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Digital Twins for EPC Players
Digital twins revolutionize EPC by creating virtual models of assets, enhancing monitoring, collaboration, and decision-making for efficient project delivery.
AI in EPC Industry
AI predicts, optimizes, and accelerates EPC projects through data-driven insights, improving resource allocation, risk management, and innovation.
MISSION: Elevating Performance and Efficiency in EPC Projects.
Blockchain Transforming EPC
Blockchain ensures transparency and reliability in EPC by securely tracing materials, streamlining procurement, and fostering trust among stakeholders.
AR and VR Reshaping EPC
AR and VR redefine EPC with immersive simulations, enabling remote site inspection, design validation, and seamless communication for accurate and efficient project realization.
ISO 27001
ISO 9001
AI: AI can assist in project scheduling, risk assessment, and resource allocation, optimizing project timelines and budgets.
Blockchain: Blockchain can improve transparency and trust in project contracts and payments, reducing disputes.
Digital Twins: Digital twins enable real-time project monitoring, allowing project managers to make data-driven decisions.
AR/VR: AR/VR can facilitate virtual project walkthroughs and collaboration among project stakeholders, enhancing communication.
AI: AI-powered design tools can automate the creation of optimized structural designs.
Blockchain: Blockchain can securely manage and verify construction material certifications and supply chain transactions.
Digital Twins: Digital twins can simulate structural performance and predict maintenance needs.
AR/VR: AR can assist in visualizing complex civil engineering designs, while VR can aid in training and safety simulations.
AI: AI-driven predictive maintenance can optimize equipment performance and reduce downtime.
Blockchain: Blockchain can track the maintenance history and authenticity of equipment and parts.
Digital Twins: Digital twins can monitor the health and performance of machinery in real-time.
AR/VR: AR can provide technicians with real-time information during equipment maintenance, and VR can assist in equipment design and prototyping.
AI: AI can optimize power distribution and consumption, improving energy efficiency.
Blockchain: Blockchain can secure energy trading and billing in smart grids.
Digital Twins: Digital twins can monitor electrical system performance and identify faults.
AR/VR: AR can assist in the visualization of electrical systems, and VR can be used for training and safety simulations.
AI: AI can optimize and automate industrial processes, reducing waste and improving efficiency.
Blockchain: Blockchain can secure supply chain transactions for process chemicals and materials.
Digital Twins: Digital twins can simulate and analyze process operations for optimization.
AR/VR: AR can assist operators in monitoring and controlling industrial processes, while VR can be used for process training and troubleshooting.
AI: AI can enhance control system optimization and fault detection.
Blockchain: Blockchain can secure data communication within control systems.
Digital Twins: Digital twins can replicate and test control system behavior.
AR/VR: AR can provide real-time data overlays for control system operators, enhancing situational awareness.
AI: AI can analyze environmental data for better risk assessment and compliance monitoring.
Blockchain: Blockchain can ensure transparency in environmental impact assessments and reporting.
Digital Twins: Digital twins can simulate and predict environmental impacts.
AR/VR: AR/VR can help visualize and communicate environmental mitigation measures to stakeholders.
AI: AI can analyze geotechnical data for more accurate foundation design.
Blockchain: Blockchain can securely store and share geotechnical data.
Digital Twins: Digital twins can simulate soil behavior and foundation performance.
AR/VR: AR can assist in visualizing subsurface conditions, while VR can be used for geotechnical training simulations.
AI: AI can assist in quality inspection and defect detection using image recognition and data analysis.
Blockchain: Blockchain can store quality certificates and inspection records securely.
Digital Twins: Digital twins can simulate product quality and performance.
AR/VR: AR/VR can provide visual quality checklists and assist in inspections.
AI: AI can improve cost estimation accuracy by analyzing historical data and project variables.
Blockchain: Blockchain can secure cost data and financial transactions.
Digital Twins: Digital twins can help monitor project costs in real-time.
AR/VR: AR/VR can aid in cost visualization and project progress tracking.
AI: AI can assist architects in generating design options based on constraints and preferences.
Blockchain: Blockchain can secure design copyrights and intellectual property.
Digital Twins: Digital twins can visualize architectural designs in a virtual environment.
AR/VR: AR/VR can provide immersive architectural walkthroughs and design reviews.
AI: AI can analyze safety data to identify potential hazards and recommend safety measures.
Blockchain: Blockchain can securely store safety certifications and incident reports.
Digital Twins: Digital twins can simulate safety scenarios for training and evaluation.
AR/VR: AR/VR can provide safety training simulations and on-site hazard visualization.
Highlighted Projects
Elevating Rotterdam Refinery
Neste's Renewable Expansion Catalyst
Inaugurated in 2011, the Rotterdam refinery embarked on its sustainable odyssey, becoming a European pinnacle for renewable product production. Neste’s innovative stride carved a legacy, boasting Europe’s largest capacity of 1.4 million tons for renewable products. Now, with an ambitious EUR 1.9 billion investment, the Rotterdam refinery is poised for remarkable expansion.
Fueling this growth strategy, Neste aims to escalate renewable product capacity by 1.3 million tons annually. This leap propels total capacity to a staggering 2.7 million tons per annum, including a significant 1.2 million tons dedicated to sustainable aviation fuel (SAF). The focal point is the anticipated debut of the new production unit by H1 2026.
Strategically nestled within the Port of Rotterdam’s vibrant domain, the refinery’s symbiotic connection with the largest European port amplifies its impact. This collaboration resonates with Neste’s core, aligning with market focus, customer engagement, and neighboring chemical synergies.
As Neste redefines the renewable landscape, Rotterdam staAccordion Titlends as a beacon of transformative change, with Quasar serving as the steadfast partner in procurement and document control support.
Bapco Modernization Programme
Bahrain's Epic Transformation
Bapco’s Modernization Programme (BMP) marks a historic shift for Bahrain. This multi-billion dollar investment is Bapco’s largest ever in 90 years, a true catalyst for change. BMP aims to amplify refining capacity, diversify products, and enhance energy efficiency, driving competitiveness while aligning with Bahrain’s Vision 2030.
Refinery capacity soars 42%, reaching 380,000 bpd.
Resid Hydrockracking converts 78% of feedstock into valuable diesel and kerosene.
Energy Efficiency Index surges 28%, retiring older units and streamlining processes.
BMP’s success is incident-free operations, meeting cost and schedule targets, and seamless facility operation till the first Turnaround and Inspection event.
Bapco (Project Owner) and Worley (Project Management Consultant) lead the integrated project team. TTSJV, a joint venture of Technip FMC, Tecnicas Reunidas, and Samsung Engineering, oversees EPC.
BMP spans greenfield and brownfield sites, primed for transformative change.
Discover Something Fascinating? Experience the Demo!
Highlighted Services
AI-Powered EPC Projects
Your Pioneering Partner in AI-Driven EPC Projects
In the dynamic landscape of Engineering, Procurement, and Construction (EPC) projects, the integration of Artificial Intelligence (AI) has revolutionized the way we approach challenges and harness opportunities.
With over three decades of industry leadership, Quasar stands at the forefront of AI-driven EPC projects, leveraging cutting-edge technology to redefine project execution.
Our AI-driven solutions mine vast data streams to provide real-time insights, enabling informed decisions that optimize every facet of the project lifecycle.
Quasar employs AI-driven automation to streamline processes, enhance efficiency, and reduce manual intervention, resulting in smoother workflows and accelerated project timelines.
Anticipating challenges is the essence of successful project management. Our AI models analyze historical data to predict potential roadblocks and bottlenecks, allowing proactive problem-solving.
AI-driven algorithms enable precise resource allocation, from materials to manpower, ensuring optimal utilization and cost-effectiveness.
At Quasar, AI is not just a tool; it’s a collaborative partner. Our experts work in tandem with AI systems to leverage the best of both human insight and technological prowess.
Quasar’s impressive track record boasts AI-driven successes across diverse industries, setting benchmarks for project innovation.
EPC Procurement Support
Unlocking Seamless Procurement Support for Major EPC Projects
With an illustrious track record spanning three decades, Quasar has emerged as a trailblazer in providing top-tier procurement support for some of the most significant EPC projects across diverse industries. Our commitment to excellence and unwavering dedication has set us apart as a partner you can rely on.
EPC projects come with an array of complexities. Quasar’s seasoned experts possess the acumen to navigate intricate procurement landscapes, ensuring timely sourcing, competitive pricing, and quality assurance.
Our network spans the globe, allowing us to source materials and services from the best suppliers worldwide. Yet, we maintain a local touch, aligning procurement strategies with regional nuances and regulations.
We don’t just follow industry norms; we redefine them. Quasar’s forward-thinking approach brings innovation to procurement, optimizing processes and enhancing cost-efficiency.
At the heart of our ethos lies collaboration. We work as an extension of your team, aligning our efforts seamlessly with your project’s goals and vision.
Our procurement practices aren’t just about short-term gains. We prioritize sustainable sourcing, fostering positive environmental and social impacts throughout the supply chain.
Our impressive portfolio boasts a myriad of successfully executed EPC projects. From energy to infrastructure, our expertise knows no bounds.
Exciting Opportunities Await: Join Our Growing Team!
Guiding Excellence in EPC Projects
Responsible for overseeing the entire project, managing timelines, budgets, resources, and ensuring project goals are met.
Manages the procurement process, sourcing materials, equipment, and services required for the project.
Involved in technical aspects of the project, coordinating engineering activities, and ensuring design specifications are followed.
Oversees on-site construction activities, manages construction teams, and ensures work is executed according to plans and safety standards.
Monitors and manages project costs, prepares budgets, tracks expenses, and identifies cost-saving opportunities.
Creates project schedules, plans activities, allocates resources, and tracks progress to ensure timely completion.
Ensures project deliverables meet quality standards by implementing quality control processes and conducting inspections.
Focuses on maintaining a safe working environment, complying with regulations, and minimizing environmental impact.
Collaborates with teams to create and modify project designs, ensuring they align with client requirements and industry standards.
Manages contract negotiations, agreements, and subcontractors, ensuring legal and contractual obligations are met.
Works on-site, resolving technical issues, coordinating construction activities, and providing support to project teams.
Manages project documentation, ensuring proper organization, storage, and access for all stakeholders.
Navigating the Blockchain Revolution
Designs, develops, and implements blockchain solutions, smart contracts, and decentralized applications (DApps).
Works on the technical aspects of blockchain networks, optimizing consensus algorithms, network performance, and security.
Specializes in creating, testing, and deploying self-executing smart contracts that automate processes on blockchain platforms.
Focuses on ensuring the security of blockchain networks, identifying vulnerabilities, and implementing robust security measures.
Oversees the planning, execution, and delivery of blockchain projects, managing timelines, budgets, and resources.
Designs end-to-end solutions for specific business use cases, aligning technical and business aspects of blockchain implementation.
Digital Twins Unleashed
Responsible for creating and managing digital twin models that replicate physical assets or systems, optimizing performance and predictive.
Implements Internet of Things (IoT) devices and sensors to collect real-time data from physical assets, feeding into the digital twin model.
Develops simulation models to validate the accuracy of digital twins, allowing for predictive analysis and optimization.
Integrates digital twin data and models with existing enterprise systems, ensuring seamless flow of information.
Navigating Oracle's AI Frontier
Designs and implements AI solutions using Oracle technologies, working closely with clients to understand their needs and create effective solutions.
Develops and deploys machine learning models using Oracle AI platforms, optimizing algorithms and improving model performance.
Creates AI-powered applications and solutions using Oracle Cloud services, integrating AI capabilities into existing systems.
Oversees the development and lifecycle of AI products, collaborating with cross-functional teams to define product vision and strategy.
Focuses on developing NLP models and applications, enabling machines to understand and interact with human language.
Prepares and labels training data for AI models, helping to improve model accuracy and performance.
Elevating AR/VR Experiences
Designs and develops applications and experiences using AR and VR technologies, creating immersive and interactive content.
Creates user interfaces and experiences for AR and VR applications, focusing on intuitive navigation and engagement.
Generates 3D models, animations, and interactive content for AR and VR experiences, ensuring visual quality and realism.
Works on the technical aspects of AR and VR systems, optimizing performance, tracking, and rendering.
Designs user interactions, gestures, and behaviors in AR and VR environments, enhancing user engagement and usability.
Focuses on the hardware side of AR and VR, ensuring devices, sensors, and headsets deliver optimal experiences.
Sales Excellence
Engages with potential clients, presents products/services, and builds relationships to drive sales growth.
Manages client accounts, identifies opportunities for upselling and cross-selling, and ensures client satisfaction.
Identifies new business opportunities, establishes partnerships, and expands the company’s client base.
Focuses on maintaining and nurturing relationships with key clients, ensuring their needs are met and providing personalized solutions.
Focuses on selling solutions tailored to specific client needs, understanding their challenges and aligning solutions accordingly.
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