Rohit Vohra Head Logistics, Reliance Cement
The total cost of logistics considering inbound and outbound movement can come up to 20 to 25 per cent of cement production cost. This is for companies having good infrastructure such as rail sidings, etc., and who transport 40 to 60 per cent product by rail. For companies that do not have such facilities, the cost can go as high as 30 per cent of the cement cost. Rohit Vohra highlights the challenges faced by cement companies in last mile deliveries. Excerpt from the interview.
How much is the cost contribution of logistical expenses to cement cost?
The cost of transporting cement via road comes to about Rs 1 to 3 /tonne/km. The wide range is due to the variation in lead distance, which can range from anywhere between 50-300 km. Longer the distance, lower is the cost of transport. Railway on other hand costs Rs 1.3 to 1.4/tonne/km. However, railway has additional fixed costs related to loading and unloading.
The handling cost is high for railways. So for a distance below 200 km rail is not viable. We generally outsource the unloading process to the C&F agents.
What are the losses experienced in cement transport via rail wagons?
Railways charge a fixed fare based on the number of wagons employed. If the wagon is not loaded completely, the company will still end-up paying for the entire wagon. One area where cement is lost is due to spillage from torn or damaged bags. Many a times the floor of the wagon is in bad constitution and may have sharp edges that damage the cement bags during transit. To minimise such loss we are using specialised packing material for our cement bags. These bags are not lifted using metal hooks. Instead the workers put a sort of wire loop around it and pick it up. Although the cost of loading and unloading too gets escalated with this, the end customer gets quality cement in quality packing.
What are the challenges faced by cement companies in last mile delivery?
The challenge in last mile delivery is that today we have lesser number of stockists. Now nobody wants to stock cement in warehouses. The rental charges of warehouses are too high for stocking a low margin product like cement. So dealers prefer ordering the material straight from the plant to the consumer site.
Now consumers require quick delivery, and on several occasions the delivery is to be made in congested city areas. These locations often have limitations on the size of trucks that could ply on the roads. Hence, we have to use smaller vehicles, which are cost inefficient. Companies then have to set up a very good network of warehouses close to the market so as to be able to reach the customer as quickly as possible. But again, setting up a warehouse means additional loading and unloading at the company?s expense. The moment you create an additional node in your supply chain, the cost of handling and distribution goes up. Plus, dispatch from these warehouses is also costly since transporters are moving material over short distances. So the cost of transport per tonne per km is high.
What are the constraints that you have to deal with in cement transport?
We put cement delivery process in two buckets. One is from plant to the warehouse and the other is where we transport cement from warehouse to the site. When we are moving cement from the plant to the warehouse we have the loading and unloading process and the associated cost in our control. The material is transported in multi-axle carriers with a capacity of around 27 tonnes. Mostly the approach road to the warehouse is good and the time required to load and unload is fixed and short. So here the costs are very much in the company?s control.
The challenge is to move cement from the warehouse to the consumer?s site. Many cities have restrictions on the size of trucks that can move round the clock. Cities like Nagpur, Bhopal, etc., do not allow trucks with more than 8-tonne capacity to ply on the roads. While at some places like Rajasthan, where highways are good we transport cement in 60-tonne trailers. Often the size of order placed by end consumers is small and we have to dispatch 4-5 tonnes of material.
Today the customers to want delivery of cement as and when required. They usually do not have space to store cement and other construction materials. Storing cement is a hassle and implies additional cost. Simply handling a cement bag costs Rs 2-3 and so everyone tries to avoid it. The traders to want the cement to be delivered directly from company warehouse to the site, not to the shop.
What can be done to cut down that cost?
We have a system where dealers can order at ex-warehouse price and can arrange for their own vehicle. That creates a synergy since the dealer can ship other items such as steel, paint, bricks, etc., in the same truck.
How about outsourcing this function?
We have been considering outsourcing this function. However, service providers do not find cement transport as profitable as they would find transporting high value retail products like electronic goods, etc. In cement the margins are low, and so it is less attractive to external logistics service providers.
Railways have plenty of surplus land, however they do not have clear policy for land allotment. Most major companies have their own cement siding. What the industry needs is rail side warehouses. We are looking for opportunities to set up terminals close to siding. Having a rail side warehouse minimises cost of product handling.
How to you manage the fluctuations in cement demand?
There are basically two types of fluctuations, the seasonal and the demand driven. Seasonal changes are seen in the trade segment while demand driven fluctuations are seen in non-trade segment. We have kept a balance of having trade to non-trade segment in 70:30 ratio. That stabilises the demand pattern.
The industry generally experiences good demand during the October-June period. This is the time when the company builds up reserve stock of cement at the plant. The industry experiences low demand during the July-August period. During this period we conduct operation and maintenance tasks at the plant.
Major fluctuations are taken care by the surplus stocks at the plant while minor fluctuations are dealt with at the warehouse level.
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