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birla shakti

KIL Cement Division is an award-winning cement manufacturer and is one of the nation's largest producers to provide high quality products and reliable services to our clients and communities throughout India. Discover our manufacturing footprint, products, innovation methods, portfolio and our philosophies along the way.

Founded in 1969, Birla Shakti is one of the global leaders in cement technology. Besides being a leading supplier of cement and aggregates, we also offer consulting, research, trading, engineering and other services to complement our customers business needs. Our headquarters is in India and we have production sites in several parts of the country.

Under the cement division of Kesoram Industries Limited, Birla Shakti manufactures and sells cement. We are widely recognised for our quality, strength and technology, which has enabled us to build strong working relationships and gain the trust of our customers and builders. As a mark of our quality management best practices, we have been certified an ISO 9001 company.

Birla Shakti has two cement manufacturing plants located at Sedam, Karnataka (the "Vasavadatta Cement Plant") and Basantnagar, Andhra Pradesh (the "Kesoram Cement Plant"). Our cement business has been in operation for over 40 years, catering to the regional demands predoimnently in Karnataka, Andhra Pradesh and Maharashtra. Our plants are strategically located near our leased limestone deposits in the states of Karnataka and Andhra Pradesh. Presently, we have a combined total installed capacity of 7.25 million MT.

Create long-term value for our stakeholders through passionate commitment to excellence, by being customer focused, bringing total employee involvement, disciplined and innovative management process to drive sustained competitive advantage

Each of our milestones reflected in the timeline is a reflection of our passion, dedication and persistence in Total Productivity Maintenance (TPM). And in this short period of time, we at Kesoram Cement and Vasavadatta Cement have grown from strength to strength emerging as leaders of the cement industry.

Cement is a binder thats used to produce concrete. There are various types of cement for use in different applications. The properties of cement can also be varied through additives. Find out more about how we make our cement.

We are constantly finding innovative ways to improve our cement production process to better deliver solutions and products. The reason is simple: we believe in creating value and addressing our clients needs in todays ever-changing business climate. Our goal is to be the industry leader in innovation and technology, and contribute to building livable urban landscapes.

Special emphasis is placed on Research & Development facilities to reduce thermal, electrical energy and overall CO2 emissions. Each division of Birla Shakti has a well-equipped, advanced R&D department to pursue product and process improvements related to that division, as well as monitor thermal and electrical energy efficiency. Each R&D department is staffed with around 20 highly qualified researchers.

Infrastructure, growth, discipline and integrity our business is built on these very essentials. As an ISO 9001, 14001, 18001 and 50001 company, we take care of the land and the community through the entire cycle of cement manufacturing use from mining to clinkerisation.

One of the main reasons for our tremendous success in the Indian market has been our reach across the nine highly industrialised states of Andhra Pradesh, Maharastra, Karnataka, Goa, Kerela, Madhya Pradesh, Telangana, Chattisgarh and Tamil Nadu.

Our dealer network in the trade segment comprises 2,000+ strong and loyal dealers across the territories. Most of these dealers have been associated with us for the last 35 years. This strong bond empowers us with the confidence and ability to grow further in this segment.

The key to sustaining economic growth lies in our belief, where we value our employees and their families, the environment we do business in, our esteemed customers, as well as the local communities we are surrounded by. We are convinced that social progress should be shared and enjoyed by all that KIL Cement Division is connected to. Learn more about how we are making this a reality.

At Birla Shakti, we are constantly exploring new technologies and initiatives to conserve the environment we work and live in. Being a responsible managed firm, we aspire to exceed market expectations across all sustainability issues and go beyond legal compliance to proactively reduce our environmental impacts.

Our plant generates both hazardous and non-hazardous waste during the manufacturing of cement. Major waste include used oil, used battery, MS scrap, PP burst bags, alumina fire brick, overburden in mine, etc.

However, we make constant efforts to recycle and reuse the waste generated out of our own operations and waste generated by other industries like pharma. Only waste that cannot be utilised effectively is being disposed off.

In managing our waste output, we are also utilising waste generated in other industries as alternative fuel for our manufacturing plants. We have a tie-up with the government of Goa to procure waste which will be used as alternate fuel input.

Concurrently, we are the first in India to install Hot Disc technology to help utilise and manage waste. Presently, we recycle and reuse Plastic waste, Carbon black powder, PU and upper cutting waste, shredded tyres /rubber chips, Municipal solid waste.

Co-processing in cement kiln perforce provides high temperature and long residence condition during the operation and is an effective technology for the management of hazardous waste in an environmentally friendly and safe manner.

It fully absorbs the energy and material value of the waste without any harmful emissions. Co-processing in cement kiln ranks higher in the waste management hierarchy as compared to other disposal options such as incineration and landfill.

Unlike incineration and landfill, co- processing does not leave behind any residue that might have harmful impact on the environment. Thus, co-processing is an ecologically sustainable solution for waste management.

Fresh water is a scarce resource and its alarming depletion in Gulbarga and Basant Naagr has led to our increased focus on effective water management through conservation, reduction in leakage or wastage and recycling & reuse.

We strive to spread awareness on conserving water in our operations and families of employees, by implementing a number of water harvesting and recycling and reuse projects, so as to minimise the consumption of fresh water.

Furthermore, the sump developed in the mine pit is utilised for storage of rain water for later use in the process during lean period. The amount of rainwater collected depends on the rainfall, as well as the catchment area, where the water will be diverted to the mine pit (Sump).

For this purpose, garland drains are cut around the quarry on the higher profile of the land to channel rainwater from the catchment area. This water is then directed to the mine pit by opening the drain at desirable places. The mine sump has been developed to a capacity of 40,00,000 m3.

We meet almost all our water requirements from ground water sources. However, we have also implemented initiatives for replenishing ground water through our water harvesting structures built at various locations within the plant premises, as well as in the vicinity of the manufacturing facilities.

To create a sustainable environment for our business and the community, we have designated a green belt development site at our plants for afforestation. So far, a total of 14,91,807 samplings have been planted and harvested.

Currently, the total area for afforestation at our plants is 860 acres within the plant, mine and colony premises. Our efforts in driving environmental conservation projects such as this reinforce our philosophy of sustainable development and caring for the community.

Underpinning life at Company is the Division Vision our statement of the company culture, which both informs and describes our behaviour. Development activities revolve around the under-privileged community that lives in the immediate vicinity of our cement plants.

The range of our activities begins with extending educational and medical facilities and goes on to cover vocational guidance and supporting employment-oriented and income-generation projects like agriculture, animal husbandry, cottage industries by developing local skills, using local raw materials and helping create marketing outlets. These are the key areas that we endeavour to make a difference in.

Each factory has a medical centre with full-fledged doctors and the latest basic equipment. Mobile medical services are provided in the vicinity and regular medical camps are held to eradicate diseases, offer medical help, treatment and preventive care.

We foster learning and knowledge through formal schools. Education is imparted not only to children of employees but also to children from rural areas, who do not have access to any medium of information or education.

Our schools maintain high standards and are open to other children of the vicinity. These schools are often the preferred centres of learning in the district and adjoining areas. Our goal is to give everyone a chance at having an education.

We are encouraging the development of human capital by expanding human capabilities through skills development and vocational training, as well as by promoting excellence in indentified cultural fields. To achieve our objective, there is a dedicated training and development team that operates solely on such development intiatives.

Thank you for your interest in our company and products. If youre working on a media article, marketing collaterals, etc. and require high resolution images listed on this page, please select the images you required and request below.

Kesoram Industries Limited (Cement Division) offers employment opportunities in a wide range of functions. The recruitment process is fair and transparent, with adequate opportunities for suitable candidates both internally and from outside.

Recruitment is a continuous process in KIL Cement Division. We regularly hold interviews in principal cities of south and west India. In other cases, applicants are invited for specific vacancies announced through advertisements in leading newspapers or announced in this website.

Birla Shakti Cement, Division of Kesoram Industries Limited Unit: Vasavadatta Cement, Factory PO: Sedam Dist: Gulbarga Karnataka - 585222 Tel No.: +918441-276005/277403 Fax : +918441-276139 Email : [email protected] Birla Shakti Cement, Division of Kesoram Industries Limited Unit: Kesoram Cement, Factory PO: Basantnagar Dist: Peddapalli Telengana - 505187 Tel No.: +918728-228152/228252/228121/228129 Fax : +918728-228160/228444 Email : [email protected] SOLAPUR PACKING PLANT Plot No T3-MIDC Chincholi Industrial Area Taluka - Mohal Dist: Solapur Maharashtra - 413255

Plot No T3-MIDC Chincholi Industrial Area Taluka - Mohal Dist: Solapur Maharashtra - 413255

Cement Division Unit of Kesoram Industries Limited 44/A, Ground Floor, Bharath Apartments, Fair Field Layout, Race Course Road, Bangalore - 560001, Karnataka

laboratory ball mill, in choolaimedu, chennai , tamilnadu engineering instruments | id: 20283804112

Tamilnadu Educational Instruments was established in the year 2004, at Tamil Nadu, India are engaged in manufacturing and supplying of Auto Level, Digital Theodolite, Dumpy Level, GPS, Sokkia Levelling Instruments, Rodo Meter, Drafting table, Drawing Board, Architect Drafting Table, Centerless Grinding Machine, Gear Shaping Machine, Gear Hobbing Machine, Tool and Cutter Grinder, Milling Tool Dynamometer, Horizontal Milling Machine, Vertical Milling Machine, CNC Machine, CNC Lathe Machine, CNC Milling Machine, Hydraulics Lab, Fluid Mechanics Lab, Thermal Lab, Mechatronics Lab, , Survey Instruments, Milling Machine, Grinding Machine, Material Testing Lab, Survey Lab, Metrolgoy and Measurement Lab, Soil Testing Lab, Concrete and Highway Lab, Environment Engineering Lab, Mechanical Lab, Civil Lab, Auto Mobile Lab, Auto Level Instruments, Laboratory Apparatus, Compression Tester, Auto Level, Dumpy Level, Theodolite, Total Station, Levelling Staff, Levelling Instruments, Slum Cone Apparatus, Cube Testing Machine, Marshal Stability Apparatus, Compression Testing Machine, Soil Moister Meter, Wood Moister Meter, Rapid Moister Meter, Cube Mould, Beam Mould, Cylinder Mould, Prism Mould, Marsh Cone, Liquid Limit Apparatus, Plastic Limit Apparatus, Blains Permeability Apparatus, Air Entertainment Meter, Universal Testing Machine, Sand Pouring Cylinder, Core Cutter, Rebound Hammer, Ring and Ball Apparatus, Ductility Test Apparatus, Gas Chromatography, Atomic Absorption Spectroscopy, Oxygen Analyser, BOD Analyser, Hot Air Ove, COD Analyser, Ranging Rod, Surveyor Compass, Prismatic Compass, Beam Deflection Test Apparatus, Vicat Apparatus, Le Chatelier mould, Flexure Testing Machine, GPS, Hydrometer, Sokkia Auto Level, Leica Auto Level, Horizontal Milling Machine, Jar Test Apparatus, Vertical Milling Machine, Milling Tool Dynamo meter, Lathe Tool Dynamo meter, Gear Shaper Machine, Gear Hobbing Machine, Tool Maker Microscope, CNC Lathe Machine, CNC Milling Machine, Unviersal Milling Machine, Bernolius Theorom Apparatus, Orifice Meter, Venturimeter, Rotameter, Pipe Flow Analysis, Centrifugal Pump, Submersible Pump, Reciprocasting Pump, Deepwell Pump, Pleton Wheel Turbine, Kaplan Turbine, Francis Turbine, Insulating Powder Apparatus, Fludized Bed Cooling Tower, HC Refrigeration Test Rig, Airconditon Test Rig, Emissity Apparatus, Pin Fin apparatus, Lagged Pipe Apparatus, Parallel and Counter flow Apparatus, Torsional Vibration Setup, Dynamic Balancing Machine, Cam follower setup, Turn Table Apparatus, Transverse Vibration Setup, Co ordinate Measuring Machine, CMM, Floating Carriage Micrometer, Autocollimator, Mechanical Comparator, Pneumatic Comparator, Dial Gauge, Telescopic Gauge, Sine Bar, Surface finish Measuring Machine, Roughness Tester, Pneumatic Trainer Kit, Hydraulic Trainer Kit, Image Processing System With Hardware and software, Universal Testing Machine, ITI Tools, Mechanical Laboratory Equipment, Civil Laboratory Equipment, Diesel Smoke Meter, Exhaust Gas Analyser, Torsion Testing Machine, Rockwell Hardness Testing Machine, Brinell Hardness Testing Machine, Vickers Hardness Testing Machine, Vernier Transit Theodolite, Flume Assembly Apparatus, Metacentric Apparatus, Pitot Tube Apparatus, and many more. The ownership type of the company is Sole Proprietorship. Further, we also trade , retail, distribute and wholesale the products in the market. These are made using high grade material and are offered in various designs & sizes to our clients. Our range is widely used by architectures and also in schools & government sector. Best known for sturdy construction and perfect finish, our range is offered at market leading rates to our clients.

ball mill, material : steel at best price in chennai tamil nadu from nsi equipments pvt. ltd | id:4170013

Ball mill is an efficient tool for grinding materials like ores, chemicals, ceramic raw materials, paints etc. into fine powder or fine paste by grinding in a wet way. The Ball Mill operates by rotating a cylinder with grinding balls like steel, CI, ceramic and pebble balls as grinding media. Material fed through the mill is crushed by impact and grounded by attrition between the balls and also the internal cascading effect reduces the material in to a fine powder. Ball Mills usually have liners inside which are replaceable when they wear. Liners will be of wave shape which key the ball charge in to the shell and prevent the slippage.The rotation of the powder mixer is usually between 4 to 20 revolutions per minute, depending upon the diameter of the mill. The larger the diameter is, the slower the rotation will be. Ball Mills are generally used to grind material " and finer, down to the particle size of 20 - 75 microns.To achieve reasonable efficiency, the ball mills are to be operated in a closed system, with oversize particles continuously being re-circulated back to the mill and to be reduced Types Cylindrical Single / Multi compartment with classifier and without classifier. Single / Multiple Compartments Cylindrical Ball Mill:Single compartment Mill is a conventional type of batch mill, consists of cylindrical steel shell with flat steel ends welded to shell. Ball Mill rotates around a horizontal axis partially filled with raw materials to be ground plus the grinding medium. The material and the grinding medium are fed and discharged through an opening manhole on the cylinder shell. Ball Mills usually have replaceable liners inside and replaced when they wear out. Material fed through the mill is crushed by impact and grounded through attrition between the balls. Design Features:The horizontal cylinder of the ball mill, which is fabricated out of mild steel plates, is rotated using a side drive system at one end of the mill. The drive comprises of a girth gear, generally made from alloy steel casting, bolted onto the mill which is driven by its pinion, generally made out of alloy steel forging, through a gear reducer and motor coupled together.The two ends of the cylinder are covered with mill headers one placed at each end, the inlet and at the discharge. The mill headers have a central inlet and discharge opening from where the material enters the mill and exits the mill. These mill headers are generally made out of alloy steel casting.The mill headers are rested on fabricated trunnions at both ends on which the headers rotate on a special self lubricating white metal lining. External lubrication system is also provided to keep the mill headers properly lubricated at all times. Other accessories include a set of low pressure and high pressure pumps which help to pre-jack the mill during startup. Grinding Media:A ball mill is partly filled with steel balls (some are cylindrical shaped cylpebs) that impart a tumbling and cascading action when the mill rotates around its horizontal axis. Material fed through the mill is crushed by impact and ground by attrition between the balls. The grinding media are usually made of high-chromium steel or manganese steel. The smaller grades are generally cylpebs. Mill Liners:Mill liners are generally of high chromium steel or manganese steel. The liners are selected based on the type and hardness of the material to be ground. The grinding media is also selected with the same principal and suitable to the material of the liners. The thickness and design of the liners largely effect the grinding efficiency of the mill and hence various improvements in the designs have been made from time to time Note Closed-circuit with air classifier. Product size equivalent to 1.750 to 1.800 cm2/gm Open circuit; moisture less than 0.5%, average grind ability Feed temperature, 200 to 300F - Open circuit operation

Ball mill is an efficient tool for grinding materials like ores, chemicals, ceramic raw materials, paints etc. into fine powder or fine paste by grinding in a wet way. The Ball Mill operates by rotating a cylinder with grinding balls like steel, CI, ceramic and pebble balls as grinding media. Material fed through the mill is crushed by impact and grounded by attrition between the balls and also the internal cascading effect reduces the material in to a fine powder. Ball Mills usually have liners inside which are replaceable when they wear. Liners will be of wave shape which key the ball charge in to the shell and prevent the slippage.The rotation of the powder mixer is usually between 4 to 20 revolutions per minute, depending upon the diameter of the mill. The larger the diameter is, the slower the rotation will be. Ball Mills are generally used to grind material " and finer, down to the particle size of 20 - 75 microns.To achieve reasonable efficiency, the ball mills are to be operated in a closed system, with oversize particles continuously being re-circulated back to the mill and to be reduced