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Feature | March 2014

Ready for a quality mix

 Concrete batching plants have become a common sight across Indian cities these days. The industry, which is currently under huge pressure due to the current economic condition, is expected to double in another five years time. ELIZA WAGHMARE takes a look.

The days of processing concrete manually is a distant memory. The new generation concrete batching plants have become a common sight across Indian cities these days. From the residential sector to high-end skyscrapers to a number of infrastructure projects across the country, batching plants are used almost everywhere.

However, the recent trends in the market for concrete batching plants have been impacted by the economic slowdown. With several large-scale infrastructure projects either stalled or delayed over the past year, manufacturers have been focusing on the small and medium scale projects in recent times. Despite the slowdown, the number of commercial ready-mix concrete (RMC) plants in the country is estimated to be over 500 at present, and expected to double in another five years time, given the continued impetus to infrastructure development. A report from Crisil expects the demand for RMC to increase at around 14 per cent by 2016-2017.

Demand drivers
One of the key factors that have been propelling the growth of concrete batching plants has been the stricter emphasis on quality control in the last few decades. RMC in India was mostly restricted to the major cities. The concept is now getting extended to tier-II cities such as Coimbatore, Cochin, Visakhapatnam, etc. In the near future, RMC will also spread to smaller cities.

According to Anuj Goel, Managing Director, KDP Infrastructure Pvt Ltd, an infrastructure and real estate developer, "The RMC manufacturers are getting more organised with the increasing demand from the construction industry. One of the major reasons is scarcity of labour and builder's are now looking for less labour intensive processes with increased speed."

"With the increasing demand, we now expect the RMC batching plant industry to be well equipped to supply the products to the huge demands from large projects," says Fahim Parvez, Project Manager-Buildings & Factories, L&T Construction, an infrastructure major.

Most of the RMC plants are located in major cities of India, wherein they contribute around 30 per cent to 60 per cent of total concrete used in these cities. Initially, the plant availability was restricted to the maximum capacity of 30 cubic metres (cm3), which has grown to 360 cm3 today. A number of plant manufacturing companies, which were earlier reluctant, have entered in India because of high-infrastructure growth in the last 7-8 years. This has also opened doors for many Indian players to foray into the market.

However, as compared to developed countries, the concrete batching plant industry is still at its nascent stage. Nearly 80 per cent of cement consumption is in the form of RMC and 20 per cent in the form of recast. In India, RMC accounts for less than 5 per cent of consumption, and as much as 82 per cent of cement consumption is in the form of site-mixed concrete. While 70 per cent of cement produced in a developed country like Japan is used by RMC business, in India, only around 2 per cent of total cement production is used by RMC.

"The manufacturers of RMC equipment has already built up the required capacity to cater to the current and the future markets in India. But currently, due to lack of construction and infrastructure projects, there is a demand-supply mismatch," says Rajesh Kawoor, Vice President-Concrete Business, Universal Construction Machinery & Equipment Ltd, a manufacturer, exporter and supplier of concrete batching plant.

Demand for cement is generally driven by real estate and infrastructure structure (about 35 per cent to 40 per cent of the total cement production. The conversion factor for cement to RMC will soon exceed by another 10 per cent. Also, the concrete industry of India is now witnessing a structural shift from site mix concrete to RMC. Increasing awareness towards quality, hassle-free construction, and economic sustainability is resulting in the greater penetration of RMC. However, RMC penetration is still low in India at around 9 per cent as of now. This mainly, is due to factors like focus on urban development, infrastructure projects in power, road, ports, railways, irrigation and also the emergence of activities in the Tier II and Tier III cities.

"Government's increasing focus on infrastructure, evident from the proposed $1 trillion investment envisaged by the twelfth five year plan 2012-17 combined with new projects in road, ports, and airport segments is expected to open new growth vistas for the concrete industry," informs Prabir Ray, Executive President - RMC, Key Accounts and Building Products, UltraTech Cement Ltd, a cement major.

Sakthikumar VG, The Whole-Time Director-Operations, Schwing Stetter, a provider of construction equipment, said, "We have proved with the deep understanding of concrete technology and construction site requirements. Our efforts now are to develop new models for the future market."

On the other hand, Kalpesh Soni, Sr Manager Marketing, Conmat Systems, a manufacturer of construction equipment, reveals, "We recently launched a new version of the mobile plant. It is the latest product in the market and the market reception has been good. We have sold around 400 units in the market."

On-site v/s off-site mixing
The builders or contractors, who has reasonable big construction project and has sufficient space at the construction site, prefers to put a batching plant on the construction site itself, rather than depend upon any commercial RMC manufacturer to supply concrete. Also, the other most important aspect is the current tax structure. Purchaser has to pay an excise of 2.06 per cent and applicable VAT in the state to buy RMC from the market, so most construction contractors/builders prefer to make concrete at site.

According to Rashid R Merchant, Associate Vice President-Development & Marketing, RMC Readymix (India), a building materials company, "Good percentage of construction industry is still operated by unorganised companies who forge invoices and quantities to save taxes. Lack of tougher Health & Environmental regulations makes it easy for fly by night operators to set up plants and carry out seasonal business."

This practice is more prevalent in North and East where the construction sites are reasonably large and space is not a constraint. Apart from this, the demand for on-site mixing is due to various reasons like:

Quality: No trust on RMC manufacturer who is producing concrete away from their construction sites
Delivery: No trust on the deliver on time
Cost: Site mixing is perceived to be less expensive
For various construction and infrastructure projects, it is always preferable to have more demand for off-site RMC, especially with regards to sustain the quality of concrete in construction. When RMC is delivered by manufacturers, the quality of concrete becomes superior than site-mixed concrete. However, it will greatly depend on the controls and checks exercised at site and at RMC producer's plant. Also, there is a considerable wastage of materials on site due to poor storage conditions and repeated shifting of the mixer location. This is prevented if RMC is used.

In most cities, the plot area is barely sufficient to store reinforcement steel, formwork, concrete and other construction materials. Using RMC can cause less congestion and better housekeeping on the site resulting in efficient working environment. Obtaining RMC at site can reduce supervision and labour costs which would otherwise be required for batching and mixing of concrete at site.

Sluggish market
Currently, the infrastructure project execution has been declining continuously and projects are being shelved at an alarming rate in the last two years. In addition, there are many large building construction sites, which have dedicated batching plants. Therefore, while commercial RMC may be just about 7-8 per cent of the total concrete consumed in India, the concrete produced by batching is above 25 per cent of the total concrete.

One of the main reasons for this lack of growth of RMC lies in the construction practices followed in the country, which are traditionally labour-intensive. Even today, a substantial proportion of concrete produced in the country is volumetrically-batched and site-mixed, involving a large number of unskilled labourers in various operations. The situation is however, slowly changing and a trend in favour of mechanisation/semi-mechanisation in construction is clearly discernible in the urban centres. It is therefore logical that most of the RMC plants are concentrated in these centres.

However, we still find a gap wherein the industry for dedicated organised players working into each area of supply chain management to enhance the delivery standard and improve the ecosystem. Going forward, the exclusive organised players is expected to have assets and knowledge specificity into each areas of operation.

On the other hand, being late starters, RMC producers in India have the advantage of adopting the latest-generation plant and equipment, and many of the RMC facilities in India have state-of-the-art plants, with sophisticated micro-processor based controls having ability of accurate weighing and batching, automatic charging, adjustments for moisture compensation, inventory control, etc., besides having a fleet of transit mixers of various capacities, most of these plants possess well equipped facilities for pumping concrete.

Advantages of RMC plant
  • High in quality
  • Reduces the issue of space
  • Helps in timely completion
  • Helps to reduce pollution
  • Reduces noise pollution
  • Modern RMC plants helps in controlling water to cement ratio
  • High in correct strength and durability
  • RMC plants store and accurately batch concrete admixtures
  • Improve properties of concrete in plastic and hardened stage
  • RMC plants have superior and accurate batching arrangements than the weigh batchers
  • RMC plants have superior mixers than the rotating drum mixers
  • Temperature control of concrete in extreme weather conditions can be exercised
  • Encourages mechanisation and new technologies
  • New materials like micro silica and fibres can be safely used
  • Improves the rate on supply of concrete in the formwork

Comeback time

The market for concrete batching plants is expected to bounce back by the end of the year. With the government making its intentions clear about investing an amount to the tune of $1 trillion towards infrastructure development as part of the 12th Five Year Plan period (2012-17), the growth rate of the market is expected to return to that of the earlier heady days in a few months time. The continued thrust on manufacturing with the setting up of several industrial corridors, IT parks, SEZs, and sector specific industrial parks is also expected to fuel demand. Policy initiatives towards facilitating influx of funds into infrastructure projects are another positive sign.

There are also indications that things may at last return to normalcy in the real estate sector soon, lead by the growth of the retail sector, another good sign for concrete batching plant suppliers. While the demand for compact concrete batching plants is expected to continue for a while, it is only a matter of time before the demand for larger models is expected to pick up.

Concrete batching plant players:

  • Apollo Infratech
  • Aquarius Engineers Pvt Ltd
  • Schwing Stetter
  • Awersa Engicon (India) Pvt Ltd
  • Putzmeister Concrete Machines Pvt Ltd
  • Universal Construction Machinery
  • Ajax Fiori Engineering (India) Pvt Ltd
  • KYB-Conmat Pvt Ltd
Number of RMC plants and their capacities in leading metropolitan cities of India

MetroNo. of Plants Capacity (M3/hr)

Mumbai and Navi Mumbai 






Expected growth of commercial RMC in India

Total Concrete consumption (million m3

Concrete consumption on sites without dedicated plants (60%RMC penetration
    % of (3)

Total RMC
    usage (Miom3)


Expected number
    of plants


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