In the ever-evolving landscape of process design and
engineering, the integration of AI with established process models and engineering expertise
presents a transformative opportunity. The core mission of management remains steadfast:
increasing process throughput, enhancing quality, and reducing costs. Achieving these objectives
requires a nuanced understanding of how output variability can arise from fluctuations in input
materials and process conditions. By carefully analyzing the trade-offs between product
quantity, quality, and energy consumption, organizations can determine the optimal batch size
that maximizes efficiency while minimizing waste.
In today’s fast-paced environment, effective solutions must encompass several key features to be
truly impactful. They should leverage the underlying physical laws of the system to provide
explainable results, while also utilizing a variety of validated process data for accurate
predictions. Real-time insights with enterprise-wide access are essential, as is an app-like
user experience that minimizes the need for advanced technical knowledge. Intelimek’s Digital
Twin solutions exemplify this approach, delivering a comprehensive framework that meets the
demands of modern process engineering while enabling organizations to navigate complexity with
confidence.
Intelimek combines the laws of physics with advanced AI to provide explainable, validated results in process design. This integration enhances prediction accuracy and enables informed decision-making, optimizing efficiency and quality in dynamic environments.
Our solutions blend physics with AI for explainable and reliable outcomes. This combination boosts prediction accuracy and optimizes performance.
Intelimek delivers real-time data analysis across the enterprise. This enables teams to make swift, informed decisions, enhancing operational efficiency.
Our platform offers an app-like experience with minimal technical requirements. This accessibility allows teams to utilize powerful analytics easily, driving productivity.
Intelimek combines a team of experts with deep industry knowledge in steel, pharma, food, and healthcare. Our experience in developing and automating process models that integrate seamlessly with AI ensures tailored solutions for specific challenges.
With a proven track record of delivering effective results, we are a trusted partner for organizations seeking to optimize their processes. Our commitment to enhancing productivity makes us a credible choice for navigating complex environments.
Digital Twins enhance comprehension of physical system behaviours and offer optimization tools. While those derived solely from data are incomplete, incorporating real-world data introduces variability. Understanding the operational dynamics and responses of systems requires both physical principles and real-world data. A thorough Digital Twin merges these aspects, combining theoretical frameworks with actual system behaviours.
Inclusion of Physics of the System brings in the context to derive the insights about system response to the changing operating conditions. Intelimek brings in the expertise to develop process models using CAE & Scientific Computing techniques. The models are integrated into Digital Twin workflow seamlessly.
Actual system parameters are collected via sensors and IIOT platform. Data models are build based on the measured data. Actual parameters are used as inputs to the physics and data models for analysis and prediction of system performance.
AI is integrated with IIOT data as well as CAE & Scientific Computing techniques to develop the AI powered models. AI increases accuracy and speed of the response.
A Complete Digital Twin is the one that includes models based on the Physics of the System, Measured data and parameters, and enhanced with AI.
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat. reprehenderit in voluptate velit esse cillum dolore eu.
Read More