In a bid to automate and mechanise certain functions while putting older buses of the fleet to better use, the Pune Mahanagar Parivahan Mahamandal Limited (PMPML) has converted an old bus into a moving high-pressure cleaning system.
Bus stations of the Corporation’s Rainbow bus rapid transit system (Rainbow BRTS) were earlier cleaned manually by sweeping them. The plan to to change the process was initiated by Babasaheb Mulani, a bench fitter from the Pimpri Depot under the guidance of depot manager Bhaskar Dahatonde and DME Rajkumar Mane.
The vehicle was used to clean BRTS shelters in Pune and Pimpri-Chinchwad during the ongoing G20 summit.
PMPML shared a video explaining the new system to their social media accounts. Below is the video from their Youtube channel and the wonderful caption from their Instagram account.
Innovative BRT Bus stop cleaning system by PMPML
Until date BRT bus stops of PMPML were majorly cleaned using normal mechanisms like sweeping, but to thoroughly clean every corner of a bus stop PMPML came up with an idea to convert an old bus into a moving high pressure cleaning system.
Due to resolute efforts from Babasaheb Mulani (Bench Fitter) under the guidance of Bhaskar Dahatonde (Pimpri Depot Manager) and Rajkumar Mane (DME) this idea came into existence and was successfully executed.
As the cleaning performance of this innovation was excellent, this bus was also sent to clean BRT bus stops and routes during the G20 Summit.
PMPML heartily appreciates this innovative creation and ideation by our employees.
पीएमपीएमएलचे बीआरटी बस थांबे सध्यापर्यंत फक्त झाडून साफ केले जात होते, परंतु बसस्थानकाचा प्रत्येक कोपरा पूर्णपणे स्वच्छ करण्यासाठी पीएमपीएमएलमधील कर्मचाऱ्यांना जुन्या बसला चालत्या फिरत्या उच्च दाबाच्या स्वछता प्रणालीमध्ये रूपांतरित करण्याची कल्पना सुचली.
हि कल्पना सत्यात उतरविण्यासाठी पिंपरी आगाराचे आगार व्यवस्थापक भास्कर दहातोंडे व पिंपरी आगार अभियंता राजकुमार माने यांच्या मार्गदर्शनाखाली बेंच फिटर बाबासाहेब मुलाणी यांनी आटोकाट प्रयत्न करून टाकाऊ साहित्या पासून सर्व्हिस व्हॅन मध्ये ‘फिरते वॉशिंग सेंटर’ तयार केले व त्याचे यशस्वी प्रात्यक्षिक घेतले.
या प्रणालीच्या अत्यंत उत्कृष्ट कामगिरीमुळे जी२० परिषदेदरम्यान बीआरटी बस थांबे व मार्गांची स्वछता करण्यासाठी या यंत्रणेचा वापर करण्यात आला.
आमच्या कर्मचार्यांच्या या नाविन्यपूर्ण निर्मितीचे आणि कल्पनेचे पीएमपीएमएलतर्फे मनस्वी अभिनंदन.
PMPML
The vehicle is fitted with a 1 horsepower (1 HP) motor, a 2,000 litre Sintex tank and a service pipe. The bus is then driven to the bus stop and pressure washed.
According to Shri Mulani, Dahatonde, and Mane, the plan is convert older buses of the depot to such cleaning vehicles and use it to keep bus stops across the twin cities clean. A trial was conducted at the Akurdi BRTS stop. Passengers too appreciated the clean bus stop.
The rear of the PMPML Washing Service Van of the Pimpri Depot (Screengrab from PMPML’s video)
Public transit in India has a problem of plenty, on multiple levels. Plenty of obstacles, that is.
Obstacles, such as lack of political will to plan and execute projects at the state level, the Not-In-My-Backyard (NIMBY) syndrome among persons who may or may not be affected by a planned project, a militant civil society, among various others.
One of these obstacles also include the variety of fare collection media. Most cities of India have not been able to replicate successful projects, like Oyster (London), Octopus (Hong Kong), Nol (Dubai), OMNY (New York), on their public transit systems, demonstrating a lack of coordination between the different public transit system operators. Most of such attempts – such as the GO MUMBAI card, designed for a single ticketing system on the BEST and the Mumbai Local – failed miserably, due to the transit operators’ resistance, or a half-baked product, or a private contractor lacking the required expertise to support the project, etc, or a mix of all of them[1]. Although, to be fair, the public transit systems in cities like London, Hong Kong, Dubai, New York etc are run directly or indirectly by a unified city-level transit agency, like Transport for London, Metropolitan Transportation Authority (New York), Roads and Transport Authority (Dubai) and MTR Corporation (Hong Kong) – something which, as conventional wisdom suggests, may be in the realm of impossibility in India.
A national common mobility card had been on the drawing board since 2010. The card was titled “More” – a reference to the peacock – and was first launched in Delhi, for unified payments on the Delhi Metro and DTC buses. This too, failed, due to a lack of effort from all stakeholders. Delhi Metro, DTC and the Rapid Metro Gurgaon now have the ONE DELHI card, a closed-loop system.
In view of the failures of the past on this front, the Modi government launched the National Common Mobility Card in 2019, with a different approach this time. This time, banks too were involved in the project, and so was the National Payments Corporation of India (NPCI)[2]. Under this new approach, NCMC wasn’t launched as one card, but as a set of technological standards developed by Bharat Electronics Ltd (BEL), the Centre for Development of Advanced Computing (C-DAC), and the NPCI, to be adopted by all transit operators and projects, who are free to choose their own issuer and acquirer banks to run their respective fare collection and management projects. NCMCs mandatorily have to be RuPay contactless cards issued by banks – debit, credit or prepaid – making them eligible to be used for purposes other than public transit fares too.[3] Due to them being RuPay cards issued by banks, it is easy to scale up operations for public transit systems not using automated fare collection (AFC) systems, such as buses.
While now is the closest India has ever come to a truly “national” common mobility card, there is still a long way to go. Cities like Mumbai, Chennai, Kolkata, continue to be very heavily reliant on suburban railway services operated by the concerned zones of the Indian Railways, by using legacy infrastructure. Most importantly, suburban railways, like the mainline long-distance operations, use the proof-of-payment system (PoP) for fare collection. The PoP system entails passengers buying tickets from the ticket windows or online (through the UTS app), and then using the train. The only fare control system, in this case, are random checks by ticket examining staff onboard or at the destination. Most of the times, these random checks are limited to AC trains, and the first-class carriages on non-AC trains. Thus, this makes for a highly inefficient mode of fare collection, control and management, due to the high possibility of fare evasion by passengers.
However, there seems to be no viable alternative to PoP systems on suburban railways. While suburban rail systems currently under construction, such as K-RIDE’s Bengaluru Suburban Rail Project, can adopt the AFC systems, changing the fare collection system on existing systems, and that too, heavily-used systems like the Mumbai Suburban Railway, may prove to be difficult without rebuilding the system from the ground up. Moreover, due to there being different fare classes and products (single journey tickets, return journey tickets, season tickets for first and second class, and also the luggage compartment), converting to AFC systems is all the more difficult.
In 2019, former Maharashtra Chief Minister Devendra Fadnavis approved a rubber-tyred metro – the first in the country called the Metro Neo for the city of Nashik. While other smaller cities were considering light rail transit – now called MetroLite – Nashik went on a different route.
Two lines have been proposed by the Maharashtra Metro Rail Corporation (MahaMetro) for the Metro Neo in Nashik, totaling 30 stations across 32 km.. Below is a map of the same.
Nashik Metro-Neo Map
A rubber-tyred metro is essentially a hybrid of road and rail technology. In many ways it is like a combination of a bus rapid transit system (BRTS) and a light rail transit system (LRTS).
Nashik’s Metro Neo system got approval from the state government in August 2019, and the detailed project report (DPR) was sent to the Centre in June 2020. It was approved by the Centre in 2020 and eventually ₹2,092 crore was allotted to it by Union Finance Minister Nirmala Sitharaman in January 2021 as part of the annual union budget.
In April 2021, MahaMetro invited an Expression of Interest (EoI) for manufacture and supply of the trolleybuses that would run using an overhead catenary.
Now, on 27 August 2021, Praveen Mudholkar, a journalist working for BBC Marathi, tweeted out two videos of what looked like prototypes for the rolling stock. You can take a look below.
One can make out the MahaMetro logo and the Metro Neo logo on the sides of the vehicle as well as the vestibule. While it is not clear who is the manufacturer, the rear windshield resembles that of Tata Motors’ Marcopolo/Starbus series of buses. However, the video was taken in Nagpur, and Tata Motors manufactures its buses at Dharwad, Karnataka.
A thought did occur to me on this. In 2018, when MahaMetro awarded the tenders for Pune Metro’s rolling stock to Titagarh Firema, it was reported that while 25 per cent of the trains would be manufactured at Firema’s plant in Italy, the remaining would be manufactured at MahaMetro’s facility in Nagpur.
Here is a better quality video of the same coaches, courtesy Devesh Shah’s Infra Vlogs on Youtube. Don’t forget to subscribe to Devesh’s channel!
Anyway, let’s hope that Metro Neo comes to Nashik soon! It’s Neo time for something Neo.
If you intend to step out please wear a mask, carry sanitizer and maintain social distancing.
Amaravati, the upcoming capital of Andhra Pradesh, is touted to be a major game changer in Indian cities. While it will be the fourth major planned State Capital, after Bhubaneshwar, Chandigarh and Gandhinagar, it will be the first major Smart City in India as a State Capital.
Now, all this sure sounds rosy on paper, but fancy stuff isn’t what we’re looking for right now. What we need is functionality. Here are some key pointers that I have decided to put across for Amaravati’s transport, which will help livability in the city massively.
Theoretical Stuff
Start a new unified transit body
Create a new entity from scratch for Amaravati’s transport. That’s right. A new entity, solely for transport within the Capital Region. It can be either a Municipal-run body like BEST, or a State-run body like MTC. However, this body should be a Unified body on the lines of Transport for London [TfL] or New York’s Metropolitan Transit Authority [MTA]. Let this authority or agency handle buses, trains, and also be a nodal point for autorickshaws/taxis. The Transco can also be jointly managed by all three levels of government. Road related works can remain under existing agencies like the Public Works Department or Andhra Pradesh Road Development Corporation
Keep out of existing Establishments
Amaravati must not rely on APSRTC or Indian Railways for its Transport. Buses in Hyderabad were earlier run by the APSRTC, and now by the TSRTC. Rail transit for the new city must be independent of Indian Railways, to prevent congestion and avoid red-tapism on the network like on the Mumbai Suburban Railway. MSRTC operates inter-city buses in Mumbai. BEST operates intra-city services. The other transcos [NMMT, TMT, MBMT, et al] handle services between the different jurisdictions within the MMR. Amaravti might be made up of multiple Municipal bodies for Vijayawada, Guntur and the upcoming city, but transport within these regions must be kept for a single entity that exclusively serves it.
Practical Stuff
Underground Metro Corridors
Since the entire city is being built from scratch, the entire Metro corridor needs to be built underground. This will help keep the city aesthetically appealing. If elevated corridors are built, they should use the 25m segment like what Mumbai Metro 1 and incorporate the cantilever station design of the Hyderabad Metro.
Bus Rapid Transit Systems
Marechal Floriano BRT station, Linha Verde (Green Line), Curitiba RIT, Brazil. Image copyright Mario Roberto Duran Ortiz, CC-BY-SA 3.0 Unported, available on the Wikimedia Commons.
Amaravti has the potential to make Bus Rapid Transit Systems [BRTS] work more efficiently than other cities including Ahmedabad and Surat. It can implement them on a large scale as a feeder system to the aforementioned Metro systems. Again, since the city is being built from scratch, bus lanes can be made signal free, making them truly rapid. Trolleybuses, or even trams can be run to make it more eco-friendly.
Amaravati must ensure that roads are built with proper cycle lanes that are separated from pedestrian lanes and motorised traffic. Encourage the usage of cycles, and incentivise riding them. Public cycles should be introduced. Use a smart card for parking spaces and renting cycles.
Accessibility
Bicycle lane and a pedestrians’ path in Tsurumi, Yokohama, Japan. Image copyright Meme-Meme, CC-BY-SA 3.0 Unported, available on the Wikimedia Commons.
All roads must feature properly laid and leveled pedestrian walkways as well as ramps for the differently-abled. With the Prime Minister stressing on the word Divyang for differently-abled people, it is imperative that this is taken up seriously. Traffic signals must be fitted with audio devices to let visually-impaired people know that they can cross the road. Bus stops should feature Braille signage and pavements should feature a tactile path similar to the one in Metro stations.
Smart Design and Technology
Solar Panels at HUDA City Centre Parking Lot. Image copyright Srikanth Ramakrishan, CC-BY-SA 4.0 International, available on the Wikimedia Commons.
All roads must be designed with ducts for cables, pipelines, and other channels to prevent them from being dug up very often. This is similar to what is done in Mumbai and Bangalore [the latter thru TenderSURE]. Roads should be laid using plastic waste to recycle the waste as well as make the road long lasting. Electric cables should be underground to prevent accidents. Traffic signals, bus stops, footbridges, parking lots, benches, should be fitted with CCTV cameras for safety and security, as well as fitted with solar panels to generate power as well as provide shade.
Common Payment instrument
A super crucial point, a Common Payment Instrument must be instituted across the city. A single smart card should be used for Metro, Buses, BRTS, Cycles, etc. This model is followed abroad in many places. Like several cities abroad, NFC-enabled smartphones can be used as a payment mechanism. As stated earlier for buses, an App could be developed for buses, trains, availability of cycles and payments. Keep it simple silly!
TAXIS and autos
Autos, while seen as a burden on the roads by many, are very crucial. Electric Rickshaws can be mandated to keep the air clean. Similarly, permits should be issued for regular taxis, similar to the Cool Cabs and regular Kaali-Peelis of Mumbai. However, these auto and taxi drivers must be given a loan to purchase a GPS-enabled Fare Meter that can support RFID/NFC payments so that people can use the aforementioned smart cards and phone payment methods. The Transport Department, City Administration and Traffic Police must strictly enforce this however.
Water Transport
Sitting on the banks of the Krishna river, Amaravati can make use of this natural resource. A network of channels can also be built across the city, with boats, similar to Allepy.
Overall, the future of Amaravati seems to be quite bright, with Chandrababu Naidu as the Chief Minister of Andhra Pradesh. I just hope some of these suggestions are taken seriously.
Do share this post. Tweet it out and use the hashtags #SunriseAndhra and #SmartCity so that it can reach the government.
