Posts Tagged ‘sustainable’

Third Personal Rapid Transit Test Track Commences Operation

Sunday, January 29th, 2012

Modutram recently opened the station portion of their new full-scale test track in Guadalajara, Mexico thus becoming the third PRT supplier to have an operating test track. The system is currently running with one vehicle and successfully demonstrates switching capabilities.

Station and associated test track

Station and associated test track

The Modutram program is funded by the Mexican Government and is undertaken with university cooperation. The intent is to develop and commercialize a PRT system ideally suited to Mexican applications but capable of also being deployed elsewhere. The focus is on costs and $6M per one-way track-mile is the approximate cost target.

Vehicle approaching station

Vehicle approaching station

A variety of vehicles is being planned with the initial vehicle being designed for slow, short trips with standees. A hybrid vehicle is used in order to reduce the number of expensive batteries required. Electric motor and internal combustion engine options can function completely independently of each other. Vehicles have four-wheel steering and closely follow guideway sidewalls which are constructed to a 2mm lateral tolerance. Sidewall following is accomplished by two guide wheels mounted just ahead of and behind each road wheel. Physical following was selected over remote sensing in order to reduce development time. Remote sensing could be added at a later date.

Hybrid vehicle

Hybrid vehicle

A unique operational feature is that the vehicles will keep moving slowly through stations without completely stopping. This operation has proved successful when tested with handicapped passengers. Passengers alight as soon as the vehicle enters the station while others board just before it leaves the station. If no one boards, or if boarding is incomplete, the vehicle will stop in the station. Stations are arranged so as to keep boarding and alighting passengers separate (even to the point of having separate staircases).

System characteristics

System characteristics

 

Elevated track. Note superelevation.

Elevated track. Note superelevation.

World’s First and Largest Urban PRT System Announced

Tuesday, December 13th, 2011

 We are posting ULTra Global’s recent press release here due to its significance. This is not an endorsement of ULTra over any other PRT system, only a recognition of the significance of this milestone for PRT in general.

The Punjab Government has awarded a contract for the world’s first urban Passenger Rapid Transport (PRT) system in Amritsar, India to Ultra Fairwood.  

At peak capacity the PRT system can carry up to 100,000 passengers a day on a 3.3km elevated guideway in over 200 specialist vehicles between seven stations, making it the world’s largest PRT system to date. 

Elevated Guideways

Elevated Guideways

Financed entirely by private funding on a build, own, operate transfer (BOOT) basis, the passenger services will go live in 2014. 

Although the cost of the scheme is subject to commercial confidentiality, it demonstrates that a large scale urban PRT system can be delivered on a financially viable, fare-based model and offer very real returns for financial backers.

The Ultra PRT system uses driverless, electric-battery powered, computer driven, zero emission vehicles called “pods” which :

  • can each carry 4-6 people in privacy and comfort
  • provide an on-demand, non-stop journey to anywhere on the system
  • use one third of the energy of a car,  and are virtually silent with no emissions
  • travel on a segregated guideway that can run over/alongside roads, rail tracks and buildings
  • never get held up by congestion, so reduce travel time
Bi-level Station

Bi-level Station

Amritsar is home to the holiest shrine of Sikhs, the Golden Temple, and is rich in historical, religious and heritage sites.  As such it’s a big draw for large numbers of visitors, especially during festivals and religious events, as pilgrims flock to the area.  Up to 500,000 people visit the Golden Temple on important religious festival days.  The PRT system will ease congestion and reduce the current long travel transit times.

The route will focus on taking passengers from the railway and bus stations to the Golden Temple and will:

  • take  35% of daily visitors to the Golden Temple
  • save up to 30 minutes on the current journey times
  • attract passengers from a wide geographic and demographic profile, from regular commuters to “one off day trip” users.
  • run from 04.00 – 24.00 seven days a week
  • charge fares competitive with alternative modes such as taxis and autorickshaws. 

 “The Punjab Government and city of Amritsar are leading the world in the application of a PRT system to provide volume transport in a major city environment.  As a result Ultra Fairwood is also in discussions with the authorities in other major Asian cities which suffer from major transportation infrastructure issues – congestion, space constraints, pollution problems, capacity restrictions and passenger service issues. The Ultra PRT system can help to solve these issues. 

“In one city by installing a PRT system we could potentially reduce a current journey of up to one hour in peak hours to around  seven minutes, in another country we may be able to reduce the number of cars on a major city’s streets by up to 20%.  People are at last starting to understand how this innovative technology can play a role in city transport solutions” said Ultra Fairwood’s CFO and Deputy CEO Alan Moore.

A sentiment echoed by Fraser Brown, MD of Ultra Global PRT, “The pod PRT system is an idea whose time has well and truly come.  Using British technology and know how, we’ve proved it works at Heathrow and now with Fairwood we’re creating bigger systems, on larger  routes, with more stations and pods. 

“We’ll be carrying 35% of the visitors in the area and removing 2.2m car trips in Amritsar per annum. It’s the future of environmental green travel. 

“Research has shown that by 2020, there could be between 50 to over 600 PRT system installations world wide. A real achievement for a system that came out of research from Bristol University.”

“Ultra Global sees the confidence that the Punjab Government have shown in PRT as further evidence of the growing sentiment amongst architects, transport planners and governments that PRT systems can sustainably and quickly transform an urban transport environment and provide users and other stakeholders with another viable transport mode in which to manage their cities and campuses.” Brown adds.

Ultra Fairwood is a collaboration between Ultra and Fairwood created in 2010 bringing the revolutionary Ultra technology to Asia.   Ultra Fairwood conceives, designs, finances, constructs and operates complete PRT solutions, typically on a BOOT basis.  The company is working on PRT projects for cities, campus environments and airports.

Personal Rapid Transit a Hot Topic at Meeting Between USDOT and Swedish Counterparts

Thursday, December 8th, 2011

Representatives of the US Department of Transportation met in Washington DC last week for one and a half days to further advance their Memorandum of Cooperation with their Swedish counterparts on sustainable transportation. The officials from the two governments were joined by members of academia, consultants and suppliers/vendors. After joint meetings, subgroups met to discuss livability, multimodal station area planning, personal rapid transit/group rapid transit/automated transit networks (PRT/GRT/ATN) and railway technologies.

The four subgroups agreed that they all needed to collaborate since there is potentially considerable synergy between their areas of focus.

The PRT/GRT/ATN group agreed on a number of ways the two countries could work together to better understand and consider the potential for these technologies to help solve transportation issues. After the meetings, most members of this group toured the Morgantown PRT system after which Hans Larsen, San Jose Director of Transportation said, ““I (and I believe everyone in the group) thought the Morgantown PRT system tour was exceptional.  The system serves a very important transportation function for the Morgantown community.  It has high ridership and cost effective operations.  And it provides inspiration that automated transit is not a far out idea for the future; it works with 40 year old technology. “

The results of the meetings include the following:

  • Agreement between the Cities of San Jose and Uppsala to coordinate and share information about their respective efforts to investigate and potentially implement ATN systems.
  • Undertake workshops, surveys and develop a website to find out what people in different cities are looking for in transportation solutions (including their potential desire for ATN and estimates of probable ATN ridership).
  • A strategic plan should be developed outlining how ATN could be leveraged to the best advantage of transportation overall in the next 30 to 40 years.
  • Pursue more university collaboration.
  • Develop an ATN planning guidebook (probably through the Transportation Cooperative Research Program process).
  • Explore partnerships with private industry on development and manufacturing of ATN systems
  • Help facilitate further research and development of ATN demonstration projects
  • Seek a more comprehensive USDOT consideration of ATN as a compliment to existing transportation systems involving FTA (transit), FHWA (highways and parking), FAA (airports), and FRA (high speed rail).
  • Convene sessions on ATN at the 2013 meeting of the Transportation Research Board.

Masdar Personal Rapid Transit (PRT) Opens

Thursday, December 9th, 2010

On Sunday, November 28th, the Masdar PRT system opened to the public. To quote Larry Fabian, 2getthere, the manufacturer, got there. 2getthere operates the system with the support of Singapore Mass Rapid Transit. Masdar City is a new carbon-free city being developed adjacent to Abu Dhabi in the UAE.

The system has 10 passenger and 3 freight vehicles serving 2 passenger and 3 freight stations connected by approximately one mile of track. The system is in operation 18 hours a day, seven days a week serving the Masdar Institute of Technology. Trips take about 2 and a half minutes and are presently free of charge. Average wait times are expected to be about 30 seconds.

Masdar PRT Station

Masdar PRT Station

Robbert Lohmann, Marketing Director for 2getthere, is quick to point out that the elaborate stations are not necessarily reflective of what a station should look like, but more an indication of what one could look like, if desired.

As mentioned previously, it is unlikely that this system will be extended throughout the entire Masdar City as originally planned. However, it is hoped it will be expanded beyond the extent of the present rather limited system.

The Heathrow ULTra PRT system recently achieved 99.6% availability during four weeks of passenger trials. We look forward to receiving availability results from Masdar. It will bode well for PRT if they are in a similar range. To put 99.6% in perspective, it means 4 trips in a thousand do not go as planned. This is six times more reliable than transit level of service A for transit reliability as defined in TRB’s Transit Cooperative Research Program (TCRP) Report 100: Transit Capacity and Quality of Service Manual, where 25 trips per thousand are permitted to be late.

Urban Personal Rapid Transit Guideways

Thursday, November 25th, 2010

Communities considering retrofitting personal rapid transit (PRT) guideways in urban settings are finding this is not always easily accomplished. In most situations it is logical for the guideways to be within existing street rights-of-way (ROW) and these are often cluttered/adorned with trees, overhead utility lines, street lights, traffic signals, signs, etc. In addition, the adjoining buildings often have little or no setback and can be significantly impacted by an elevated guideway in close proximity. To help highlight some of the opportunities and hurdles, we have developed a series of illustrations showing different potential guideway locations within an existing urban ROW. They conclude with some ideas for proposed (new) ROWs, highlighting the potential to reduce guideway visual intrusion, while taking advantage of the mobility offered by PRT to also reduce vehicle intrusion. The illustrations can be downloaded here.

The final two sketches are dramatically different than the others and prompt the question: “Shouldn’t this be the ultimate goal of PRT?” Visit this website to learn more about sustainable green cities enabled by PRT.

PRT proponents often promote the concept of using the guideway infrastructure to support streetlights and eliminate the need for overhead utilities. This very logical concept may prove quite difficult to implement in practice. Utility companies presently resist hanging their utilities on each other’s poles – a seemingly equally logical concept.

If common use of the guideway structure is to be accomplished, it will be important that each entity using the structure can obtain unhindered access to their key elements, without hindering the functioning of the key elements of the other entities. Utility lines strung on the guideway structure above a suspended PRT system (such as Beamways, MISTER or SkyTran) may be almost inaccessible, without somehow reaching over the dynamic envelope reserved for moving T-Pods – a maneuver unlikely to pass the safety certification process.

Utilities strung under the guideway of a supported PRT system with the bogie captured within the guideway structure (such as Skyweb Express) might pose similar problems if the guideway covers had to be removed while working in close proximity to the energized utility lines. The best opportunity for PRT and utilities to coexist seems to lie with supported systems of the open guideway type (such as 2getthere, ULTra or Vectus). Such systems could allow almost all PRT maintenance to be accomplished by workers working above the guideway riding surface and almost all utility maintenance to be accomplished by workers working below the guideway riding surface. Thus the riding surface would form a well-defined natural boundary between the systems.

Why Has Masdar Personal Rapid Transit (PRT) Been Scaled Back?

Saturday, October 16th, 2010

Masdar City, near Abu Dhabi in the UAE, set out to be a sustainable, zero-carbon, zero-waste community. Part of the premise was to exclude automobiles entirely. The city was going to rely mostly on a personal rapid transit system for internal mobility. A PRT system with some 80 stations and thousands of vehicles was planned. Unfortunately, recent  (October 2010) announcements indicate that this plan has now been scaled back and the PRT system will be confined to a pilot system or a small system serving the area close to the Masdar Institute of Science and Technology. This is a blow to PRT proponents, but is PRT to blame for the setback?

Since PRT does not mix well with street level traffic, most urban plans call for an elevated PRT system with a very small ground-level footprint. This was considered at Masdar, but there was a chicken and egg problem. If the PRT was built first, it would be difficult to integrate it in the buildings to follow. Worse, all the costs would have to be borne by the developer. If the buildings were built first, they could be planned to accommodate and integrate the PRT system, and the building developers could possibly absorb station and other costs. Building developers were slow in coming forward and so the latter, preferable, option was not feasible, although it could possibly still have been accomplished by imposing carefully-planned building requirements (not easily accomplished in the prevailing culture). This, coupled with a desire to provide a pedestrian-friendly “ground” level, led to the decision to raise the pedestrian level, some 7 meters above the ground level to form a “podium” level, and to build the PRT system and the utilities in the undercroft formed below. Future buildings could then be constructed on the podium level with few restrictions.

Rubber-tired, battery-operated PRT vehicle, manufactured by 2getthere, being tested in the undercroft below the podium (pedestrain) level at the Masdar Institute of Science and Technology.

2getthere PRT vehicle in the Masdar undercroft

Putting PRT in the undercroft has proven problematic because:

  • The PRT routing was constrained to follow surface street routing, which is deliberately discontinuous to help prevent windy conditions.
  • The PRT routing is the same as that for special delivery (and, possibly, emergency) vehicles – violating one of the principles of PRT, which is to separate it from other traffic.
  • There is no way of enticing building developers to share the costs of the PRT stations and other elements.

The podium decision was made in more prosperous times. It is an expensive way to build a city, and current economic considerations have resulted in the decision being made not to extend the podium concept and the PRT system throughout the city. Thus the podium/undercroft decision underlies the decision not to extend the PRT system. Hopefully, the PRT system will soon come into successful public service, indicating that it can at least do the first part of what it was acquired to do.

Masdar is apparently considering electric cars and/or buses instead of the PRT system. It is difficult to imagine how this can be accomplished without revisiting the design parameters for the streets which are narrow and discontinuous. It may make much more sense to take a hard look at how an elevated PRT system could work and what it would take to merge it with the undercroft system.

PRT @LHR 2010 – Summary of Personal Rapid Transit Conference at Heathrow Airport – Days Two and Three

Saturday, September 25th, 2010

Wednesday – Thursday 22nd – 23rd September 2010

I attended the morning tour of the PRT system thereby missing the first four Wednesday presentations. I had previously seen and ridden on the entire system. However, I had not seen the T-5 station since it was completed. It is an elegant and well-designed facility that appears to have ample space. Strolling around it, one appreciates some of the difficulties of designing for a system few will initially understand. For example, when passengers read “wait here for an empty berth” will they understand what a berth is and be able to determine where one ends and another begins? During the remainder of the tour and the ride the following morning (the system was closed for track maintenance on Wednesday morning), I paid attention to the opinions of others. Perhaps most telling was the comment of a Bombardier representative who indicated the system was much better than he had expected. I was interested in better evaluating the ride quality which, while not perfect, is definitely better than that in the back seat of a taxi.

Sven Beller, PTV AG, discussed the adaptation of existing tools such as VISUM and VISSIM to simulate PRT systems. Necessary adaptations can be scripted through the Application Programming Interface using other tools such as Excel’s Visual Basic for Applications.

Joerg Schweizer, Universita di Bologna presented work he is doing on a PRT Capacity Manual. The manual is intended to provide performance models that are quick and easy to apply with a focus on station operations.

Jochen Rabe, Associate, Ove Arup & Partners Ltd., said that comprehensive PRT networks covering entire cities may not be realistic. Local authorities must compare the transport service benefits of PRT with the visual impact and potential privacy loss.

Gabriele Giustiniani, Researcher, University of Rome ‘La Spienza’, outlined a CityMobil project with a round trip of 1.61km, 11 stops and 6 cybercars. He found the mode share for the cybercars was 10% more than that for a mini bus with the same schedule.

Steve Perliss, Lea+Elliott moderated a Procurement Workshop which included addresses from Bo Olsson, Senior Strategist, Trafikverket, David Holdcroft, PRT Manager, BAA, Martin Lowson, President, ULTra PRT, Robbert Lohman, Commercial Director, 2getthere and Jorgen Gustafsson, Managing Director, Vectus Ltd. Olsson described a two-step procurement process (first qualifications, then price) and said numerous questions must be answered before committing to a procurement process. Holdcroft described the process used to select ULTra. He said they received 15 responses. Lowson and Lohman implied they approved of the BAA procurement process. Perliss said it is important to give responders time to build teams and to bring them in early to get feedback. Ahuja said this is not possible in India where the tender period is limited to 6-8 weeks. Lowson and Lohmann agreed that the supplier must have control of the structural specifications to ensure ride quality and vehicle interfaces are adequate. Gustafsson said clear roles and responsibilities with simple interfaces and a lean organization able to make quick decisions (especially on the client side) were important. He said the Suncheon project will comprise 11km, 40 vehicles with 3M annual visitors. It will be mainly point-to-point and is being financed by Vectus who will receive an annual stipend. Muller pointed out that the workshop seemed to be moving towards guidance for consultants in preparing tender documents and that guidance for owners in moving from considering to implementing PRT was perhaps also needed. Lowson stated that, in his opinion, the ASCE APM standards are insufficient on the topic of safety and that safety clearance requirements vary greatly from country to country and even within some countries like the U.S.A.

Simon Babes, Director, Colin Buchanan, discussed a potential role for PRT in the Chinese megacity of Shanghai. He presented an analysis of a 20km, 20 station PRT system with 500 vehicles and 67,000 daily trips connecting a business park to a metro station. He anticipated fare revenues plus savings in shuttle bus operating costs could cover PRT operating costs and pay back the capital investment in five to ten years.

Richard Caple, Engineer Project Manager, Daventry District Council, said the major concerns for the Daventry PRT project include: visual intrusion; cost; anti-social behavior; ease of use and the complexity of the network. There is no funding presently available but he expects the system will happen eventually. He briefly outlined a document called Outlines for the Implementation of PRT in Urban Areas.

Peter Muller, President, PRT Consulting (the author), suggested that the true benefits of PRT will only be realized when it is used to develop entirely new cities built with a focus on ideal living conditions along with sustainability. He outlined how his vision for a “perfect” city could be enabled by PRT and recommended that those attempting to retrofit existing cities with PRT might want to keep this vision in mind, as something to strive towards. A poll of the audience revealed that about 75% would like to live in such a city.

Colin Bates, Managing Director, Customer Champions reported on a study of ULTra’s previous leads and key contacts. They found that the key barriers to sales were: risk aversion; desire not to be first (Heathrow will help but is not always applicable); urban developments are impacted by politics; PRT is not understood by decision makers; there is a lack of comparable data and proven benefits.

Malcolm Buchanan, Director, Colin Buchanan, summarized the conference. He asked if roads and cars or rail networks could eventually become PRT networks.

PRT @LHR 2010 – Summary of Personal Rapid Transit Conference at Heathrow Airport – Day One

Tuesday, September 21st, 2010

Tuesday 21st September 2010

The Conference was opened by John Holland-Kaye, Commercial Director, BAA Airports, who said that the PRT system is obtaining 100% records for reliability. He was excited by the chance to create a new form of technology that will change the way people travel.

Fraser Brown, Head of Travel Services, Heathrow Airport Ltd – BAA, listed numerous advantages of the PRT system including: predictable; reduction in journey times; more than 70% have no waiting; reductions in emissions, noise and congestion; improved office rents, land values & availability as well as road safety. He is looking forward to a future where the passenger needs no local knowledge – they will not need to know where they have to go, just what they want to do. The system should be able to account for congestions, last-minute changes and delays in flight schedules.

David Holdcroft, PRT Manager, BAA, outlined completed and on-going system testing and passenger trials. He said that they have found out from passenger trials to date that passengers like the system. They also have learned that there are many aspects of the system that can be improved and have been tweaking such things as the audio message volume, door timings and button sequences. The on-going daily trials include passengers with luggage and are being used to monitor trends in the system status. The recent emergency situation rehearsal provided valuable lessons including that it resulted in duplicative responses from multiple jurisdictions. The system will open once BAA is satisfied with the results of daily trials and full integration of the PRT system with all other airport systems that could interact with it in any way. The integration process involves safety integration, new and updated operations protocols and familiarization of all potentially impacted airport staff.

Mark Griffiths, Head of Operations, ULTra PRT, continued the theme David Holdcroft started and told of unexpected passenger behaviors, such as going to an empty station berth to call a vehicle because they mistakenly assumed the one already waiting in a berth must be broken. He said they have a core staff of 24 for the 24/7 operation. Batteries must be recycled after about 3 months. Opportunity charging in stations allows a full battery pack to keep a vehicle running for several hours.

The Masdar PRT system had a two-hour test last week with 10 vehicles and 25 passengers according to Robbert Lohmann, Commercial Director, 2getthere. He said they put doors on one side of the vehicles only because doors tend to be problematic. However, this has required some special station layouts. When asked about rumors that Masdar is considering abandoning the PRT system for electric cars or other solutions, he said that Masdar is still committed to the PRT system but continually reconsidering their options because of the state of the economy.

Dario Menichetti with Mott MacDonald discussed the modeling of the MASDAR PRT system. They used conventional transportation modeling tools as well as a micro-simulation model in order to model the integrated systems and optimize the PRT topology and network performance.

Michel Parent, Team Manager, INRIA, said that cyber cars are fully-automated individual road vehicles that are part of an optimized transportation system but are not necessarily separated from other traffic. He described a cyber-car demonstration that will run for 6 months (January to June, 2011) with three vehicles in La Rochelle, France.

Tony Kerr, Director, Ove Arup & Partners Ltd., reported that they are now under contract and beginning work on the San José PRT project. The initial portion of the project will include investigating a PRT system connecting the airport to light- and commuter-rail stations.

Magnus Hunhammer, CEO, Institute for Sustainable Transportation described how they have used a full- scale portable PRT station to publicize and educate people about PRT. He also showed a PRT visualization.

John Hammersley with ULTra PRT discussed planning efforts and competition for a PRT system in the historic city of Bath. He said the competition led to overwhelmingly positive response and the PRT system could pay for operating costs and provide a return on investment of 7.3% based on a very reasonable fare.

Henk van Zuylen of The University of Technology, Delft described a PRT system connecting the Airport of Rotterdam and The Hague with existing rail and Scienceport Holland. The 21 km system would have 14 stations and 70 vehicles. Capital costs were estimated at €109M and annual O&M costs at €1.7M. He said the real barriers are institutional and political.

Sonal Ahuja, Director International Development, Capita Symonds Ltd., said there are 17 to 18 PRT projects currently being taken seriously in India where there is no recession and people pay for purchases in cash. He described a PRT study in New Delhi where they had to resort to double guideways to accommodate projected demand using 3 second headways and an occupancy factor of 3.0. The study showed a benefit/cost ratio of 4 and an internal rate of return of 18%.

Martin Lowson, President, ULTRa PRT discussed the design of a high capacity PRT station. He said they have found loading and unloading times to be quite consistent with that on other modes. Door cycle times tend to dominate station dwell times. Station designs can minimize the number of bays required by keeping standby vehicles close by in order to immediately replace departing vehicles.

Arturo Dávila, Project Engineer, IADIADA Automotive Technology SA, described a vehicle platooning system called SAfe Road TRains for the Environment (SARTRE) where the lead vehicle is driven and following ones are driverless. The intent is to increase safety and capacity while reducing energy used.

Ingmar Andréasson, Professor, KTH, discussed the ridership effects of PRT mixed with scheduled transit. He found that conventional transit is inadequate and PRT can increase total transit share and induce more travelling. In order to estimate the new transit share including PRT, all we need to know is the transit disutility and how much it is going to change, if the other modes are going to remain unchanged. He found the bus penalty relative to car to be € 2.50 and the PRT penalty to be half that, when the entire trip is by PRT.

Car-Free City Enabled by Personal Rapid Transit (PRT)

Wednesday, July 28th, 2010

Imagine a city designed to be free of cars, trucks and buses, yet to include a transportation system that will whisk its residents to any destination quickly and quietly without stopping. Children, the elderly, disabled and poor would have mobility similar to that currently available to the rest of the population.  The buildings could be much closer together, allowing easier walking, and/or they could accommodate more open space. The lack of accidents (personal rapid transit (PRT) is two orders of magnitude safer than current forms of transportation) would bring significant social benefits and greatly reduce the need for emergency services. Crime would be deterred, since the PRT stations and vehicles would be under constant video surveillance.

Some would argue that such a city would still need roads for emergency response, maintenance, refuse removal and large delivery vehicles. However, there are probably other (potentially better) ways of providing these services. Buildings could be sprinkled for fire suppression and equipped to facilitate emergency evacuation. Emergency personnel could utilize the PRT system, which would provide faster access than any present road system, and bring their personal gear with them. Special PRT vehicles could be equipped to accommodate gurneys and function as ambulances, while others could be equipped to support fire fighting. PRT freight vehicles could remove trash and deliver goods. Low-impact vehicles could deliver large goods by slowly driving down the pedestrian walkways, linking the buildings to each other and the PRT system. Some of the infrastructure savings could be used to fund helicopter services for extreme emergencies or exceptionally difficult movement of large items. All of these concepts need to be refined and incorporated in the new city’s building and planning codes, but none seem insurmountable.

Such a city couldbe made more sustainable by incorporating numerous additional low energy/emissions/waste technologies and yet be built for less than the cost to build a conventional city, since it would require less transportation infrastructure. Fewer PRT vehicles (and vehicle storage spaces) would be needed than the cars they replace, because each vehicle would make 50 to 100 trips per day. Even though the city cost less to build, its value would likely be higher than a conventional city. Studies have shown that the value of housing served by a good transit system is increased 6% to 45%, and commercial land values have been shown to increase 24% to 103%.

Residents would be able to purchase homes at a reduced cost and to reduce their automobile ownership. They would leave any cars they did own in parking facilities at the perimeter of the new city. Recreational vehicles would also be stored at the perimeter. Those with jobs in the new city would seldom use automobiles and thus lead much safer lives with reduced waste of time. Opportunities to use technology for improving many aspects of life, beyond just transportation, could help keep the new city almost free of crime and allow the residents to have a truly wonderful standard of living. It is finally time to take our cities back from the automobile and let them serve human needs once more.

Modern Mobility, What is PRT and Why You Should Care

Wednesday, May 5th, 2010

Judging by the rapt attention (at times you could hear a pin drop) and the lively discussions during the breaks, the Modern Mobility Conference, held near Kansas City on April 23rd, 2010, was a resounding success. The conference was moderated by Stan Young, President of the Advanced Transit Association (ATRA) and marked the culmination of a project investigating the feasibility of a PRT system at the Village West development east of Kansas City.

Mokhtee Ahmad, Regional Administrator, FTA Region 7 welcomed the attendees. While expressing caution about the willingness of FTA to embrace PRT, he privately stated that PRT projects are eligible for FTA New Starts funding.

 ATRA board member and events coordinator, Larry Fabian, introduced the topic of automated people movers (APM). He stated that there are 146 worldwide of which 4 are PRT. APMs have historically been noted for their high costs. While PRT systems may require more sophisticated control systems, they will hopefully also reduce costs.

Peter Muller, president of PRT Consulting rounded out the first session with an introduction to PRT planning. He began by outlining how cars are ruining our cities by contributing to congestion, killing over 40,000 per year, contributing a third of all greenhouse gases, using more oil than all other uses combined and devouring property (at Village West four times as much land is devoted to roads and parking as to buildings). Conventional transit is no solution since transit’s mode share has barely changed in the last 20 years. He then outlined how PRT’s characteristics may allow it to address many of these problems.

Mr. Muller went on to educate the attendees in the technical aspects of PRT and how it should be planned for. He stressed that public participation can be key in dealing with potential nay-sayers early in a project. He outlined a public outreach process that has shown that people generally prefer small, private modes of transport such as cars, bicycles and PRT over rail-based modes and that the least-preferred modes are bus-based.

 The second session was focused on reporting on the results of the Village West PRT Project. Dr. Moni Al Aasar reported on BG Consultant’s analysis of structural and code compliance issues. He stated that the Kansas DOT had concerns about the ULTra guideway design as used at Cardiff and Heathrow. These concerns related to the fracture-critical, non-redundant nature of the design and the fact that it has out-of-plane loading. BG Consultants developed an alternative pre-cast concrete guideway design and Dr. El-Aasar presented estimated guideway costs based on this design. He also presented estimated costs for stations as shown in Table 1.

Table 1. Probable Construction Costs

 

Probable Construction Costs

Item

At-Grade

Elevated

Guideway/mile

$1.33M

$4.4M

2-bay Station

$48,000

$362,000

3-bay Station

$69,000

$465,000

 Dr. Steven Schrock, Assistant Professor at the University of Kansas, reported on the environmental aspects of the Village West PRT Project. No major environmental concerns are anticipated but NEPA requirements will have to be met if federal funding is involved. He discussed the methodology used to estimate the value of benefits deriving from reductions in automobile operating costs, onsite emissions and accident costs.

 Peter Muller reported on the work done to estimate ridership, system requirements, overall benefits and costs. In addition, he reported that Patti Banks Associates found that quite significant land redevelopment options become available through retrofitting the area with a PRT system. They also found that even more significant opportunities would have been available had the development incorporated PRT from the beginning.

 Mr. Muller stated that the benefits (including societal non-monetize-able benefits) outweighed the costs by some two-and-a-half times. Increased tax revenues plus a per-ride charge of about $0.50 would be sufficient to pay for capital costs in ten years. Ongoing operating costs would thereafter require a fare of approximately $1.00 per trip. He presented a comparison (shown in Table 2) comparing the viability of this project with another PRT project, a light rail project and a commuter rail project.

In summary, the PRT system seems viable and financially feasible. However, the study, which was undertaken as an academic exercise, had insufficient budget with which to adequately investigate important factors such as ridership, increased tax revenues and financing mechanisms.

Table 2. Cost Comparisons

 

  Dulles Rail Project Mid-Jordan LRT Extension Fort Carson PRT Project Village West PRT Project
Miles of track 23 (2-way) 11 (2-way) 23 (1-way) 10 (1-way)
Stations 11 9 35 26
Daily  pax 60,000 9,500 53,500 15,519
Capital cost $5,200M $428M $529M $137M
Cost per mile $113M $19M $23M $14M
Cost per station $473M $48M $15M $5M
Cost per annual pax $290 $150 $33 $24
Type Corridor Corridor Network Network

Perhaps the most interesting part of the conference was the closing panel discussion moderated by retired Professor Alan Black. Tom Jacobs with the Mid-America Regional Council (MARC) said that transit is the number one solution they are working on. He was very impressed with the attributes and benefits of the PRT system and thought it was really compelling from an environmental standpoint. He considers the 60 to 200 square miles of parking lots within the MARC area to be environmentally damaging due to heat island effects, ozone emissions and increased storm water runoff. He saw promise in PRT’s ability to create vital spaces.

Douglas Bach, The Unified Government of Wyandotte County’s Deputy County Administrator, said that existing remote parking could be used if a PRT system was in place and that there are more and more reasons to park the car and travel around the facility. He felt that the system itself could be an attraction, but implementing it would be challenging. STAR bonds may be difficult to use because of restrictions. However, the recently enabled Community Improvement District has more flexibility on both the taxing and spending sides.

Dick Jarrold with the Kansas City Area Transportation Authority discussed how PRT could help solve the last mile problem experienced by larger systems. However, he expressed concerns regarding the need to verify costs, aesthetics, ridership, security, safety and impact on/of underground utilities. He said that, if the numbers are correct, Village West would be the type of facility at which to implement PRT. The big question is, “who bears the risk if it does not pan out?”

 Dick McReynolds, retired KDOT researcher encouraged the group not to get too hung up on specific costs or issues. This project was funded at about one tenth the usual costs and the results are quite encouraging.

Chris Ozimek, Director of Marketing for Schlitterbahn, explained that while a small portion opened last year, the 270 acre resort will take another four to five years to complete. It includes over four miles of waterways [which the PRT system would connect to]. The resort is designed to have people park and leave their cars for the duration of their stay. PRT could take this to a whole new level and increase the average length of stay.