Designing intelligent,
autonomous and
sustainable plants
Scaling the plant lifecycle across design, performance, productivity, safety, and compliance
Delivering intelligent plant engineering requires more than technology alone. It requires the ability to combine deep domain knowledge, engineering expertise, and AI in ways that are relevant to the realities of each asset, operation, and environment. Through our operating system, Embracing Intelligence, we bring together domain knowledge, human expertise and judgement, and AI applied in context to help customers navigate evolving project demands, sustainability objectives, and regulatory requirements while improving outcomes across the plant lifecycle.
Backed by more than three decades of multidisciplinary engineering experience, over 3.5 million engineering hours delivered, and 50+ sustainability projects completed, our global engineering teams combine local expertise with lifecycle thinking to help customers design, build, operate, and optimize complex industrial assets with greater efficiency, resilience, and performance.
Our GenAI-powered Plant Advisor and 3D Encore digital twin platform extend this capability by applying intelligence where it delivers the greatest value, enabling real-time visibility, predictive maintenance, faster decision-making, and optimized operations across the lifecycle of a plant.
Next-gen solutions to modernize plants end-to-end
- Design for lifecycle
- Supply chain management
- Commissioning support
- Operations and maintenance
- Digital twin
- Digital thread
- Industry 4.0
- Plant advisor
- AI for plant engineering
- Autonomous plant
- Decarbonization
- Carbon capture and storage
- Engineer CoE for GenAI
- 20+ GenAI accelerators and solutions
- AI advisor platforms
Delivering sustainable plant engineering across 8 sectors
Carbon capture and storage
We have nearly a decade of experience in Carbon Capture and Storage (CCS) projects. We offer feasibility studies encompassing carbon price sensitivity analysis relative to market conditions along with detailed engineering services.
Power generation equipment
We collaborate with power plant owners, power generation OEMs, and EPCs to help them improve operations, equipment performance, and asset utilization. We offer automation, remote monitoring, and predictive analytics solutions to address problems around performance, reliability, and safety.
Nuclear power plants
We stand at the fore front of solving advanced engineering challenges and enabling sustainable energy solutions, with expertise in product and plant engineering, technical documentation, and digital twin models.
Oil & gas, LNG
We have done many projects in floating production systems (FPSOs) and floating storage and regasification units (FSRUs). We are well-equipped to support the industry's shift toward automated and environmentally sustainable solutions with services tailored to the entire process production lifecycle, particularly Topsides.
Hydrogen & its derivatives & alternate fuels
We have experience across a wide range of hydrogen projects, from early-phase studies to comprehensive detail engineering work makes us an expert at seamlessly integrating systems and equipment into energy-efficient processes, ensuring cost-effective layouts within safe plant environments.
Waste to energy, biofuels, and process plants
We provide consulting, multi-disciplinary engineering, and technical information services for waste-to-energy plants, biofuel plant and other processing plants. Leveraging our knowledge of digital services and extensive experience in the green transition, we can meet the evolving demands of our clients.
Mining
We design mining infrastructure and equipment that prioritize safety, reliability, and sustainability, ensuring peak operational performance. Our multidisciplinary plant engineers support every phase of the project lifecycle. By focusing on sustainability and utilizing advanced engineering tools, Cyient provides durable, future-ready solutions that meet industry standards and sustainability objectives.
Utilities
We drive operational efficiency and resilience for electric, gas, water and waste water utilities. Our solutions are crafted to improve performance, manage assets and are aligned with industry standards, helping utilities deliver consistent, high-quality services to their communities.
Leverage intelligent engineering for autonomous and sustainable plants
Plant digital twin
Digital twin technology facilitates comprehensive asset health monitoring and delivers deeper analytical insights by leveraging thermodynamic, mathematical, and physics-based models. By integrating these models with real-time and historical data from existing sensors, we improve the entire life cycle of industrial assets from the design to commissioning phases and continue into operations.
Enhances operator training through virtual experience.
Simulates operations before deployment to avoid hazards and ensure human safety during operations.
Improves efficiency of the maintenance team by enabling diagnosis support using AR experience.
Additionally, our 3D Encore platform offers advanced scanning and measurement features, enabling users to access and visualize their plant environments anytime, anywhere. It provides panoramic views essential for thorough inspection and effective project planning. The detailed 3D scanning capability supports seamless reverse engineering, the development of precise 3D models, and improved Product Lifecycle Management (PLM).
Strong society impact through association with industry bodies
Edge AI: Revolutionizing industrial automation in manufacturing, automotive, and plant operations
Digital twin platform- delivering solutions for utilities
Cyient partners with business Finland on emerging technologies and sustainability
Cyient is a member of Ocean Hyway Cluster, Norway's leading network for maritime hydrogen
Cyient is named a leading partner of Hydrogen Cluster Finland
In the spotlight
Saved hundreds of millions of garments from annual landfill and incineration
Conducted a pre-study with project management, process design, and layout for a textile-to-textile recycling company with a 60,000 ton/year capacity.
Multi-disciplinary engineering and 3D model management for an import terminal
Enabled QA, interface management, firefighting system design, civil structures, and more for an LNG import terminal with a 50,000 m3 tank.
Installed the world's largest cement Vertical Roller Mill (VRM)
Designed, developed, and engineered a VRM with 640 tph capacity and 3800 Blaine fineness with built drawings of cement mill feed house, heavy hoppers, and dynamic foundation.
Delivered civil, structural, and architectural designs for a multinational Russian chemical company
Built a volume of 134 000 m3 with architectural detailed design, concept design alignment, and HVAC engineering design for 1.5 million tonnes production/year.
Drove decarbonization with Wärtsilä's sustainable technology Hub (STH) in Finland
Enabled a state-of-the-art center to accelerate decarbonizing the Marine and Energy sectors, fostering innovation, and piloting clean technologies to meet future sustainability goals.