Lower environmental impact
Quality improvements
Increased uptime
Greater productivity
Energy efficiency
Digital tools. Data-led decisions. Sustainable productivity. Industry 4.0 presents an incredible opportunity to power-up your productivity while reducing your environmental impact. With the right digital solutions, you can optimize machine performance, reduce energy consumption, and avoid unexpected downtime. It’s smart. It’s sustainable. And it's available. But yet, very few producers are reaping the full benefits. Why??
It is not easy to roll out Industry 4.0 unless a plant has implemented 3.0 in a way that provides a solid foundation. Successful digital adoption requires more than just technology. Challenges include ensuring data quality at scale - where physical measurement is challenged and/or the feedback is delayed - establishing secure plant-to-cloud connectivity, overcoming vendor lock-ins and, more generally, organizational readiness.
That's where Fuller excels. With over five decades of automation expertise, we have the complete digital solution ecosystem and the experience to help you navigate the best path forward for your plant.
Why is it that so many plants are lagging on the adoption of smart technologies given the benefits of Industry 4.0 solutions? That’s why: most plants struggle with complex (and fragmented) data systems, inadequate cybersecurity, proprietary technology limitations, and the right prioritization. Seamless digital integration needs sophisticated solutions that address both operational and information technology domains simultaneously.
Digital transformation for Fuller means establishing structured, high-resolution data foundations with proper metadata management, secure bidirectional connectivity for cloud-based AI algorithms, and open standards that eliminate vendor lock-in while enabling continuous innovation and control.
It also means offering subscription-based service models that keep your systems continuously updated—whether you’re implementing basic process control or advancing toward plant-wide AI optimization with self-adaptive controllers.
Whatever your digital maturity level, we’re enabling your transformation journey, ensuring that from sensor data to strategic decisions, every aspect of your digital infrastructure operates seamlessly and delivers sustained competitive advantage.
Process Optimisation
Our ECS/ProcessExpert (PXP) delivers breakthrough performance through a self-adaptive controller that continuously learns and optimizes your process dynamics. The result? Up to 7% increase in production, up to 7% reduction in fuel/energy consumption, and up to 2% reduction in CO2 emissions.
Our intelligent solution handles complex process scenarios with a single adaptive engine, delivering unparalleled process stability, optimized productivity, and more effective management of disruption. Designed specifically for the cement industry by cement process experts, PXP is the next generation of advanced process control.
Process control
ECS/ControlCenter is the digital heart of your cement plant—an advanced, reliable, adaptable automation platform that controls everything from machinery to full processes. Hardware agnostic with state-of-the-art cybersecurity, it ensures equipment runs consistently at optimal conditions while reducing operator error and minimizing unplanned downtime.
Built on cement-specific ACESYS libraries, the system features a full data historian with real-time diagnostics that provides reliable data infrastructure essential for AI-driven optimization. This proven digital foundation powers Industry 4.0 capabilities while bringing expert support directly to your control room.
Gas analysis
Gas analysis data powers intelligent process control and emissions management across your cement operation. Our advanced gas analyzers deliver precise measurements of oxygen, CO₂, and emissions that feed directly into optimization algorithms, enabling real-time process adjustments and maximizing the use of alternative fuels.
Essential for powering our AI soft sensor capabilities and verifying prediction accuracy, our monitoring solutions ensure stable flue gas composition, which is crucial for carbon capture readiness and environmental compliance. Gas analysis provides the continuous data needed to achieve energy efficiency targets, emission reductions, and sustainable production goals.
Sampling, preparation & analysis
Our suite of QCX® Solutions span automated sampling, laboratory robotics, and intelligent blend control. Our integrated LIMS platform captures critical metadata for AI algorithm training, enabling clinker factor reduction and sustainable cement formulations with calcined clay and alternative materials.
From QCX®/AutoSampling through QCX®/RoboLab to advanced XRD analysis, our solutions bridge manual and automated operations. This quality intelligence foundation empowers predictive algorithms while achieving environmental targets without compromising operational excellence.
Advanced Sensors
Real-time physical measurement where it matters most. Our ECS/CemScanner™ monitors kiln shell conditions continuously, while systems like the QCX® CUBE X10 delivers online elemental analysis without lab delays. Together with our gas analysis portfolio, IoT and these instruments provide the high-frequency data foundation that powers advanced process control and AI-driven optimization.
AI Soft Sensors
Where it is challenging to obtain a physical measurement of a parameter or where the results are delayed, deep learning fills the gap. Delivered by Fuller, powered by Imubit, AI-powered soft sensors use existing plant data to predict free lime content, Blaine fineness, and kiln inlet O₂ in real time - that can be fed directly into ECS/ProcessExpert® (PXP) to eliminate blind spots and optimize with greater precision.
Our digital solutions are designed to work together seamlessly for full-flowsheet optimization, creating a unified ecosystem of data-driven intelligence. While each technology delivers measurable performance gains independently, the transformative value emerges when AI-powered process control, real-time condition monitoring, cloud-based analytics, and our experts work together. That's why we work closely with customers to understand how and in what combination our digital solutions can deliver the best results for them.
Sampling (8)
PXP Application (8)
1 | Waste Sourcing
Waste sourcing sampling verifies chemical and physical properties of alternative fuels/raw materials before acceptance. QCX/AutoSampling™ and Material Testing Services ensure quality data, supporting sustainable sourcing and reducing environmental risks.
Quality verification enables up to 10% higher alternative fuel use downstream by providing precise material characterization data that informs pyro process optimization strategies.
2 | Waste Preparation
Waste preparation sampling checks grindability and reactivity post-processing. QCX/RoboLab® automates analysis, ensuring prepared materials meet specifications for efficient pyro integration and lower emissions.
Automated preparation systems optimize shredding, sorting, and sizing operations, delivering enhanced material quality and reduced energy consumption while ensuring consistent alternative fuel specifications.
3 | Material Handling and Storage
Material storage sampling monitors quality evolution during extended storage periods. QCX/AutoSampling™ tracks chemistry changes while OCMS provides condition monitoring for conveyors, reclaimers, and storage equipment.
PXP raw mill grinding module optimizes mill operations, leveraging stable, well-homogenized feed from stockpile management to maximize grinding efficiency and ensure optimal raw meal quality for the kiln.
4 | Dosing
Post-dosing raw mix sampling confirms blend ratios and proportioning accuracy. QCX/AutoSampling™ and BlendExpert™ with CUBE X10 provide real-time verification, enabling precise dosing for optimal raw mix composition.
BlendExpert™ optimizes dosing while PXP integrates upstream data for downstream control, supporting energy savings and emissions reduction through accurate material feed management.
5 | Pyro Processing
Hot meal, clinker, and gas sampling monitor calcination efficiency and fuel quality. QCX/AutoSampling™ with KilnLoq and RoboLab® deliver precise data, enabling higher alternative fuel substitution and carbon capture readiness.
PXP self-adaptive controls optimize kiln/calciner operations, delivering production and energy improvements, increased alternative-fuel utilization, and enhanced stability for sustainable pyroprocessing. The enhanced fuel distribution app actively maximizes AF use across multiple fuel streams with real-time emission monitoring. Integrated kiln bypass control optimizes bypass percentage based on hot-meal chloride results. AI-powered soft sensors provide continuous predictions of clinker and cement quality, as well as kiln exit gas analysis, thereby improving quality consistency and energy efficiency.
6 | Clinker Cooler
Cooled clinker sampling verifies final quality and cooling efficiency. QCX/AutoSampling™ PSC series delivers accurate thermal and chemical data, enabling heat recovery optimization and reduced energy loss.
PXP cooler control integrates with kiln operations for optimal airflow management, improving clinker quality consistency and extending equipment life through stable thermal profiles.
7 | Process and Quality Control
Cement grinding, silo blending, and dispatch sampling verify final product specifications. QCX/AutoSampling™ with BlendExpert™ and RoboLab® automate XRF/XRD analysis, ensuring cement quality and optimal additive proportioning.
PXP grinding optimization boosts mill throughput while reducing quality variation by 40%. AI-predicted Blaine fineness provides continuous real-time insight, helping eliminate energy waste from over-grinding and quality risks from under-grinding. BlendExpert™ manages final cement blending with gypsum and additives for consistent, specification-compliant production.
8 | Cloud & Remote
Enterprise-wide sampling data aggregation with structured metadata enables AI-ready quality intelligence. QCX/Manager LIMS provides multi-plant quality tracking and automated sustainability reporting across operations.
PXP Insights cloud platform benchmarks performance across sites, quantifies CO₂ savings enterprise-wide, and delivers 24/7 remote optimization support, achieving up to 15% efficiency gains through expert intervention.
1 | Waste Sourcing
Waste sourcing sampling verifies chemical and physical properties of alternative fuels/raw materials before acceptance. QCX/AutoSampling™ and Material Testing Services ensure quality data, supporting sustainable sourcing and reducing environmental risks.
Quality verification enables up to 10% higher alternative fuel use downstream by providing precise material characterization data that informs pyro process optimization strategies.
2 | Waste Preparation
Waste preparation sampling checks grindability and reactivity post-processing. QCX/RoboLab® automates analysis, ensuring prepared materials meet specifications for efficient pyro integration and lower emissions.
Automated preparation systems optimize shredding, sorting, and sizing operations, delivering enhanced material quality and reduced energy consumption while ensuring consistent alternative fuel specifications.
3 | Material Handling and Storage
Material storage sampling monitors quality evolution during extended storage periods. QCX/AutoSampling™ tracks chemistry changes while OCMS provides condition monitoring for conveyors, reclaimers, and storage equipment.
PXP raw mill grinding module optimizes mill operations, leveraging stable, well-homogenized feed from stockpile management to maximize grinding efficiency and ensure optimal raw meal quality for the kiln.
4 | Dosing
Post-dosing raw mix sampling confirms blend ratios and proportioning accuracy. QCX/AutoSampling™ and BlendExpert™ with CUBE X10 provide real-time verification, enabling precise dosing for optimal raw mix composition.
BlendExpert™ optimizes dosing while PXP integrates upstream data for downstream control, supporting energy savings and emissions reduction through accurate material feed management.
5 | Pyro Processing
Hot meal, clinker, and gas sampling monitor calcination efficiency and fuel quality. QCX/AutoSampling™ with KilnLoq and RoboLab® deliver precise data, enabling higher alternative fuel substitution and carbon capture readiness.
PXP self-adaptive controls optimize kiln/calciner operations, delivering production and energy improvements, increased alternative-fuel utilization, and enhanced stability for sustainable pyroprocessing. The enhanced fuel distribution app actively maximizes AF use across multiple fuel streams with real-time emission monitoring. Integrated kiln bypass control optimizes bypass percentage based on hot-meal chloride results. AI-powered soft sensors provide continuous predictions of clinker and cement quality, as well as kiln exit gas analysis, thereby improving quality consistency and energy efficiency.
6 | Clinker Cooler
Cooled clinker sampling verifies final quality and cooling efficiency. QCX/AutoSampling™ PSC series delivers accurate thermal and chemical data, enabling heat recovery optimization and reduced energy loss.
PXP cooler control integrates with kiln operations for optimal airflow management, improving clinker quality consistency and extending equipment life through stable thermal profiles.
7 | Process and Quality Control
Cement grinding, silo blending, and dispatch sampling verify final product specifications. QCX/AutoSampling™ with BlendExpert™ and RoboLab® automate XRF/XRD analysis, ensuring cement quality and optimal additive proportioning.
PXP grinding optimization boosts mill throughput while reducing quality variation by 40%. AI-predicted Blaine fineness provides continuous real-time insight, helping eliminate energy waste from over-grinding and quality risks from under-grinding. BlendExpert™ manages final cement blending with gypsum and additives for consistent, specification-compliant production.
8 | Cloud & Remote
Enterprise-wide sampling data aggregation with structured metadata enables AI-ready quality intelligence. QCX/Manager LIMS provides multi-plant quality tracking and automated sustainability reporting across operations.
PXP Insights cloud platform benchmarks performance across sites, quantifies CO₂ savings enterprise-wide, and delivers 24/7 remote optimization support, achieving up to 15% efficiency gains through expert intervention.
In today’s fast-moving industry environment, owning static software is no longer enough. With increasing pressure to optimise production, reduce downtime and adopt innovation faster, cement producers need solutions that evolve with their operations - not fall behind them. That’s why we’ve moved from one-time software licenses to ongoing, service-based agreements.
Rather than purchasing software as a fixed asset, you now gain access to an always-current optimisation service. This includes the software itself, but also remote monitoring, continuous updates, cybersecurity, lifecycle support and expert assistance - all designed to keep your plant performing at its best, every day.
Through PlantLine™ Service Agreements, we turn traditional ownership into continuous performance. Software becomes part of a proactive, connected service model that ensures technology stays aligned with plant needs - and never becomes a bottleneck. It’s not just a shift in licensing. It’s a smarter way to deliver value.
The future of cement production is digital – and it’s available today. With our proven automation technologies, comprehensive digital services, and global expertise, you can unlock competitive advantages in productivity, sustainability, and cost savings. Don’t wait for tomorrow’s challenges. Start your digital maturity assessment now and discover how our Industry 4.0 solutions can transform your operations.
Digital performance starts with the right skills. The Fuller Institute offers a dedicated portfolio of automation training – from control systems and process optimization to data-driven decision-making.
Our courses are designed to meet you where you are: online, on-site or at one of our training centers. Whether you’re a control room operator or a process engineer, you’ll benefit from practical insights, hands-on sessions, and direct access to Fuller experts.
New Partnership with Imubit advances AI-driven Process Optimisation in Cement Manufacturing
Imubit’s advanced AI-powered soft sensors will complement Fuller’s industry-leading ECS/ProcessExpert® (PXP) advanced process control system, delivering enhanced real-time optimisation
TESTIMONIAL: ECS/ProcessExpert® at Chinfon Cement
We are proud to share a testimonial from Chinfon Cement regarding their positive experience ECS/ProcessExpert 9 advanced process control software.
ECS/ProcessExpert v9.1 (PXP) increases productivity at GCC Chihuahua
Results of a pyroprocess application of ECS/ ProcessExpert® (PXP) solution
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Extending real-time optimization in cement production - presentation by Dinesh Sampath
In this Cemtech Live session, Dinesh Sampath presents the latest developments in ECS/ProcessExpert® - from the self-adaptive controller delivering stronger, more resilient optimization performance across global installations, to a new partnership with Imubit bringing AI-based soft sensors into the optimization loop. See how these advances are helping plants respond to process variability and close critical data gaps - for higher utilization, greater stability, and improved energy efficiency.
Early installation of ECS/ProcessExpert® V9.1 (PXP) delivers benefits
Officially launched in July 2024, the latest update to our ECS/ProcessExpert (PXP) advanced process control solution brings together cutting-edge technologies to deliver real-world results. Early adopter CEMEX is already reaping the benefits.
Premier Cement sets solid foundation for digitalization with ECS/ControlCenter v8
Do you worry about your plant reliability? Sustainability? Cybersecurity? Finding skilled operators? With our latest ECS/ControlCenter v8 process control software platform, you don’t have to. As a cement producer in Bangladesh, Premier Cement, is finding out.
Modernizing Water Treatment: How SPCC's Bisha plant Seamlessly Upgraded Automation with our ECS/ControlCenter™
Outdated control systems can significantly slow down operations, drive up costs, and lead to unexpected shutdowns. This was exactly the challenge facing SPCC (Southern Province Cement Company) Bisha's water treatment plant. Their aging automation system had become increasingly difficult to maintain, plagued by obsolete components and dwindling technical support. The urgent need for a reliable, fast upgrade became undeniable.
So good, it sold itself: installing ECS/ControlCenter on second line at Arghakhanchi Cement
After implementing its second production line with the latest ECS/ControlCenter software, Arghakhanchi Cement knew what benefits a state-of-the-art plant control system could bring. It also showed up the obsolete and fault-prone software used on its older production line. So much so, that the company decided it needed an upgrade.
Boosting Uptime, Efficiency and Cyber Resilience with Our ECS/ControlCenter™ v9 Advanced Automation Solution
The Karbala Cement plant in Iraq faced operational challenges due to an outdated control system that resulted in frequent unplanned shutdowns and a dependence on specialised technicians. Addressing these issues, the plant partnered with Fuller to implement our ECS/ControlCenter™ v9, automation platform, improving reliability and efficiency, eliminating unplanned downtime, fortifying the plant's security, and laying the foundation for sustainable growth.
Future-Proofing Cement Operations: Ramco Cement’s Seamless Automation Upgrade with ECS/ControlCenter™ 9
In today’s fast-evolving industrial landscape, legacy systems can become a bottleneck to efficiency and reliability. This was the case for Ramco Cement’s grinding unit at Mathodu, where aging automation technology posed increasing risks to productivity and operational continuity.
Remote commissioning finally enables ECS/ControlCenter™ implementation at Messebo Cement after a seven-year delay
In 2018, we delivered a modern ECS/ControlCenter™ automation solution to upgrade a manually operated system at Messebo Cement in Ethiopia. However, civil unrest delayed system commissioning, putting the project on hold until the plant contacted us again in 2024.
Les Ciments du Sahel (CDS) - Kirene, Chinese EPC Supplier, and Fuller Redefine Cement Production with ECS/ControlCenter™ solution
In Senegal’s competitive cement market, CDS Kirene Cement needed a breakthrough. Their solution came through a strategic partnership with Chinese EPC Supplier and Fuller to deploy ECS/ControlCenter — the most advanced automation platform in cement manufacturing. The result is a fully unified, cyber-secure production facility that sets a new benchmark for efficiency, scalability, and innovation.
ECS/ProcessExpert® (PXP) powered by AI-driven insights. Unprecedented precision, greater quality consistency, improved energy efficiency, and enhanced sustainability outcomes.
03.09.2026 |
1.34 MB |
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REPRINT from Cement Optimized magazine, MARCH/APRIL 2026. AI and predictive modeling tools that compress cement blend validation from weeks to hours have the potential to accelerate the adoption of novel Supplementary Cementitious Materials while maintaining rigorous performance standards
22.04.2026 |
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Letter of appreciation and gratitude for the support and technical expertise demonstrated during the commissioning of ECS/ProcessExpert® advanced process control software at the Chinfon Cement Plant in Vietnam.
11.06.2025 |
581.75 KB |
English
Anders Noe Dam, FLSmidth Cement, explores why the cement sector lags in embracing Industry 4.0 technologies and highlights key opportunities to accelerate the digital transformation of cement plants.
18.12.2025 |
2.53 MB |
English
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