavy diesel-
engined vehicles
between 3.5 and
12 tonnes
HGVs >12t
HGVs 3.5t > 12t
Heavy diesel-
engined
passenger
vehicles > 5 tonne
Buses & Coaches
A proposal for a NOx standard in 2015 is
currently out for consultation.
7
8. Vehicles Affected by the LEZ:
Diesel-engined
vehicles between
1.205 tonnes
unladen and 3.5
tonnes
2012 Euro III
for particulates
Large Vans
Minibuses
2012 Euro III
for particulates
Includes:
- Ambulances (over 2.5
tonnes)
- Motor Caravans (over
2.5 tonnes
Diesel-engined
passenger
vehicles below
5 tonnes
Includes:
- Vehicles with less
than eight seats, plus
the driver’s seat
8
9. LEZ Roll Out : Summary
LEZ Phase 1
- Launched 4 February 2008
- HGVs over 12 tonnes
- c. 120,000 subject vehicles of which c. 30,000
were non-compliant in ‘07.
- 98% of these vehicles now compliant
LEZ Phase 2
- Launched 7 July 2008
- HGVs of 3.5 – 12 tonnes plus buses and
coaches over 5 tonnes
- c. 90,000 subject vehicles of which c. 35,000
were non-compliant in 2007.
- 96% of these vehicles now compliant
LEZ Phase 3 (subject to confirmation)
- Originally scheduled for October 2010
- Proposal to defer to 2012
- Includes large vans and minibuses
- c. 530,000 subject vehicles of which c. 70,000
could be non-compliant in 2012.
LEZ Phase 4
- Scheduled for 3rd
January 2012
- Tougher PM standards for Phase 1 and 2
vehicles.
LEZ Phase 5
- NOX standard for TfL
9
10. Options for Compliance
Options available to operators include:
– Certifying a Euro I/II engine on TfL’s Eligible
Engine’s list meets the standards
– Fitting an approved abatement device
– Converting the engine to gas with a spark ignition.
– Fitting a new compliant engine in the vehicle
– Buying a new or compliant second-hand vehicle
– Reorganising fleet so only compliant vehicles
travel in zone
– Or paying the daily charge (online, by phone or
post)
Operators driving a non-complaint vehicle without
paying the daily charge risk a Penalty Charge Notice
10
11. Certifying a Vehicle as Compliant
Vehicles can be certified as compliant to the LEZ emissions
standards by a national body: Vehicle and Operator Services
Agency (VOSA) if they have:
– An approved abatement device fitted
– A Euro I/II engine on TfL’s eligible engine list
– A conversion to gas with a spark emission
• VOSA have 94 national test stations
• Inspections take approx. 15 minutes.
• Certification lasts a minimum of 12 months.
• Future tests can be scheduled as part of the annual vehicle
inspection to minimise vehicle down time.
11
13. 100% Discounts/Exempt Vehicles
• Few exemptions so as to maintain the benefits of the
scheme
• Exemptions/discounts have been granted where there
are problems with retro-fitting or identifying the
emissions of vehicles:
– UK and Foreign Military Vehicles (green
fleet)
– Historic Vehicles (registered pre 1973)
– Non-Road Going Vehicles
– Showman’s Vehicles
13
14. Registrations
The following vehicles must register with TfL to enable them to
travel within the zone without charge:
• NI registered vehicles
– If they meet the required emissions standards ( e.g. are Euro III certified or have
been issued with an RPC from DVA testing)
– If they qualify for a discount or exemption (see later)
• Non-GB Registered vehicles
– if they meet the required emissions standards
– If they qualify for a discount or exemption (see later)
• GB Registered vehicles
– Eligible Showman’s vehicles must register to qualify for a 100% discount
– In the event TfL has classified a vehicle as non-compliant, but the operator can
provide documentary evidence that the vehicle does meet the required standard.
14
15. How LEZ operates
• The LEZ is a charging scheme – but most will avoid
paying the charge by driving a compliant vehicle.
• There will be signs at entry points and in the zone
• Vehicles which are subject to the LEZ are detected
using fixed and mobile cameras
• TfL checks vehicle registration against a register of
compliant vehicles
• Non compliant vehicles have to pay a daily charge
£200 per day for HGV, buses and coaches
£100 per day for vans and minibuses
• Charging day midnight to midnight, 365 days a
year
• Payment can be made by phone or internet, up to
midnight on the next working day after entering
the zone
15
16. Enforcement of the LEZ
• Vehicles which are non compliant, or which are not on the register will be
sent a Penalty Charge Notice:
– £1000 (reduced to £500 if paid within 14 days) for HGVs, buses &
coaches (subject to LEZ in 2008)
– £500 (reduced to £250 if paid within 14 days) for heavier LGVs &
minibuses (subject to LEZ in 2010)
• Our agent, EPC, has agreements with vehicle registration authorities in a
number of European countries to obtain vehicle and keeper information
• EPC already successfully collects outstanding foreign penalty charges for
CC, in countries where they can gain access to keeper details.
• Since data needed to identify the vehicle characteristics is not available,
non-GB registered vehicles which are compliant need to register with TfL.
• The first time a non-compliant vehicle is observed in the zone for which no
daily charge has been paid, they will be sent a warning letter giving them 28
days to take action to comply with the scheme.
16
17. Helping Operators Understand
the LEZ
• Online Compliance Checker allows operators to check the status of
their vehicles by entering their license plate
• 732 entry signs were installed at every entry point to the LEZ, and
322 enforcement cameras were installed at strategic points across
the capital.
• TfL set up a dedicated enquiries service to help vehicle owners
understand how they can comply with the scheme.
• TfL established a comprehensive registrations process for foreign
registered vehicles. To date some 67,000 vehicles from 43
countries have registered with TfL.
17
20. Global Media Coverage
The LEZ was the lead story on BBC London and ITV’s
London Tonight on 4 February, and featured on the
Politics Show on 3 February.
The LEZ also featured in press coverage all over the
world, including the USA and Australia, Japan & China.
“London's low emission zone will add to its
reputation as a leader in sustainable transport
policies, following its congestion pricing
scheme.”
Reuters 1 February 2008.
“This is an ambitious project with a
worthwhile goal, which deserves to
succeed”
Evening Standard 4 February 2008.
Truck pollution fine for
capital
Financial Times 2 February 2008.
London launches
£200-a-day ‘dirty lorry’
entry charge
Guardian 4 February 2008
Polluting trucks entering
London have to pay $400
Wall Street Journal Europe 5 February
2008
London’s new low emission
zone will be a breath of fresh
air
Surveyor 31 January 2008
“There has been so much publicity
about the LEZ… you’d have to have
been living in a cave for the last 12
months not to have picked up
something about it”
Motor Transport 7 February 2008
Dirty truckers’ zone toll
The London Paper 5 February 2008
20
21. Impacts Monitoring
• The LEZ Baseline Impacts Monitoring report was
published in July 2008
• Sets out the conditions prior to the start of the scheme
providing a baseline against which the scheme impacts
can be analysed. It includes:
• Measurement of the change in vehicle
characteristics using cameras.
• Use of established London Atmospheric Emissions
Inventory and AQ model to cover vehicle changes
and to calculate emissions / AQ impacts.
• Supporting research around these and other key
issues such as health and economic / business
impacts.
21
22. LEZ Impacts
• Since its Introduction in 2008 LEZ has had a real impact on pollution saving
28 tonnes of particulate matter which is equal to saving
– 127 million km driven by a Euro III Artic
– that is 160 return trips to the moon or
– approximately 677,000 times around the M25
LEZ reduces pollution at the road site – where the pollution is heaviest and
targets the kind of pollution – fine particles - which are most hazardous to
health.
The LEZ changes in 2012 estimated to deliver around twice these
reductions in air pollution -critical to London meeting legal air quality
standards.
Including vans and minibuses will give children with chest complaints over
12,000 days free from suffering symptoms and adults almost 18,000 days
22
24. Since January 2012:
» Some 99% of vans and minibuses seen driving in the zone
now meet the new emissions standards (Euro 3 for PM)
» Some 96% of lorries, buses and coaches seen driving in the
zone now meet the new emissions standards (Euro IV for PM)
LEZ Compliance 2012 - Present
Editor's Notes
The LEZ covers all of Greater London and encourages the most polluting vehicles to clean up before driving in the capital.
The scheme works by setting standards for heavier diesel vehicles driving in London to limit the amount of pollution coming from their exhaust pipes.
Vehicles that meet the LEZ standards – and its worth noting that most vehicles on the road already do meet these standards - can drive free of charge and those that don’t can pay a daily charge. Its worth underlining that the scheme does not ban any vehicles from London but targets a small numbers of vehicles that produce a disproportionate amount of pollution.
However, TfL would like every vehicle driving in London to meet these pollution standards rather than pay us any money and I’ll talk later about how to do that without having to buy a new lorry!
The LEZ operates 24h a day every day of the year to improve air quality and I just want to spend a few minutes talking about why this is important.
Additional Info for Questions
Two key kinds of pollution: particulate matter ( soot) and oxides of nitrogen.
LEZ has already had a massive impact on pollution – see info on slide 5 for figs
Air quality worst in central London, main roads for example Victoria embankment.. Trucks, buses and coaches largest individual emitters, closely followed by vans and minibuses.
Although air quality in London has improved over recent years, it remains a serious problem and London still does not meet a legal standards that limit air pollution . If we don’t get this right by end of 2011, the UK will be facing massive fines from the EU – up to £300 M
And its important as this has a real impact on our health. Road transport – particularly heavier diesel vehicles are a major source of air pollution that affects people with asthma, chest and heart conditions and it’s the poorest, the old , the very young and the sick who suffer most.
This is a key concern for Londoners and they want to see it improved – and organisations like the Asthma Society and the British Heart Foundation are big supporters of the LEZ because it is doing something tangible to tackle this problem.
I think it worth noting that the scheme hasn’t been introduced lightly. We have looked at alternatives to LEZ but there really is no other choice – this scheme is critical to delivering cuts in air pollution and is the least costly and least painful way to address a problem that has been allowed to go unchecked for far too long leaving this type of action as the only available way forward.
And this graph shows why: HGVs, vans and minibuses are key sources of PM pollution in the capital.
London air does not meet legally required standards and the EU are taking legal action NOW against the UK
The EU and UK legislation has set limits for key kinds of air pollution.
Particulate matter (that is soot) limits came into force in 2008. The UK are applying to the EU for an extension of this deadline to 2011 and if this is not granted we face major fines of around £300M.
Only London exceeds legal PM standards in the UK. LEZ is a critical part of the Mayors strategy that will bring us in line with this legislation by 2011. – the changes in Jan 2012 will mean operators will take action in 2011 and this is the difference between meeting these standards and facing a massive fine.
It is worth noting that the go-live dates for LEZ in Jan 2012 is as late as possible to enable operators as much time as possible before acting whilst still ensuring we meet legal requirements. We know that LEZ does mean costs for operators but the Mayor is legally required to meet these air quality standards and LEZ is critical to get us there.
It is worth noting that taxis - as you can see - are also key contributors and the Mayor has introduced a range of measures for this industry including a 15 year age limit from 2012 and a 12 year age limit from 2015, two MOTs a year, all new taxis to be Euro V for 2012. Private hire vehicles have a 12 year age limit from 2012 and the whole industry is looking at no idling restrictions and ecodriving training for drivers.
The LEZ and taxis standards are part of the Mayor’s Air Quality Strategy which sets out an integrated package of measures that are needed to tackle air pollution in London and its important to note that other industries are also being asked to take action to address air quality e.g. taxis have a new age limit ( 15 years) and the building industry is being set new standards both for construction and operation of new developments
The EU has also set standards set limits for oxides of nitrogen (known as NOx)– Defra will be applying for an extension to the deadline to 2015 to meet this standard. All major cities have a problem with NOx pollution and action will be needed at an European and National level to help address this problem.
There is a proposal in the Mayor’s transport Strategy to introduce a NOX standard from 2015 but this will require support from national government and will be subject to extensive consultation before this became a requirement.
So where does LEZ operate – well it covers most of Greater London including parts of the M1 and M4 motorways
The zone follows the boundary of the GLA as closely as possible whilst still allowing safe turning points for the very large vehicles affected if they get the edge of the zone and decide not to come in – the M25 is outside the zone even where is passes inside the GLA to allow a safe circuit around London for vehicles.
There are signs at every entry point around the boundary and repeater signs inside the zone so everyone will be able to tell if they are inside or out.
The scheme is enforced using cameras which capture the license plate of vehicles and compare them to the TfL database which tells us which vehicles meet the standards.
The LEZ is not the same as the central London Congestion Charging zone which is the small shaded area in eth middle here.
The Congestion Charge applies 7.00am – 6.00pm, Monday – Friday, excluding bank holidays. If you drive within the Congestion Charging zone during these times you will have to pay the congestion charge, even if you meet the LEZ emissions standards or have already paid the LEZ daily charge.
Further info in questioned:
There are no barriers or tollbooths within the Low Emission Zone (LEZ). Instead, cameras will read your number plate as you drive within the LEZ and check it against our database of registered vehicles.
This database is compiled using information from The Driver and Vehicle Licensing Agency (DVLA), the Vehicle Operator Services Agency (VOSA), the Society of Motor Manufacturers and Traders (SMMT) and drivers and operators who have registered directly with us.
This tells us automatically whether your vehicle meets the LEZ emissions standards, is exempt, is registered for a discount or if you've already paid the daily charge.
This shows how extensive the supply network is: the red tags show authorised examiners who can fit a filter and certify on the spot. (note this list is still being expanded) Many AEs are mobile and can come to you if you have a big fleet.
The blue vans are VOSA test centres if you have had a filter fitted and just need a test.
These values exclude the dramatic reductions to particulate emissions from the TfL bus fleet achieved separately but as part of wider efforts to improve air quality in London (these vehicles are in-scope for phase 2 of the LEZ scheme). Exhaust emissions of PM10 from TfL’s buses have reduced by around 90 per cent since year 2000, despite a 32 per cent increase in vehicle kilometres operated.
In terms of concentrations of key pollutants in the atmosphere, LEZ targets the reductions in pollution where it is needed most – at the roadside where pollution is heaviest (because a lot of it comes from diesel engined vehicles).
LEZ also targets the most toxic portion of particulate matter – the kind of soot that has the most serious impact on health – the finer particles of soot. Black carbon is a marker in urban areas for finer particles from road vehicle exhaust ( ie.e where you find black carbon, you also find fine soot particles). At roadside sites with heavy goods vehicle flows there have been significant reductions of this pollutant at the road - of between 40 and 50 per cent have occurred over the period 2006 to 2009. LEZ is delivering a clean up of the worst pollution where it is needed most.
Health Benefits for Any questions:
Benefits for LEZ Phases 3 and 4 combined is between £45m - £100m (Defra methodology) and £70m – £270m (EU methodology which takes into account a wider range of health benefits).
Since 2008 the LEZ has saved:
Reduction in PM10 exhaust emissions of 3.6% (28 tonnes)
Reduction in PM 2.5 exhaust emissions of 3.7% (26 tonnes)
Reduction in NOx emissions of 2% (529 tonnes)
Including vans and minibuses will save children with chest complaints over 12,000 days of illness, and adults almost 18,000 days – this is from the last consultation (supplementary info)
Info on Moon stat: total savings of 28 tonnes - this is equivalent to 127 million kms NOT being driven by a Euro III artic HGV (28-34tonnes) at 30km/hr. - the equivalent distance to around 160 return trips to the moon.
Health impacts 2008
The LEZ will improve the health of many people who live, work and visit London:
Defra estimates that up to 5362 years of life expectancy lost across London would be gained.
EU Café estimates that the LEZ will bring:
350,000 fewer cases of lesser respiratory symptoms
34,000 fewer cases of respiratory medication use
256,000 fewer restricted activity days.
So as many of you may know, the LEZ first stared in 2008 and has been really successful. What this graph shows is how the number of vehicles that did not meet the standards in 2007 cleaned up in the run up to the introduction of the LEZ.
Since 2008 lorries (over 3.5 tonnes) and buses and coaches ( over 5 tonnes with more than 8 passenger seats) have had to meet a Euro III standard for particulate matter.
For those of you not familiar with Euro standards – these are European emission standards which set limits on the amount of pollution that a vehicle can emit from its exhaust. These standards apply to all new vehicles sold in EU member states and have been revised and tightened over time so that older vehicles produce a lot more pollution that equivalent newer vehicles.
Euro III standards came into force in October 2001 so that vehicles bought after this time i.e. nearly 10 years ago meet the current LEZ standards without doing anything. However, in 2008, about a quarter of the heaviest lorries over 12 tonnes) and about 1/3 of lorries ( between 3-5 and 12 tonnes) buses and coaches driving in London did not meet these standards: now about 98% of the heaviest lorries and 96 % of the lorries, buses coaches do meet these standards – they have taken action to clean up their emission to meet these current LEZ (Euro III for PM) standards.
However, as we set out in 2008, to meet the legal air quality limits we have to do more and so in Jan 2012 the standards that these vehicles will have to meet are going up.
Info for QuestionsSince its Introduction in 2008 LEZ has had a real impact on pollution in London but we need to go further
Reduction in PM10 exhaust emissions of 3.6% (28 tonnes)
Reduction in PM 2.5 exhaust emissions of 3.7% (26 tonnes)
Reduction in NOx emissions of 2% (529 tonnes)
The changes in 2012 will deliver around twice these benefits!