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The story of GI tagged Mysuru Sandalwood Oil – The world’s most sought-after Natural Fragrance Oil – Part 1

Synopsis

Mysore Sandal ” OR the Sandalwood grown in the Mysuru district, is a variety of sandalwood tree species that is said to be one of the few best assortments in the world. The aroma of the oil, extracted from this breed, grown in the typical climatic condition and the soil (available in the Mysuru district), is heavenly and unmatched. Other than its fragrance, it has a long list of medicinal properties. 

This article tries to dig a bit deeper into the world of Mysuru sandalwood and understand how its oil became the most sought-after fragrant oil in the world. This article is to release in 2 part series, each carrying interesting information.

Introduction – Significance of Sandalwood

In India and the rest of Asia, sandalwood has been in use for over Millenia now. The Sandalwood paste has a special place in the spirituality of Sanatana Dharma. That means, no religious ritual is complete without sandalwood paste applied to the deity, and it has the cult status among the spiritual offerings –  flowers, coconuts camphor etc, made to the divine.  Also, the Sandalwood oil/ paste has enormous health benefits which are discussed in part 2 of the series.

The special among sandalwood oils, the Mysuru sandalwood oil, whose trademark is now owned by the government of Karnataka, has an interesting past. Let’s dig into it. 

History

Mysuru kingdom was one of the largest Sandalwood producing and exporting regions of India by the early 20th century. Over 70% of the world’s sandalwood demand was being met by India, such was the clout.  The sandalwood oil was distilled in Germany and was resold as a value-added product to other nations.

As the adage goes “good time won’t last forever”, India’s good time too didn’t last long. Troubles started with the breaking of World war 1 in 1914. As a consequence of the war suddenly the demand for the sandalwood went down to nothing. This resulted in the buildup of huge unsold stocks of sandalwood, as no one was buying it. This was giving headaches to the growers and the royalty. 

That was when Nalwadi Krishnaraja Wodeyar – the Maharaja of erstwhile Mysuru kingdom, entrusted the then Industry minister of the kingdom, Alfred Chatterton, to get a process developed for extracting and distilling the sandalwood oil. Chatterton took the help of Professors J. J. Sudborough and H. E. Watson for that and the duo developed a fool-proof process for the same. Later a pilot project was built to demonstrate the process in front of dignitaries, and they were happy with the outcome. That was how Mysuru’s very own sandalwood oil was extracted for the first time in India at the Indian Institute of Science. This was a momentous event for India,  which paved the way for much of Mysuru state’s Industrialisation in the years to come.

Mysuru Sandal Soap

Without wasting any time, in the year 1916, a sandalwood oil distillery was established in Mysuru to distil oil on an industrial scale.  In the same year, Nalwadi Krishnaraja Wodeyar established the Government Soap Factory in Bangaluru to manufacture bathe soaps under the brand name Mysore Sandal Soap using sandalwood oil as the main ingredient. The bathe soap was an instant hit among the Europeans living in India and abroad, as it created a huge demand. To meet the demand, another Sandalwood oil distillery was opened in Shimoga town in 1944.

Karnataka Soaps and Detergents Limited (KSDL)

Post-independence and after the states were created based on the language people spoke, the two distilleries and the soap factory were amalgamated and brought into one entity called KSDL. A separate brand was created to encash the goodwill people had for the bathing soap. The company has since diversified, and manufactures incense sticks, talcum powder, and detergents, apart from bathing soaps. 

Karnataka State Handicraft Development Corporation (KSHDC)

For over millenia,  Karnataka was known as land of artisans and art. The Belur, Halebeedu, Somanathpura temples and many more like them would prove this point. Stone, wood (rose wood, sandalwood) carvings were very popular till 19th century. However, by mid 20th century, the popularity waned due to various reasons, one among them was, very few craftsmen were holding on to their traditional family profession – crafting stone OR wood. Younger generations moved on to other professions, and the art was dying naturally. 

The government having recognised this issue, started KSHHDC and market the artisans’ art professionally through retail outlets called “Cauvery Handicraft Emporium”(CHE). KSHDC supports artisans holistically in all possible ways, so that they should be able to financially support themselves and their families.

The CHE has Sandalwood, Rosewood Carvings and other art works.  Genuine Mysuru sandalwood oil can be bought at the showrooms. 

The CHE showrooms are located in Mysuru, Bangaluru, Hubballi, Mangaluru, New Delhi, Gujarat, Secundrabad and Kolkatta.

Sandalwood | Pic Courtesy – KSDL

Why Mysuru sandalwood oil is so expensive & most sought after in world?

Mysore Pure Sandalwood Oil -Indian Sandalwood Oil is the most valuable & in demand all over world. India meets 80% demand of sandalwood oil in the world because of the best quality. Sandalwood oil is highly used in perfumery, skin care and cosmetics. Sandalwood oil has Antimicrobial property, mostly as urogenital (internal) and skin (external) antiseptic. Sandalwood oil widely used in aromatherapy & soap making. Sandalwood is widely effectively in skin care, being useful for dry, cracked and chapped skin, rashes and acne. It is suitable for all skin types and non toxic. It is helpful for removing blackhead & spots. Sandalwood oil has a characteristic of sweet, woody odour which is widely employed in the fragrance industry, but more particularly in the higher-priced perfumes.

Most of the luxurious perfume, spa brands of the world use Mysuru sandalwood oil in their products. Because of that their products are very skin friendly with mesmerising fragrance.

Conclusion

This part ends by giving the glimpses of Sandalwood oil to the readers. The Part 2 will talk about how Government can kick start the sandalwood economy and bring richess to the growers and the state government.

Railways sanctions PET Survey of New Railway lines in Karnataka

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The ministry of railways has accorded sanction for conducting survey for the following sections in Karnataka- 

  • Shravanabelagola to Madikeri via Holenarsipiura- Arkalgud-Konanur -Kushalnagar for a length of 117 KM.
  • Gangavathi to Daroji for a length of 36 KM.

The railway board has sanctioned the amount to carry out the survey for preliminary engineering & traffic.(PETS)

Preliminary Engineering-cum-Traffic Survey

In practice, and quite often, both the traffic survey and the preliminary engineering survey are carried out simultaneously in order to expedite the project. In such cases techno-economic survey reports based on preliminary-cum-traffic surveys are compiled. Such techno-economic survey reports contain the following details.

  • Introduction
  • Traffic projections
  • Analysis of alternatives
  • Characteristics of project area
  • Standards of construction (for new lines, multiple tracking schemes, gauge conversions)
  • Route selection and project description
  • Project engineering (for new lines, multiple tracking schemes, and gauge conversions)
  • Cost, phasing, and investment schedules
  • Financial appraisal
  • Recommendations

More on Surveys: Click here

Tender for DPR preparation is out for mega silk cluster at Mysuru

News snippet

Mysore Chamundeshwari Mega Silk Cluster (India) Pvt Ltd has plans to build a Mega Silk Cluster at Mysuru. In this regard the company has invited consultants to submit Technical and Financial Proposals for providing Architectural Engineering Consultancy (AEC) services for the proposed Mega Silk Cluster at Mysuru.

The Detailed Project Report (DPR) includes preparation of Layout and Building Plans, Architecture, Designs/ Drawings and other allied Services. 

Mysore Chamundeshwari Mega Silk Cluster (India) Pvt Ltd  (MCMSC)

MCMSC’ Mega silk cluster is being set up at Belawadi near Mysuru on a 10 acres plot. The Mega Silk Cluster will provide state-of-the-art infrastructural facilities for units to operate there. The investment required to build basic infrastructure is about Rs. 50 Crores to begin with.

The cluster aims to produce top-quality silk yarn and silk fabric and other value added products.

Comprehensive powerloom cluster development scheme (CPCDS)

The Mega silk cluster was approved by the ministry of textiles Govt. of India New Delhi and supported by Govt. of Karnataka under the Comprehensive powerloom cluster development scheme (CPCDS). 

The government’s intention is to build clusters with world-class infrastructure and to integrate the production chain in a manner that caters to the business needs of the local Small and Medium Enterprises (SMEs) to boost production and export. In a nutshell, the main objective of setting up these mega clusters is to assist entrepreneurs to set up world-class manufacturing units with modern infrastructure, latest technology, and with adequate training for Human Resources. It (Government) will assist with appropriate market linkages.

Also, CPCDS will make the SMEs operating in the clusters attain the much required edge and develop greater potential to become globally competitive.

The Mega silk cluster, if it takes off as anticipated, will boost the local economy.

Mysuru’s Bengaluru moment has arrived with ISMC fab unit

Bangaluru in the pre IT years

Till late 1980, Bengaluru was the garden city and the pensioners’ paradise of India.  With shady tree lined broad roads, clean water, salubrious climate, peace loving people, Bengaluru was most sought-after city to lead a healthy and peaceful life post retirement. 

In fact, the city was known for large government owned institutes and manufacturing units. Those days, India had command & control economy, which was called the era of “License raj”, as one had to have license for everything and no competition was allowed.  Because of this, the government units had no rivals to fight. They (government units) were legends in their own fields within India. As a result, workers too had no compulsion to perform, yet their jobs were guaranteed for life despite doing shoddy work. 

Change started

However, things began to change in the 1980s with the establishment of Infosys, Tech Mahindra, Wipro computers and other small IT companies in Bengaluru. The founders of these companies were young, well educated and dashing. They were the kind of breed who would do whatever required to bring success in their lives. As success breed more success, more companies got started that brought in even more success to their founders. Overnight, Bengaluru turned into “el dorado” for startup founders and job seekers. 

Since these companies considered to be seriously niche, only geeks could land up there to do high-tech work for US/ European clients. These folks were paid “jaw-dropping” salary in the Indian context. The challenges in the job and the sky-high salary attracted people from all over India to Bengaluru. That’s when the yuppy culture got seeded. India’s first pub serving draught beer and hip restaurants and bars catering to these rich geeks were opened in the city back then.

Monumental change

However, what brought the momentous change was the opening of Texas Instruments and Intel’s technology divisions in Bengaluru in the late 1980s. These companies hired techies to do outsourced tech work in the city. Their attempt was runaway success and they brought more works to Bengaluru office and hired even more techies. This was noticed by their competitors and they too wanted to take a plunge to harness the best tech talent. 

Thus began the mad rush of MNCs to Bengaluru starting from 1990s. They were opening offices like crazy and got into competition to hire the best manpower by luring them with lot of money and perks. The 2000s saw whos-who of the Large, medium and small enterprises jostling for space in Bangalore to open their offices. They wanted to quickly hire the best available talent and begin their operations at the earliest, and this went on at a brisk pace. 

The new Millenia saw the unprecedented growth of Bengaluru which made it the real hub for technology, innovation, R&D in India.

Mysuru’s arrival on stage

With the announcement of ISMC’s Fab unit to be located near Mysuru, the world took a note of the city. The news flashed in all business dailies across globe, the brand Mysuru got international recognition, after all ISMC won’t choose any place only on pure financial incentives alone. There are many factors which go into finalising a location, important among them are talent availability and closer to a tech hub that specailises in fabless design. Mysuru has talent and is close to Bengaluru which houses 85 fabless design houses. 

Success breeds more success

ISMC’s success will bring in more such fab units, design houses, testing/ verification units to Mysuru creating whole lot of jobs.  This will attracts people from all over India and beyond to encash the opportunities. What change the opening of Intel and Texas Instruments tech centers did to Bangaluru, ISMC fab unit’s success will do to Mysuru.

By this one can easily conclude  Mysuru’s Bangaluru moment has arrived.  Whether it is good OR bad is left to the discretion of the readers.

Mysuru Outer Ring Road Street Lighting to be taken up by City Corporation

Mysuru City Corporation has invited bids to install LED Streetlights and to take up associated electrical works

City residents will soon find the entire stretch of ORR illuminated with LED lights, as the disagreement between the MCC and MUDA over the operation and maintenance of streetlights has been resolved.Thanks to the recent meeting chaired by Mysore MP Shri Pratap Simha, where it was decided that MCC will maintain and operate the streetlights while MUDA will bear part of the total expenses. 

In this regard, Mysuru City Corporation has invited bids to install LED lights and take up associated electrical works. The cost of the works is approximately 9 Crore INR and the works are to be completed within 12 months from the date of award of work. 

It is noteworthy to mention here that the LEDs to be installed along the ORR will be monitored through a centralized control system (CCMS).

Centralised Control and Monitoring System (CCMS)

The objective of deploying CCMS is to operate, control, monitor and rectify the integrated LEDs remotely via wireless communication. This would mean all the vital technical parameters/data of the LEDs can be accessed in one control room through software’s dashboard.

CCMS works on the node and hub model. A node here comprises LED luminaries connected to a controller and metering unit (CMU), a smart meter, which transmits all the collected data to the hub. Many such nodes representing various regions of the city communicate with the hub through cellular or RF networks. The Hub houses a data centre with a control room which uses software to decode the data received from CMUs to interface with the operator.

Benefits of CCMS in street lighting context-

  • Real –time monitoring
  • Geotagging of all luminaries
  • Valuable Data collection
  • Swift discovery of technical faults and rectification
  • Scope for Automation
  • Achieve higher Energy efficiency

AAI to Conduct Topographic survey for the proposed runway extension at Mysore Airport

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Close on the heels of the Karnataka government sanctioning 319 crore INR for acquiring the land to facilitate Mysore Airport runway expansion at the existing Mandakalli airport. The Airports Authority of India has kickstarted the works by inviting bids to conduct a topographic survey for the runway expansion. The AAI had entered into an MoU with the state government to expand the Mysore Airport runway to enable big planes like the A320 to operate. 

Topographic Survey- Significance

In any major infrastructure project, topographic survey is the most important activity which is conducted, as this helps in identifying all the manmade and natural land features, like elevations, depressions, boundaries etc, thus enabling the preparation of accurate land maps. The prepared survey maps are then used in planning and designing. 

Scope of work

The agency shall carry out the following works under the TOPOGRAPHICAL SURVEY AND MAPPING contract and complete the activity in 2 months from the date of award of work. 

  • A detailed topographical survey of the project shall be carried out by total station and digital auto level survey and survey plans shall be prepared at a scale of 1:100. 
  • Site plan shall show all boundaries with perimeter walls and roads, buildings, drains, drain outlets, electric poles, pathways, ditches, abrupt level differences in the form of depressions or mounts, trees with numbering, embankment including pitching, horizontal and vertical fences, and other relevant structures/features as well as accurate dimension  of sides and diagonal.
  • Detailed survey showing spot level at 50 (Fifty) meter grid and 0.5 meter contour intervals shall be carried out. The survey will also include establishment of control points, permanent and temporary benchmarks at locations identified. 

Hollingsworth and Vose Advanced Materials to expand Mysuru unit

H&V Advanced Materials India Private Limited has proposed to expand its existing Mysuru based Research & Production unit at their Kadakola campus focusing on Filtration & Energy solutions.

The company will invest INR 59.31 crore for the brown field expansion creating 327 new direct jobs at the facility.

A brief about filtration system

In the industries like Chemicals, fertilizers, minerals, refineries, energy, consumer goods and others, there is a need for advanced/ high-tech filters to separate things which are required from those that are not. Every industry needs different kinds of filters and they are made from advanced materials which are engineered to serve the purpose.

Material engineering involves sophisticated R&D and state-of-the-art manufacturing. Depending upon the industry, the process to make filters can get complicated to extremely complicated. So, only knowledgeable and skilled manpower can make them, as it is a knowledge based manufacturing.

About Hollingsworth and Vose

Hollingsworth and Vose is a global manufacturer of advanced materials used in filtration, battery, and industrial applications. Family-owned for seven generations, the company’s origins go back to 1728 when an ”Act for the Encouragement of Making Paper” was passed by the General Court of the Province of Massachusetts Bay. Evolving continuously since that time, H&V now operates manufacturing and research & development facilities in the Americas, Europe, China and India.

Today, H&V’s advanced materials contribute to a cleaner world through their use in products that provide clean air, clean liquids and energy storage. H&V’s materials can be found in filters for clean rooms, hospitals, computers, commercial buildings, homes, cars, trucks and heavy duty equipment, and also in batteries used mainly in telecom and hybrid vehicle applications.

The Company is headquartered at East Walpole, Massachusetts USA, on the same river where the enterprise began more than 250 years ago.

INR 319 Crore sanctioned for Mysore Airport Expansion works

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The state government has finally approved the “much awaited”, the “much sought-after” funds to acquire lands to facilitate the airport runway expansion work. So far, the short runway at Mysuru Mandakalli airport has been the bottleneck for larger airlines like Airbus A320 to land and take-off safely.

However, with an expanded runway, Mysuru can be connected to important commercial, tourist centers and Metro cities throughout India. 

KSIIDC & KIADB have been entrusted the task of land acquisition

Karnataka State Industrial & Infrastructure Development Corporation Limited (KSIIDC) is the nodal agency which will coordinate with Airports Authority of India (AAI) for the transfer of land,  KIADB will acquire the required land on behalf of KSIIDC. A total of 240 acres of land needs to be handed over to the AAI, of which 22.09 acres & 11.09 acres are in possession with AAI and the state government, respectively. Currently, final notification for land acquisition has been given to 160 acres and for the balance 46 acres preliminary notification is yet to be made.

The state government had entered into an agreement with AAI on 6/10/2005 to expand the airport in Mysuru. As per the agreement the land was to be handed over to the AAI in totality for them to undertake the expansion works. In this regard, the Government of Karnataka has sanctioned 319 crore INR to acquire 206.22 acres of land vide an official order on April 16, 2022 at the rate of 1.5 crore/acre. The sanctioned amount shall be borne by the Development of Minor Airports head and this has the approval of the Finance department of Karnataka.

Mysuru MP Shri Pratap Simha’s humongous efforts finally bore fruits

It is necessary to give credit to whoever deserves it, says the adage. So, when it comes to following-up with political leaders and bureaucracy at state & central level, Shri. Pratap Simha has left no stone unturned. He moved mountains and probably used every possible trick in the book to get funds granted and get all statutory clearances for the runway expansion. 

MP Shri Pratap Simha follow-up with State Government
State Government Order for sanction of funds

Alliance Mechatronics to set up a unit in Immavu industrial area

News in brief

Alliance Mechatronics, a SME which has its presence in Hootagalli, Mysuru, plans to expand its operations by investing 18.6 crore INR on a new Design & Manufacturing unit at KIADB’s Immavu Industrial area. The facility will come up on 1 acre of land which will house the SME’s Design & Production facilities primarily focusing on Electronic PCB boards assembly.. It is expected to create 60 direct jobs at the facility.

About Mechatronics

Our house-hold/ industrial appliances, gadgets, automobiles, mass transportation systems, aviation, defense & telecommunication equipment, healthcare etc. are seeing increased usage of electronics. The underlying software termed as “embedded system software”, that drives the electronics is critically important for the smooth working of the entire mechanical systems.

In a nutshell, embedded software has become the “nerve-center” of everything that man uses in his day-to-day life. In fact, this software is seeing relentless sophistication with the usage of Artificial Intelligence (AI) and Machine language (ML) computing to handle the complex operations of the mechanical equipment with ease.

Mechatronics The electronics and software subsystem that is used to extensively control the operations of mechanical systems, is called Mechatronics.

Alliance Mechatronics Logo

About Alliance Mechatronics

AlliaNce MechatroNics Pvt Ltd is a manufacturer of PCB assembly for various Engineering Industries with global standards in terms of quality , delivery , and Price using environment-friendly technologies.

AM Technologies offers ‘Concept to Commercialisation’ solutions in the field of embedded design technologies.

The company has built a strong team and associates for Embedded hardware, Firmware design, Programmable logic design, Board design, Application software development , Regulatory & Certifications with complete product life cycle development experience. It caters to the Automotive, Communications, Energy, Industrial and Healthcare sectors.

Major Infrastructure upgradation at Belagula Railway Station underway

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South Western Railways (SWR) has undertaken a slew of works at Belagula railway station which will aid in augmenting the railway operations to and from Mysuru. 

Due to terminal constraints and bottlenecks at Mysuru railway station full benefits of track doubling and electrification by way of running additional trains on the Mysuru-Bengaluru section is yet to be tapped. 

How can Belagula come to the rescue of the congested Mysuru railway station for the time being?

To decongest and increase the capacity of Mysuru Railway Station (MYS), South Western Railways (SWR) has taken up the work to provide additional stabling lines/Running lines and a Platform at Belagula(Belagola) railway station on the outskirts of the city located on Mysuru Hassan railway Section.

The proposed work will mainly address on removing constraints and bottlenecks for ensuring timely arrival, departure and additional  trains to/from the Mysuru railway station, which is one of the most important parameters of the quality of service to be provided to the passengers.

Layout of Belagula(Belagola) Railway Station - mysuruinfrahub.com
Layout of Belagula(Belagola) Railway Station
Additional Platform

Belagula(Belagola) railway station to get an additional platform (i.e. platform number-2) for smooth handling of traffic with respect to frequency/movement of the train which is key for timely operation of traffic.

Stabling Lines/Running lines

Definition: Stabling Lines are running lines, where empty trains are stabled. A stabling line is  where rakes are parked (usually without any maintenance) before they are assigned to the next train service. Two additional lines are planned at Belagula(Belagola).

Pictorial updates

Platform 2 U/C Belagula Railway Station
Platform 2 U/C
Platform 2 U/C, Belagula railway station
Platform 2 U/C
Platform 1 U/C
Platform 1 U/C
Platform 1 U/C
Platform 1 U/C
Earth Work, Belagula railway station
Earth Work
Utility works
Utility works
Earthwork
Earthwork

Also Read:- Bids invited for Electrification of Mysuru Hassan railway line

Bids invited for Electrification of Mysuru-Hassan railway line

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RITES Ltd. has invited tender work involving- “Railway Electrification of 25 kV OHE Works, Signalling & Telecommunication Works, General Electrification works and Civil Engineering Works on existing track of single line section of Mysuru-Hassan in Mysuru Division, South western Railway.

Hassan Railway Station

Traction substation (TSS) is proposed to come up at Mandagere, and other TSS at Kadakola & Alur will act as feeders to the traction requirements of the section.

Estimated Cost of Work

With estimated cost of Rs.91.27 crores, excluding GST. 

Time for Completion

The completion period of this work is 18 (Eighteen) months from the date of commencement.

Brief Scope of Work

Railway Board has allotted Execution of Railway Electrification work of Mysuru-Hassan 119.20 Running KM (142 Total KM) section of Mysuru Division, South Western Railway.

This Railway Electrification work broadly includes Civil, S&T and Electrical related works:

General
  • Provision of OHE on Mysuru (MYS) – Hassan (HAS) single line section.
  • Construction of switching posts (SPs/SSPs)
  • Modification (Indoor and Outdoor) to telecommunication system to suit 25 kV A.C. traction. 
  • Maintenance & supervision of entire system during defect liability period of the Project
Civil Works
  • Establishment of survey control points for accurate survey using high end survey equipment such as DGPS and Total Station connected with nearest GTS Benchmark and establishment of pillars. 
  • Provision of Earth work in-formation for Service roads as per site conditions and approved drawing.
  • Planning, design, and construction of SP/SSP’s Buildings, S&T Structures, Relay Room, Battery Rooms, etc.
  • Transportation, handling, stacking, watching, protection, etc., for the construction and Track materials from manufacturer’s works/place of purchase to the working sites. 
  • Testing of Material, Quality of works, documentation as per ISO and RDSO/Railway specifications and ensuring precautionary measures and safety arrangements.
  • Providing Ready Mix Concrete (RMC).
  • Protection works for bridges: Protective screens at FOB’s, ROB’s, etc. 
  • Provision of Height gauges at Level Crossings.
Signalling & Telecommunication works
  • Modifications in existing S&T plans/drawings for 25 kV ACT system Mysuru- Hassan section.
  • Preparation of new S&T plans & other drawings.
  • Modifications in existing signalling installation at stations and mid-section LC gates for 25 KV ACT between Mysuru – Hassan  section.
  • Replacements of existing single line block instruments by single line block instruments suitable for 25 KV AC Traction between Mysuru- Hassan section.
  • Provision of additional signal cables for signalling modifications and provision of Quad & OF cables for additional telecom requirements for Railway electrification.
  • Execution of S&T work and commissioning S&T system

Also Read:- Fast growing cities like Mysuru, Mangaluru, Hubballi, Belagavi, Kalaburagi have to grow vertical to retain their edge

Venugopala Swamy Temple

An Mesmerising Venugopala Swamy Temple Architecture Depicting the Grandeur of an Empire of the by-gone era 

Venugopala Swamy Temple | Pic Courtesy: sriharikhoday.com

Another rare millennia-old temple that tourists visiting Mysuru miss out on visiting is the Venugopala Swamy temple, as the temple is not marketed properly. So, the outsiders hardly know about it. The vast temple complex is in a place that is surrounded by Kaveri river water on 3 sides. The other (forth) side of the complex connects to the landmass.

The ideal day to visit is on a rainy day during monsoons when it is pouring and the river Kaveri is flowing to the brim. Any visitor is sure to get lost in the warm embrace of the beauty of nature on the outside, and the breath-taking grandeur of the temple architecture on the inside of the complex. Let’s shed some light on the temple architecture to know it in brief.

Brief Introduction of the Temple Architecture

The Hindu temple architecture of India is several millennia old, as the style of design varies from region to region. It has many varieties of style, though the basic nature of the Hindu temple architecture remains the same. It reflects a synthesis of arts, the ideals of dharma, beliefs, values and the way of life cherished under Hinduism OR Sanatana dharma.

Types of Temple Architecture

The architectural principles of Hindu temples in India are elaborately described in Shilpa Shastra. Shilpa Shastra mentions three main types of temple architecture –

  • Nagara or the Northern style 
  • Dravida or the Southern style
  • Vesara or Mixed style

There are regional variations under each style of architecture, as emperors representing various empires tried to experiment on the designs and came out with their unique style and substance. Thousands of temples, big and small, bearing their signature style, can be seen all over India.  

In the south of Deccan plateau OR south India,  many empires flourished over the past 2000 years. Various temples were built during their reigns which are known for their captivating elegance, breath-taking sensual beauty and mind-boggling precision in science and engineering. Some temples are so massive that one life is not enough to observe, record and understand the subtle messages that these exquisite stone art carvings convey to mankind. 

Aerial View of Venugopala Swamy Temple | Pic Courtesy: sriharikhoday.com
Aerial View of Temple | Pic Courtesy: sriharikhoday.com

Astonishing efforts to build these Temples

Each temple employed thousands of sculptors, architects, supervisors, labourers, and those who put to use thousands of animals – elephants, horses and donkeys for transporting the materials. Now imagine the supervisors who coordinated with these people without any modern gadgets, and how they did their job? There were “NO” drilling machines to drill holes on the stones, lathes to turn stones into cylindrical pillars, milling machines to millstones to render a perfectly smooth surface, yet they did all that and more without modern equipment. The art, sculpted on every inch of the complex including the roof of massive temples, is so mesmerising that at a few temples one can get to see the paint – made of herbs, veggies, barks, wild berries, minerals etc. It has been more than 1000 years since the interiors of these temples were given herbal painting, and they exist even today. In contrast, modern chemical-based paints hardly last for 2 decades.

These complexes withstood massive storms, droughts, destructive lightning thunders, invasions and plundering from the enemies of the land, yet they “stand tall” saluting all those people who shed their “sweat and blood” in order to build these fascinating structures, centuries ago.

Famous Dynasties of South India

  • Kadambas – Kadamba architecture
  • Pallavas – Pallava architecture
  • Hoysalas – Hoysala architecture
  • Cholas – Chola architecture
  • Pandias – Pandia architecture
  • Cheras – Chera architecture
  • Kakatiyas – Kakatiya architecture

Each dynasty had many monarchs, and each monarch built these magnificent temples when they were at the peak of their reign. During their rule, it is said, people led a happy and contentious life driven by “Sanatana dharma”, while the society was prosperous.

Venugopala Swamy Temple – A 12th Century Marvel

The Venugopala Swamy temple, bearing the Hoysala style of architecture was built in the 12th century CE at a place called Kannambadi Village near Mysuru. It was built around the same time as the Chennakesava Temple at Somanathapura was built, in the Mysuru district.  The huge temple complex was submerged while building a dam – Krishnaraja Sagara dam in 1930, along with Kannambadi village. 

The dam was built at the new kannambadi village, which stores the Kaveri river and helps in irrigating millions of agricultural land. 

More about the temple can be known from the Wikipedia site – click here

Aerial View of Temple | Video Courtesy:- Srihari Khoday

How to reach there?

The Venugopala Swamy temple is a must-see place for all, and it is located at Hosakannambadi Village – 9 km by road from Brindavan Gardens and 30 km from Mysuru city. One has to spend at least half-a-day to observe and relishing the beauty of the temple. Taxis can be hired to visit the place from Mysuru city.

Important Information

  • Open for Devotees/Tourists between 9AM to 6 PM (Note: Currently Temple is temporarily closed for Devotees/Tourists) due to Covid19 guidelines.
  • Videography / Photography / Drone cameras are strictly prohibited. You can use mobile phone outside the temple (Inside temple premises strictly prohibited)
  • Devotees/Tourists are suggested to maintain cleanliness, sanctity and serenity of the temple
  • Though there are a few shops selling bottled mineral water and light snacks nearby, it is better to carry water and other light snacks/ drinks for consumption outside the temple premises.
  • Consumption of any kind of food and beverages are strictly prohibited in and around the temple premises
  • Tourists/Devotees are strictly advised not to litter the place

Read more about:- Temple Restoration by Khoday Foundation 

Also Read:- Keshava Temple, Somanathapura

Fast-growing cities like Mysuru, Mangaluru, Hubballi, Belagavi, Kalaburagi have to grow vertical to retain their edge

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Synopsis

The land is to be treated like a commodity exactly the way we treat water, electricity, fuel, oil, coal, food etc. Like every other commodity, the land is also scarce that needs to be optimally used. Cities in the 21st century need to use their land to the utmost efficiency to provide a HIGH QUALITY OF LIFE to their residents. This article talks about how this can be achieved.

Introduction

Man is always in pursuit of happiness and the age-old adage  “Roti-kapada-aur makan”, is still as applicable to him now as it ever was. A few more items are added to the adage and now it appears like this – “Roti-Kapada-makan-broadband-cellphone-computer-goodhealth”.  Added to it are “good job”, “security” and others, as man’s expectation from life has been ever-growing. All these factors determine man’s happiness. However, to get these things man has to go to many places, and yet chances of getting them may be low.

What has that got to do with vertical living?  – Before we touch upon the vertical living, let’s talk about the quality-of-life (QoL) that people want to enjoy in their cities. The city administration should provide to her residents the basic QoL – clean water, consistent power, underground rainwater system, good roads and other infrastructure.

The higher the QoL a city resident experiences, the higher he is on the happiness index of that city, such is their entanglement. If QoL dips, there would be a marginal dip in the happiness index as a consequence of it. But the question is, “Can the administrations even promise the basic QoL to its residents?” –  Hell No!! The administration fails to deliver on this because of the sub-standard infrastructure they got. The residents who use their low-quality infrastructure have to brave health hazards, risking their lives.  In such situations how can residents be happy?  

To fix this happiness issue, one has to over-haul and strengthen the city infrastructure. The overhauling of infrastructure requires land and funds.

The land is a scarce commodity

Land shortage brings lots of despair to the administration. Since the population is growing, they(administration) has to endlessly expand the city to form housing layouts for providing accommodation to the residents.

In 1947, the POPULATION OF INDIA was JUST 30 Crores, cut to 2020,  it has reached 130 Crores and marching towards 150 Crores by 2050. India is seeing rapid urbanization, and there is unbearable pressure on urban centres to accommodate the burgeoning population and provide them with basic services. The country has to do something DRASTICALLY DIFFERENT to handle this crisis. 

Pitfalls of horizontal development? – There will be no land left if we stick to the present ways of accommodation – forming layouts to build individual sites. By 2050 we would have occupied all our farmlands and encroached forest-land in large numbers. Also, the expanding cities will intrude into lakes, thus choking our water sources. The consequence of it is, we will have to import food and water from overseas, thus putting our FOOD and WATER SECURITY at utmost RISK. So, India has to STOP growing horizontal and START growing vertical to accommodate the huge population.  We have no other option.

The economic cost of horizontal developments

The indefinite horizontal growth of cities is stretching the infrastructure thin. With thousands of LANES, BYLANES, CROSSROADS, MAIN ROADS, HOUSING LAYOUTS in existence, the cost of providing infrastructure to the city residents have reached the sky and is not affordable anymore. It is unbearably expensive to lay long pipelines, cables, construct long gutters/sewers etc.

The Infrastructure services include following

  • Laying cables for distributing power, and broadband
  • Laying pipelines for distributing water
  • Laying pipelines for collecting sewage for treatment
  • Laying roads, expressways
  • Laying drainage network for stormwater
  • Establishing water and sewage treating plants
  • Developing parks at various wards
  • Establishing primary health care centres at different wards
  • Providing an efficient public mass-transportation system

When the funds for the city development are limited, and the city is stretched beyond limits, there is NO WAY the administration can provide quality INFRASTRUCTURE SERVICE to people. That’s why we see potholes ridden roads, trash not cleared, water and power shortages, etc in our cities, towns, and villages. The root cause of this problem is the INEFFICIENT usage of land and subsequent LACK OF FUNDS for development.

Land usage efficiency (LUE)

For instance, on a plot of 100 acres, if the government builds around 5000 houses of various dimensions, it can accommodate a maximum of 5000 families, that’s it. On the contrary, on the same 100-acre plot the government can construct 35,000 apartments (in multiple dimensions) in highrise buildings.  By this 35,000 families can be accommodated instead of 5000 families.  The LAND USAGE EFFICIENCY for the 100-acre land is high and is good for the economy. That means we are doing more with little. 

Representative Pic | Pic Courtesy: Akash
Representative Pic | Pic Courtesy: Akash

Cost of service delivery is low in a densely populated neighbourhood

The government can efficiently deliver high-quality services to the 35,000 families at the fraction of the cost,  as residents live within the boundary of 100 acres area. Now imagine millions of people of the city living in the well planned-and-built highrise buildings,  and imagine how easy it would be for the administration to govern. 

Highrise living elsewhere: In Singapore, Hongkong, Taipei, Tokyo, Newyork/ Manhattan in the USA, Dubai, Seoul in South Korea have highrise dwellings and they have had it for several decades now.

High dense urban living reduces the commuting cost

When millions of people live in highrise apartment complexes, they can work in highrise offices too. The government can earmark some areas for commercial developments (Offices, Malls, Restaurants, entertainment complexes). There can be spaces earmarked for education (university colleges, schools) and some other space reserved for health care (hospitals, wellness centres) and market (wholesale & retail) for vegetables, fruits, dairy products etc.

Representative pic | Pic Courtesy: Brigade
Representative pic | Pic Courtesy: Brigade

There can be designated areas for building manufacturing units of various companies. When hospitals, offices, schools are all located in pre-determined areas, the concept of “WALK TO WORK” OR “PEDDLE TO WORK” can be achieved easily. 

Aphrensions of highrise living

Understandably, people have anxieties about living in highrise buildings and hence hesitate to move into one. Their apprehensions can be addressed as below.

Highrise buildings are not safe: The government has to follow housing specifications DEVELOPED AND PERFECTED over the years in the countries like Singapore, Tokyo, Hongkong, Taipei etc. about constructing and maintaining highrise buildings. These specs will make sure PEOPLE LIVE in a SAFE ENVIRONMENT within buildings.

The government has to contractually bind the builders to strictly follow the specifications. We have seen it already happening in our highway sector, NHAI – the government agency is coordinating with contractors to build international class expressways across India. A similar agency can be started to co-ordinate with builders to construct and maintain highrise buildings in our cities.

Investments in apartments don’t fetch good returns: If the government ENFORCES STRICT GUIDELINES to contractors, with PERIODIC MAINTENANCE of the building exteriors, electrical wiring, elevators, pumps, diesel generators, water tanks and other subsystems, the building will retain its sheen and value. The PROPERTY PRICE APPRECIATES SIGNIFICANTLY and fetches good returns too.

Tier-2 cities like Mysuru, Hubballi/ Dharwad, Mangaluru, Belagavi, Kalaburagi should have their own Central Business Districts (CBD)

Fast-growing Tier2/ 3 cities should have their VIBRANT LOCAL ECONOMY which is self-sustaining. Every city is a hub for something. 

Mysuru is known for handicrafts, tourism, electronic design & manufacturing, pharmaceutical & decorative paint production, food and automobile engineering. Education is a big business in Mysuru too. Other than that, knowledge/ R&D based manufacturing and IT is becoming big in the city. The government should latch on to these strengths and build on them.

Hubballi/ Dharwad For instance, Hubballi is a hub for cotton and people across the region come to Hubballi to sell OR buy cotton. Also, the city is a hub for Valves and their accessories, education and automobile manufacturing, which should be tapped to the fullest extent to support a full-blown economy. HD is making great strides in Information Technology (IT) too, which can strengthen the economy. 

Mangaluru/ Udupi has an edge in the fishing industry, cashew nuts, spice, cocoa seeds, banking, higher-education industries, which should be leveraged fully to create jobs and add to the local economy. Temple & coastal tourism brings big bucks to these cities. IT is vibrant in these cities.

Belagavi known as the foundry and aerospace hub of Karnataka, is also the hub for food grains, sugarcane, cotton, tobacco, oilseed, and milk products. A sophisticated auctioning centre can be established with electronic trading to buy/sell these products. Also, IT is making inroads into the local economy strong.

Kalaburagi is the hub for the production of oilseeds, food grains, red chillies, onions and other Agri commodities. The government can establish a modern auctioning centre with an electronic trading facility to sell/ buy products.

Tier-2/ 3 cities  Startups need a big push

Tier 2 cities are fast emerging as startup hubs of Karnataka. The government should handhold them, nurture them to make them grow big and carve a niche for themselves. Startups have the potential to create lots of jobs, so every effort should be made to turn them successful. The government should do its bit to retain their (startups’) head office in the places where they were born. This will create jobs locally and give the city a required identity and brand.

Representative pic | Photo by Sean Valentine from Pexels
Representative pic | Photo by Sean Valentine from Pexels

CBD in tier 2 cities can be a reality

All Tier 2 cities have a functioning ring road and a peripheral ring road (under construction). The government should buy big tracts of land between the ring roads, and encourage building well-planned new cities with skyscrapers – residential and commercial buildings kissing the sky. By this, a new beginning can be made and cities will get branded based on what they have to offer to the residents as well as investors. New investments get attracted, as the cost of doing business is low.

Conclusion

Currently, India’s population is 130 Crores and marching towards 150 Crores by 2050. Though the population is growing fast, the land availability for housing is stagnating, it is the responsibility of the government to provide food, water and shelter to the growing population. Since we are in a sorry state as for as land for the housing is concerned, there is no other option to living en masse in highrise buildings like the people do in Singapore, Hongkong, Taipei etc. It is time, we start this exercise ASAP.

Also Read: RFP tender invited for upgradation of Hubballi-Dharwad bypass with six lane

RFP tender invited for upgradation of Hubballi-Dharwad bypass with six lane

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National Highways Authority of India  (NHAI) has called an RFP tender for the improvement & upgradation of the existing two lane Hubballi-Dharwad bypass to six lanes to be executed through an Engineering, Procurement and Construction (EPC) contract.

Bypass as a city road

Hubballi-Dharwad Twin Cities – one of the designated smart cities in Karnataka, look to be coming out of the slumber in order to catch the fast train towards growth. The existing inefficient/ creaky infrastructure is being replaced with modern 21st-century ones with state-of-the-art digital equipment to ensure optimization. One of such projects is the expansion of the Hubballi-Dharwad bypass road to six lanes with a digital tollbooth to collect and consolidate tolls with ease at a jiffy. 

The project is explained in brief in the following pages  

Project in brief

The present two lane Hubballi-Dharwad bypass is all set to be expanded to six lanes with service roads. NHAI has decided to establish a single toll beyond Kelegeri while doing away with the multiple tolls between Hubballi & Dharwad. This means the stretch between these cities would remain toll free, thereby helping the residents to commute quicker & for free. Old PB road which connects Hubballi & Dharwad cities is saturated already. Opening up of the 6-laned bypass to city traffic would provide the much needed capacity to cater to future traffic. Bypass can emerge as an economic corridor with planned Integrated townships promoting the concept of “walk to work”.

Typical Cross section

Typical Cross section of Hubballi-Dharwad six lane bypass
Typical Cross section

Silent features

  • Estimated cost of 799.30 Cr INR
  • Completion Period 2.5 years
  • Maintenance period of 5 years
  • Flexible Pavement shall be provided for the entire project highway
  • Chainage: Gabbur Flyover section of NH-48(Old NH–4) from Design Chainage. 402.600 to 433.200
  • Service road shall be provided in continuous lengths on both sides along the bypass for a length of 29.54 KM
  • A new Grade Separator/Flyover is proposed at the Gabbur Junction (Chainage 403.100)
    • Structure: PSC box girder & deck slab
    • Span arrangement: Total 3 spans. 1×30 + 1×40 + 1×30 Metres
    • Width: 13.4 + Median + 13.4 Metres
  • Single toll between Kelegeri and Narendra along the project
  • The minimum Proposed Right of way is 60m in the entire length of project road. Additional widths are proposed at many locations to accommodate improvement of deficit geometrics, proposed Bus Bays, Toll Plazas and Junction improvements
  • The design speed shall be the minimum design speed of 100 km per hr for plain/ rolling terrain
  • Minor Bridges, Underpasses (vehicular, non-vehicular),Pedestrian/Cattle Underpasses(PUP/CUP), Pipe/Box Culverts, Truck Lay byes, Road Side Drains, Major Junctions, Minor junctions are provided

Facilities

Project Facilities include:

  • Toll Plaza
  • Roadside Furniture
  • Street Lighting
  • Pedestrian Facilities
  • Tree Plantation
  • Bus Bays and Bus Shelters
  • Traffic Aid Post
  • Medical Aid Post
  • Vehicle Rescue Post
  • Advanced traffic management system
  • Highway Patrol units
  • Operation and Maintenance Centre
  • Traffic Safety Device

Construction sequence

The below image indicates the construction sequence of the strengthening portion of the highway which is self explanatory. To ensure hassle free travel the two lane service roads will be taken up first on either side. 

Hubballi-Dharwad Bypass
Hubballi-Dharwad Bypass

Also Read:- KCM Appliances to invest Rs 255 crores in Chamarajanagar

Tecchren Batteries proposes to build a plant to make Lithium Ferro Phosphate batteries at Chamarajanagar

Tecchren Incorporated, is a USA based, privately owned Company founded and run by professionals from Asian, North American & European origin. It is in the business of making and distributing “Advanced Lithium Ferro Phosphate (LiFePO4) batteries” in collaboration with an European battery giant. To make batteries in India, they have formed an Indian subsidiary by name “Tecchren batteries pvt ltd”, registered in Kakinada, Andhra Pradesh. 

The high-tech LiFePO4 batteries have inherent advantages when compared to lithium-ion ones, and are more practical to use.  A brief on the LiFePo4 battery technology is on the following pages.

The proposed Tecchren Batteries Chamarajanagar plant will come up on a 40,000 square metres (430556 square feet) plot at Badanaguppe Kelamballi industrial estate. The likely investment will be around Rs. 480 Crores with an employment potential for 200 people. The Karnataka government has given the green signal for this project and as per the officials, work should start soon.

Representative pic | Photo by Hilary Halliwell from Pexels
Representative pic | Photo by Hilary Halliwell from Pexels

A brief about Tecchren Inc

Tecchren’s mandate is to popularise Lithium Ferro Phosphate cells and batteries among EV makers across the world. Their first stop is India and then the USA, and the proposed Chamarajanagar plant is a step in that direction. The batteries they make can power the following

  • Automobiles charging decks
  • Battery units to power mobile cell phone towers
  • Renewable energy storage system
  • Battery units to power Military application
  • Battery operated offgrid systems
  • Residential solar grids 

Let’s have a glimpse of the battery technology to know more about it.

Lithium Ferro Phosphate (LiFePO4) batteries

Scientists are working aggressively to build the kind of battery which is – affordable, easy to make, and recyclable. These batteries should have high energy density and yet be safe to use. That means they should not catch-fire if charged excessively. The material that goes into the making of these batteries should be found in abundance in nature, and their production should NOT lead to environmental disaster. Lastly, the time required to charge them (batteries) should be bare minimum. 

This looks like the “Wishlist” of electric vehicle enthusiasts.  But the truth is that it is quite a challenge to build batteries which meet all the specs listed above, so far. However, work on LiFePO42 batteries has yielded promising results, though more research is required to unleash its true potential.

LiFePO4 batteries built from “lithium iron phosphate” found to be the safest, most stable and more reliable than the lithium-ion battery. Let’s try to understand why “LiFePO4” is a better battery than “lithium ion” and other batteries. 

  • Can support a variety of applications: Though LiFePO4 suffers from lower energy density when compared to other lithium-ion batteries, it is by far the best battery for powering roof-top solar energy systems, RVs, golf carts, bass boats, electric motorcycles and similar applications. However, due to low-energy density, it may not be suited for powering heavy trucks, buses, earth movers, trains etc.
  • Long life The life of a LiFePO4 battery is over 4 times that of other lithium ion batteries. It lasts about 5,000 cycles – that’s over 10 years. That means, LiFePO4 lasts longer.
  • Safest among all batteries. The lithium iron phosphate chemistry has better thermal and structural stability. This makes it incombustible and can withstand high temperatures without decomposing. That means, it’s not prone to high internal thermal shootouts.  So, if any LiFePO4 battery is subjected to harsh temperatures or hazardous events (like short circuiting or a crash) it won’t start a fire or explode.
  • Environmental Safety LiFePO4 batteries are eco friendly unlike lead acid and nickel oxide lithium batteries.  They (LiFePO4) are non-toxic and won’t leak hazardous chemicals, so they are safe for the environment.
  • Excellent Efficiency and Performance
    • Charge efficiency: A LiFePO4 battery can be fully charged in less than 2 hours
    • Energy leakage rate: When not in use, its energy leakage (self discharge) rate is only 2% per month. On the contrary, other batteries lose their charge 30% or more.
    • Runtime: It’s runtime is higher than the lead acid batteries/other lithium batteries.
    • Consistent power: Batteries always provide the same amount of amperage even when below 50% battery life.
    • No Maintenance needed: They are maintenance free.
    • Small and Lightweight: LiFePO4 are 50% to 70%  lighter than other batteries.  When used in EVs, they can  free-up space to carry loads of luggage in the boot.
    • Winner traits: It’s a clear winner when used in day-to-day appliances and non-heavy automobiles – scooters, cars, mopeds etc.

It’s indeed good that Tecchren Inc is setting up a LiFePO4 battery plant in Chamarajanagar. To power up her economy, India is increasingly embracing clean/ renewable energy, and  battery technology like LiFePO4 forms the foundation of that. 

Also Read:- Sandhar Engineering’s proposal to set up auto parts unit near Nanjangud

Sandhar engineering’s proposal to set up auto parts unit near Nanjangud

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Gurugram based, National stock exchange (NSE) listed Sandhar engineering group proposes to set up a plant to make various auto components, mufflers (engine silencers) and other subsystems for automobiles. The proposed plant is expected to come up on an 8-acre plot at Thandya industrial estate – phase 2 near Nanjangud. The estimated investment is around Rs. 84 Crores providing jobs to over 500 people.  Apparently, the company already has an operational plant at Kadakola Industrial area, close to Mysuru airport. The new unit will be their second one. 

TVS motors plant is the attraction

In fact, Nanjangud already has a TVS motors facility that makes 2 and 3 wheelers for Indian as well as overseas markets and is doing pretty well. Also on the cards is the TVS motors’ new Rs. 1110 Crores plant slated to come up in Thandya industrial estate.

The Government of Karnataka has already given clearance for the same.  So, to meet the new demand for auto parts coming from these mother plants, few auto component makers have put up their units in the vicinity. Sandhar engineering is one of them ready to encash the opportunity.

Locational advantage

Another advantage of locating the unit in the region is the Inland Container depot OR Multi-modal logistics park (ICD/ MMLP) and railway goods yard, just a few kilometres away.

The companies can make use of these facilities to transport their goods to Mangalore OR Chennai seaports for exports, OR to move their products to anywhere within India via containers. This will reduce their logistics costs big time and certainly makes their products competitive.

A brief about Sandhar engineering

This Gurugram based, NSE listed company has been in the automobile parts business since 1987 and has operations across the globe. Under collaboration from foreign partners, they make quality products at state-of-the-art manufacturing plants and supply to who’s who of auto majors in India and abroad. The product list is as follows

  • Automotive locking and security systems
  • Automotive Vision Systems
  • Stampings
  • Operators Cabins & Structural Parts
  • Zinc Die Casting
  • Aluminium Die Casting
  • Magnesium Die Casting
  • Automotive Optoelectronics
  • Polymers
  • Painting, Plating and Coating
  • Commercial Tooling
  • Helmets
  • Assemblies
  • Fuel Pumps, Filters and Wiper Blades

The company has traditionally made products that supported automobiles driven by Internal combustion engines (ICE). However, in 2018 they made a conscious decision to get into the Electric Vehicle (EV) segment and started making components that go into EVs. With this diversification, the future of the Sandhar group looks to be good for both the Indian automobile industry in general and investors/ employees in particular.

The presence of the Sandhar group and a few other professional companies in the Thandya industrial estate will hopefully inject the “much needed” professionalism into the work culture of the region. 

Also Read:- IBM opened Client Innovation Centre in Mysuru

Trin Trin – Mysuru’s Public Bicycle Sharing system to be upgraded

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Revamping and Modernising the Public Bicycle Sharing System (PBS)

Trin Trin

The city has been witnessing a considerable proportion of uptake of PBS (Trin Trin) from work and education sectors. Buoyed by initial good response, the Authority aspires to modernise and expand the existing system to a fully automatic, smart lock enabled public bike sharing system. This revamped system is proposed to have 1000 bicycles and 100 hubs.

The PBS modernization shall introduce three distinct technological interventions in the current system. 

  • Upgradation from conventional bicycles to pedal-assist bicycles
    • This will help to reduce stress and impact on the rider’s knees and thighs on account of pedaling on undulating terrain of the city. Health trip users or any other users can choose to pedal just like normal bicycles, whenever they desire. The Pedal assist feature is expected to enable people of all ages and health to adopt cycling as a preferred mode for short trips.
  • Shift from beam style dock to dock-less system 
    • Beam style docks are fixed in nature, thereby reducing the scope of relocation and expansion. It also requires elaborate civil works compared to modular dock-less stations. The other advantage of the dock-less system is that the bicycle locking system is independent of the station thereby making the system much more flexible.
  • Introduce IoT based integrated lock system 
    • The IOT based Integrated lock in the bicycle not only makes the bicycle independent from any fixed infrastructure like beam or bollard but also efficient and effective in terms of ease of operation, robust nature of system and low maintenance cost. Also, high smartphone penetration in Mysore city augurs well for deploying this system. 

The revamping of current system shall also improve sustainability of the PBS project since it will comprise of,

  • Wider coverage area
  • Improved riding experience
  • Ease of accessibility with fully automatic system
  • Lower operational cost
  • Higher uptake as system is suitable for students and younger population
  • Tap in tourism potential of the city

The Mysuru City Corporation (MCC) proposes to float a request for proposal for design, procurement, installation, operation, and maintenance of the PBS system in the city of Mysuru. The selected service provider will provide integrated and innovative solutions including the hardware, software, and system infrastructure required for operating the system.

Read More:- Automatic Coach Washing Plant coming up in Mysuru Railway Station

RFP tender invited for the package-III of Mysuru Madikeri Highway

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Madikeri aka Coorg, known for its coffee plantations, steep hills, countless streams, rich flora & fauna, lush forests and breathtaking views,  is a beautiful hill station. The city will finally see a world-class highway that will connect the Bangaluru Mysuru expressway at Srirangapatna. This new Mysuru Madikeri highway will change the way people travel to Madikeri for work OR for pleasure.

Nature lovers from all over India can land in Bangaluru, take the Mysuru Expressway and at Srirangapatna, take deviation and head straight towards Madikeri. The travel experience on this road will be unmatched and truly international class.  

The technical details of this road are given below, but first let’s briefly see what’s happening on the road front in India.

A brief on how Expressway revolution is transforming India

“Good food, Rocking music, big car, long drive, attractive salary, happy weekend… wait!!,  is this not an American dream?, No No No this is an Indian dream..” Thanks to Nitin Gadkari, India is transforming fast into a developed nation with E-ways criss-crossing the country. It’s “super fun” to zip across the country at will and enjoy life. 

Soon Indian roads are going to match and even surpass the quality standards set by European nations OR USA on expressways. Top notch Expressway network is being created with an investment of billions of USD,  connecting important towns – producing ones with consuming ones and with other major commercial centres.

If the pace at which the E-ways are laid is maintained, in the next 10 years, that means by 2030, India will have world-class roads. With modern warehouses, logistic parks dotting these roads, our logistics costs will dive-down to trickle, and our products costs will become internationally competitive. 

In short, our economy is going to get more efficient and modern with the high-tech roadways and railways network.

Srirangapatna ~ Madikeri E-way – an extension of Bengaluru ~ Mysuru E-way

Work on the Mysuru-Bengaluru NH275 is scheduled to get over by the end of this year and no effort is spared by the Mysore MP Shri Pratap Simha to make it happen on or before schedule. Another important road that will be laid soon is to connect Srirangapatna to Madikeri. Government has invited tender recently from the established road developers to submit sealed quotations for taking up the work. The technical details are as follows

Salient features

  • Total cost of the project under package 3 is 1378.45 Crore INR (Excluding GST)
  • Project is to be executed under Hybrid Annuity model, which is a mix of EPC and BOT- ANNUITY model, with the government and the private companies sharing the total project cost in the ratio of 40:60 respectively.
  • A total of 46.935 KM will be undertaken under package 3 with the design chainage from 167+600 to 214+535.
  • Lane configuration is 4 lane divided carriageway with paved shoulders and a depressed median guarded by W beam crash barriers. 
  • Three signal free entry/exit are provided at the following junctions-
    • SH 86 (Hunsur-KR Nagar) – NH 275 
    • NH 373 (Mysuru-Hassan Highway)  – NH 275 
    • SH 117 (Yelawala-Sagarkatte)- NH 275 
  • A  trumpet interchange is provided for a conflict free movement of vehicles between Mysuru – Bengaluru and Srirangapatna-Madikeri portions of NH 275.
  • The alignment crosses Lakshmana Tirtha river at three locations. 
  • Rest area spread over 9.180 Hectares will be developed at the junction of NH 373 & NH 275. (Chainage 186+095 KM)
  • 1654 Nos. of Single Arm Street lighting and 259 Nos. double arm lighting shall be provided.
  • 42 Nos. of 30 m high Mast Lights are proposed at all Major Junctions, VUP and VOP locations.
  • 188 Nos. of Rainwater Harvesting shall be provided at every 500 mm intervals on LHS and RHS of the Project Road.
  • Minimum 1862 numbers and as per prevailing guidelines/norms of trees of local species shall be planted and maintained throughout the contract period as per National Green Highway policy.
  • Truck lay – byes will be provided near Rattanahalli.

Project details through Illustrations

Alignment

Mysuru Madikeri Highway package III Alignment
Mysuru Madikeri Package III Alignment

Typical cross section of Mysuru Madikeri Highway

Standard Cross Section of the Highway: Madikeri Highway package III
Standard Cross Section of the Highway

Signal free Entry/Exits of Mysuru Madikeri Highway

1. Chainage 168+526 : Crossing SH-86; LHS-K R Nagar, RHS-Hunsur
Signal free Entry/Exit Madikeri Highway package III
Signal free Entry/Exit
2. Chainage 184 to 185 : Crossing NH373; LHS-Krishnaraja Nagara, RHS-Bilikere
Signal free Entry/Exit Madikeri Highway package III
Signal free Entry/Exit Madikeri Highway package III
Signal free Entry/Exit
3. Chainage 203 to 204: Crossing SH117; Sagarkatte Road
Signal free Entry/Exit Madikeri Highway package III
Signal free Entry/Exit

Trumpet interchange for Mysuru-Bengaluru NH 275  at Chainage 214+535

Trumpet interchange for Madikeri Highway package III
Signal free Entry/Exit

Rest Area; Chainage 186 to 187; Near NH373 NH275 Crossing

Rest Area Madikeri Highway package III

Also Read:- NHAI floats RFP tender for four laning between mysuru and madikeri (package-2)

Automatic Coach Washing Plant coming up in Mysuru Railway Station

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Mysuru Automatic coach washing plant is going to see the light soon

Worldwide washing railway coaches have been mechanized through automated/ intelligent washing machines. Automation reduces human errors and negligence in keeping the railway coaches clean. Travelling in hygienic coaches will keep people safe and healthy.

Automatic Coach Washing Plant, Mysuru
ACWP Mysuru | Pic Courtesy: SWR

Mysuru Automatic Coach washing plant (ACWP)

To ensure neat and clean exteriors for trains, the South Western Railway‘s Mysuru Division is setting up an Automatic Coach Washing Plant (ACWP). The facility shall be managed by Coach Care Centre at Mysuru Railway Station. And the works for setting up the ACWP are in the advanced stages of completion.

The ACWP is a multistage external cleaning system for coaches in a rake, using a high-pressure water jet, horizontal and vertical rotating nylon and cotton combination brushes with automatically optimised use of the detergents and cleaning agents.

External cleaning by the ACWP for 24 coaches train can be accomplished within 10 minutes at a speed of 5 KMPH with minimal electrical energy and with very nominal water consumption when compared to manual cleaning which is also labour intensive.

The wastewater from the Automatic Coach Washing Plant(ACWP) can also be recycled for reuse.

Automatic Coach Washing Plant, Mysuru
ACWP Mysuru | Pic Courtesy: SWR

Infrastructure is the mirror which shows the real image of a country

The progress of any country can be gauged by looking at its infrastructure. The shiny trains, comfortable rides, departures and arrivals on time, pristine drinking water, hygienic food, clean railway stations and so on and so forth, are the hallmarks of any developed country. Countries climbed up the development index by developing their railway infrastructure, and Japan is a perfect example for that.

However for the advanced nations, NEITHER these developments happened on its own, NOR it was an act of providence, got it as a gift. Rather, it happened due to conscious human efforts in excelling in what he does. People at the helm took the right steps at the right time to make it happen.

Off late, countries around the world have realised the need for having good infrastructure that is modern, efficient, sustainable and affordable. They are spending billions of USD on that. In fact, quality infrastructure will add to their economy, thus boosting its GDP numbers. High GDP will lead to job creation in high numbers, which in turn will result in societal prosperity.

Automatic Coach Washing Plant, Mysuru
ACWP Mysuru | Pic Courtesy: SWR

Modernization of railways is the key to country’s success

Indian Railways (IR) play a significant role in moving the populace and goods from one point to another. So, it is absolutely important to achieve operational efficiency by embracing mechanization.  By this the trains are less prone to accidents and arrive/ depart on time. In a nutshell, Indian Railways have to shed its flab and become a “lean and mean” machine in order to take the 21 century challenges head-on like a “pro”. 

In order to stay relevant, IR is not only spending a huge amount of money on coach washing machines, but the entire maintenance and upkeep of the railways coaches, engines, tracks etc. are quickly getting automated. Track laying and maintenance, electrical systems/ sub-system are being monitored remotely through satellite networks to achieve safety of the highest order.

Going is good for Indian Railways so far, it is important to stay put to reach its goal of transforming itself into a 21st century transportation network.

Also Read:- EIA tender called for Chennai Mysuru High Speed Rail Corridor

Road Under Bridges to be constructed along Mysuru Outer Ring Road 

Details of the Road Under Bridges (RUB) to be constructed along National Highway 275K (Mysuru Outer Ring Road)

To provide bottleneck free drive along the Outer Ring Road, NHAI-Bengaluru division has initiated civil works tender to widen the existing Road Under Bridges (RUB). Total cost of the project amounts to 85.13 crore INR. 

Following existing RUBs are to be widened-

  • Mysuru-Hassan Railway line at Metagalli
Road Under Bridges - Mysuru Outer Ring Road
Mysuru-Hassan Railway line at Metagalli
  • Mysuru-RBI Railway line
Road Under Bridges - Mysuru Outer Ring Road
Mysuru-RBI Railway line
  • Mysuru-Bengaluru Main Railway line
Road Under Bridges - Mysuru Outer Ring Road
Mysuru-Bengaluru Main Railway line
  • Mysuru-Nanjangud Railway line
Road Under Bridges - Mysuru Outer Ring Road
Mysuru-Nanjangud Railway line

Below is the typical cross section of the proposed RUB expansion. Expansion would be carried out using the Box pushing technique, wherein, a precast RC box segment is hydraulically pushed into the soil with a leading metal cutter head that aids in piercing into the soil thus advancing incrementally.  And then subsequently more box segments are added one behind the other as the whole unit advances.

In this case, 3 such independent tunnel units would be launched i.e. one for the main carriageway and two such for the service lanes as seen below. 

Typical Cross section of the RUB

Road Under Bridges - Mysuru Outer Ring Road
Typical Cross section of the RUB

Know more about Box Pushing Technique: Video 

Also Read:- NHAI floats tender for four laning between Mysuru and Madikeri (Package-2)