Low carbon cementCement and its by-products are everywhere: shaping our roads, cities, dams, bridges, tunnels and skyscrapers. As the world’s most widely used construction materials, they are fundamental to modern infrastructure.
Today’s cement producers face significant and urgent challenges. They must not only optimize operational efficiency and reduce costs to stay competitive, but also accelerate the transition to more sustainable practices to minimize their environmental footprint.
Integrated solutions to modernize and decarbonize cement plants
Across Canada and globally, the cement industry has to rethink its manufacturing processes. The push is clear: modernize aging infrastructure, adopt sustainable technologies, and reduce emissions – without compromising reliability or profitability. Key challenges include partially substituting clinker, electrifying thermal processes, and cutting overall energy use.
With deep multidisciplinary expertise and a strong command of industrial processes, CIMA+ designs smart, sustainable solutions that drive decarbonization, boost efficiency, and support long-term performance.
Modernizing existing facilities
Most low-carbon cement projects today take place in active, operational environments. CIMA+ brings proven brownfield expertise to help integrate new systems and equipment without disrupting ongoing production. Using 3D modeling and BIM (building information modeling) tools, our teams precisely plan every connection and anticipate potential clashes — minimizing shutdowns, reducing costs, and accelerating commissioning timelines.
Cutting emissions at the source
CIMA+ helps clients reduce CO2 emissions by rethinking every stage of the process — from grinding and dedusting to alternative fuels and electrified strategies. We also support the implementation of carbon capture technologies and the recovery of industrial by-products for circular economy benefits.
Innovating for lower-carbon cement
Emerging materials such as LC3 cement (limestone calcined clay cement) and geopolymer concrete are paving the way towards greener cement production. CIMA+ works with clients to integrate these into existing lines through a fully integrated approach. Our goal: to help the industry transition toward low-carbon cement without sacrificing technical performance or profitability.
A comprehensive support for greener cement
You can count on our multidisciplinary specialists to meet your requirements and expectations. We offer a full range of engineering services to successfully deliver your project, from start to finish.
- Energy assessments and lifecycle analyses
- Feasibility and cost-benefit studies for decarbonization initiatives
- Selection of low-carbon technologies (LC3, geopolymers, alternative fuels)
- Integration studies for CO₂ capture processes
- Support with compliance, including environmental standards, codes, and regulations
- 3D modeling and integrated engineering in space-constrained environments
- Upgrades to grinding, kiln, filtration and material handling systems
- Full or partial electrification of plant operations
- Design of dust collection and industrial ventilation systems
- Infrastructure retrofits for alternative fuel use
- Multidisciplinary coordination and management of complex projects
- Optimization of planned outages and reduction of production downtime
- On-site technical support and workforce training
CIMA+ is a trusted engineering partner for the design, integration, and optimization of bulk material handling systems across the mining, cement, and heavy industrial sectors. From mine to port, our multidisciplinary teams support every stage of the material flow—from extraction and processing to transport, loading, and delivery.
We work on both greenfield projects and brownfield upgrades and expansions, always with a focus on performance, safety, and long-term maintainability—even in the most complex industrial environments.
Smart design for challenging operating environments
CIMA+ provides fully integrated engineering services for:
- Conveyor systems and transfer stations
- Silos, hoppers, chutes, and loading pockets
- Pneumatic and mechanical conveying systems (belt, air slide, dense phase, etc.)
- Material flow optimization and equipment layout planning
- Structural, mechanical, electrical, and control systems integration
- PLC programming, automation, and system interoperability
- Dust collection and emission control systems
Our designs ensure full compatibility between equipment, control systems, and existing infrastructure, even in space-constrained or aging facilities.
Responsive delivery in time-critical or live-operation settings
Our teams are known for delivering results in urgent or operationally sensitive environments. We regularly intervene during planned shutdowns or while facilities remain in operation to:
- Coordinate fast-tracked, multidisciplinary work scopes
- Sequence execution to reduce risk and maximize uptime
- Simulate system performance before commissioning
We also provide technical oversight of equipment suppliers—from writing specifications to validating equipment integration and performance on site.
Proven experience across a wide range of facilities
We bring real-world expertise to a variety of industrial settings:
- Underground and open-pit mines
- Mineral and ore processing plants
- Marine terminals (bulk, cement, clinker)
- Cement production and distribution facilities
- Truck and railcar loading/unloading systems
Contact our team!
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