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Automation systems minimise material and energy use

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Manish Chordia, Regional Sales Manager-Cement (South Asia and Africa), ABB India Limited, discusses the importance of automation in cement plants to achieve efficient production with minimal environmental impact.

How do your solutions help cement plants to adjust to changing fuels and raw materials?
Delivering high quality products, while keeping production costs low and plant efficiency high, is an ongoing challenge for all process industries. Cement manufacturers face these challenges daily and the drive for improved efficiency cannot undercut the stability of production processes. ABB AbilityTM Expert Optimiser (EO) helps in alternative fuel management and raw material handling. EO can control, mix and monitor rates of alternative fuels to ensure consistent burning, while also ensuring that the kiln does not become unstable due to changes in fuel calorific value.
Stable and correctly proportioned raw material is essential for energy-efficient clinker production. Cement blended at the right proportions is essential to ensure that specifications are met and a quality product is delivered to end-customers. Implementing EO can positively impact both raw material and the cement blending processes. Incorporating optimisation and analytics technologies, the software enables a plant to automatically make the best operational decisions accurately and consistently. ABB AbilityTM EO standardises the optimisation strategy to minimise both shift-to-shift variations and human workload. This frees up operators to focus on more pressing tasks. EO for cement combines Advanced Process Control (APC) technologies with ABB’s extensive industry expertise, stabilising the process and maximising profitability to manage critical plant components, including kiln, alternative fuels, mills, and blending. It constantly pushes the boundaries of what is possible in a plant to maximise yield and throughput whilst minimising operating costs such as fuel and electricity.

Tell us more about your Advanced Process Control (APC) solution and its functionality.
ABB’s APC technology helps to improve fuel management, mill optimisation and material blending in cement manufacturing. The suite comprises a set of tools, both online and offline, that allow the deployment of advanced controllers and analytic models. This provides monitoring, predictive analytics, and closed loop control capabilities at the device, edge, and cloud to ensure real-time operational efficiencies. It also helps process and energy industries to optimise operations by using emergent technologies – such as the cloud, data analytics, visualisation, and advanced modelling algorithms, as part of the disruptive change offered by the Internet of Things (IoT). It extracts knowledge from existing data in the plant and uses that for detailed analysis to arrive at the best course of action to improve
specific processes.

How does automation help cement plants achieve accuracy and efficiency in production?
Efforts to reduce energy demands, by using higher efficiency equipment and substituting fuels and raw materials, are important to lower production costs. These changes introduce constraints that must be managed to secure the required quality and productivity of the plant. The ABB plant-wide automation strategy searches for the optimal operation point while maximising product quality and productivity, at the lowest energy consumption and least environmental impact. This is achieved through a combination of variable speed drives (VSD), advanced process control, energy monitoring and reporting.
Electrical energy savings of up to 70 per cent can be achieved by using VSD over a fixed-speed motor and damper. The multi-drive solution provides the optimised drive solution for the grate cooler. The control and optimisation of the kiln will reduce thermal fuel consumption by up to 8 per cent. When this is combined with the automated collection, organisation and distribution of production, quality and energy reports, fast decisions and interaction to reach the goals of energy management are achieved.
There can be no flaws or failures in cement composition or entire structures could disintegrate. Advanced measuring, information and optimisation systems are needed as never before to monitor and correct any deviations in quality standards – from quarry to dispatch. ABB’s tailored products, digital applications and services improve processes and help you achieve optimum production standards. Automation systems minimise material and energy use in complex processes.
Instead of controlling independent equipment and systems supplied by different suppliers over separate control systems, it is a great advantage to integrate and control automation islands centrally. ABB integrates these processes and adds value to the companies they work with. The processes covered in the scope of the ABB AbilityTM platform are considered to be a fully compatible integration with energy efficiency, production increase and optimisation, reduced downtime, business and asset management, ERP systems in factories by utilisation of Level 3 software. ABB produces its software unique for the sector by utilising the Minerals Library, which ABB has developed specifically for the cement sector. This library is composed of object-based software control and energy management applications productively and in an entirely parameterised manner at the same time. Thus, customers have the opportunity to operate and continue their production process and asset management in the most efficient way.

What is the data support provided by your solutions to the cement manufacturers?
In recent years, rapid advancements in big data and digital technologies have begun a revolution in industrial processes, commonly known as Industry 4.0. This revolution is defined by the application of disruptive technologies such as the IoT, augmented reality (AR) and artificial intelligence (AI) to industrial settings to optimise process performance, reduce operating costs, and enable safer and more secure production. One of the key elements for cement customers is to have an information management system that allows transparency across operations. ABB Abilityâ„¢ Knowledge Manager information management system provides analytical insight to identify best practice and improve overall operations at plant and corporate level. Enhancing transparency across a plant or fleet of plants, Knowledge Manager is also available via a mobile app for smartphones or tablets, enabling plant and company managers to view operational performance at any time and from anywhere. Knowledge Manager software ensures executives can access instantly to the key performance indicators (KPI) of many cement factories. By utilisation of this software, they may see how much energy their factory transiently consumes, how much transient production they accomplish, which alternative fuels or minerals they use, and their profitability at any instant.

What are the major challenges in executing your solutions?
As ABB, we can provide solutions from quarry to dispatch to the cement industry which means automation, instrumentation, electrification, digitalisation, project management and engineering, infrastructure, and service. Additionally, ABB can also support cement manufacturers in the journey of decarbonisation with the help of co-operations with the likes of Coolbrook and Captimise. ABB’s experienced engineering team can react to changes in projects, offering expertise and take action quickly to produce solutions. In addition, despite the fact that electrification and automation systems are the final point during commissioning works, ABB can provide added value to the customers by trying to go one step ahead of the construction and mechanical works.
Other main challenges are the readiness of the companies for the decarbonisation journey considering both technical and financial ways. As ABB, we are ready to support them beginning with pre-feasibility studies.

Tell us about the innovations by your organisation that the cement industry can look forward to?
The most important feature differentiating ABB is customer satisfaction for its products and systems, ABB’s steadfast devotion in adherence to quality and global ethical principles, engineering strength and know-how, and powerful supply chain. By providing service and support for the projects and systems designed by ABB even after many years, we differentiate ourselves from other companies. We are investing in new technologies that reduce the use of fossil fuel consumption and reduce unscheduled stoppages as well as collaborative partnerships to reduce emissions in the cement industry. Collaboration with Coolbrook’s RotoDynamic technology, which replaces fossil fuels with renewable electricity, with Captimise to join forces to support the cement industry in planning CCS projects by providing technology agnostic FEED studies and a small sized trail facility to allow testing of the selected Carbon Capture technology will help the cement customers during their journey to achieve Net Zero target.

  • Kanika Mathur

Concrete

JSW Cement Begins Production At Nagaur Plant In North India

New greenfield integrated plant raises grinding capacity to 24.1 MTPA

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JSW Cement, part of the JSW Group, has begun production at a greenfield integrated cement plant in Nagaur, Rajasthan, marking its first such facility in north India. The company said this move raises its total cement grinding capacity to 24.1 million tonnes per annum (MTPA) and its clinker manufacturing capacity, including the joint venture, to nine point seven four MTPA. JSW Cement is described as one of India’s leading green cement producers and is positioned to expand its national presence.

The Nagaur integrated plant is equipped with a three point three zero MTPA clinkerisation unit and a two point five zero MTPA cement grinding unit, with an additional one point zero zero MTPA grinding unit under construction. The facility has been positioned to serve the high-growth markets of Rajasthan, Haryana, Punjab and the National Capital Region. The plant is intended to support construction and infrastructure demand across these nearby states.

The Nagaur unit was funded through a strategic mix of equity and long-term debt, with 8,000 mn from the fresh issue proceeds of the initial public offering (IPO) allocated specifically towards part-financing of the unit. Company executives indicated that the project was completed within 21 months and that the expansion advances the company towards its mid-term capacity target of 41.85 MTPA and its long-term vision of 60 MTPA. The commissioning was cited as an example of the company’s project execution capabilities.

The plant has been designed as a model of sustainable manufacturing and includes provisions for the co-processing of alternative fuels in the kiln to reduce fossil fuel use. The site features a seven km long overland belt conveyor to transport limestone from the mines, reducing road transport, and will soon include a 16 megawatt (MW) Waste Heat Recovery System to capture and reuse process heat, significantly lowering its carbon footprint. These measures are intended to reduce the environmental impact of transport and to lower the carbon intensity of cement production.

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Concrete

JSW Cement Starts Production At Nagaur Plant In North India

Greenfield integrated plant expands northern footprint

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JSW Cement, one of India’s green cement producers, has commenced production at a greenfield integrated plant in Nagaur, Rajasthan, marking the company’s first such facility in north India. The commissioning expands the company’s national footprint and takes total cement grinding capacity to 24.1 mn t per annum and total clinker manufacturing capacity, including a joint venture component, to nine point seven four mn t per annum. The move positions the firm to serve high-growth markets across the region. Management said the project is a strategic step towards a pan-India presence.

The Nagaur plant is equipped with a three point three mn t clinkerisation unit and a two point five mn t cement grinding unit, with an additional one mn t cement grinding unit under construction. The facility is strategically located to cater to demand in Rajasthan, Haryana, Punjab and the National Capital Region. An overland belt conveyor will move limestone and reduce reliance on road transport. Project execution was completed within 21 months, underlining the firm’s construction capabilities.

The investment for the Nagaur unit was financed through a mix of equity and long-term debt and the company allocated Rs eight bn from fresh issue proceeds of its IPO towards part financing of the project. The expansion advances progress towards a mid-term capacity target of 41.85 mn t and a long-term vision of reaching 60 mn t capacity. The commencement of operations in the north is expected to support infrastructure growth and provide customers with high-quality, eco-friendly cement while maintaining sustainability credentials.

The plant has sustainability features including provisions for co-processing of alternative fuels in the kiln and a seven km overland belt conveyor to cut the environmental impact of road transport. The facility will include a 16 MW Waste Heat Recovery System to capture and reuse heat from production and reduce carbon emissions. The operation supports the company’s ambition to be among the world’s most sustainable cement producers.

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Concrete

JSW Cement Forays Into North India With Nagaur Plant

Nagaur plant raises grinding capacity to 24.1 million tonnes per annum

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JSW Cement has commenced production at a greenfield integrated cement plant in Nagaur, Rajasthan, marking its first integrated facility in north India and extending the JSW Group’s national presence. The Nagaur unit will serve high-growth markets in Rajasthan, Haryana, Punjab and the National Capital Region. The company presented the commissioning as a key step in its pan-India expansion.

The commencement increases the company’s total cement grinding capacity to 24.1 million tonnes per annum (mn tpa) and brings total clinker manufacturing capacity, including the capacity at its joint venture JSW Cement FZC, to nine point seven four million tonnes per annum (mn tpa). The firm described these additions as strengthening its supply chain and regional reach. The Nagaur site is positioned strategically to reduce logistics for northern markets.

The Nagaur integrated plant comprises a three point three mn tpa clinkerisation unit and a two point five mn tpa cement grinding unit, with an additional one mn tpa grinding unit under construction. The facility was completed within 21 months, demonstrating the company’s project execution capabilities. Management indicated the combined configuration will improve service levels and product availability across target states.

The plant was funded through a mix of equity and long-term debt and the company allocated eight billion (bn) Rs from the fresh issue proceeds of its initial public offering to part-finance the unit. The financing was presented as part of a broader capital plan to support capacity additions and operational enhancements. The firm said the investment aligns with its mid-term growth objectives.

The site is designed with sustainability measures including provision for co-processing alternative fuels, a seven kilometre overland belt conveyor to move limestone from nearby mines and a forthcoming 16 megawatt (MW) Waste Heat Recovery System to recycle process heat and lower emissions. The company reported the expansion brings it closer to its mid-term capacity target of 41.85 mn tpa and to a longer term ambition of 60 mn tpa.

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