The Innovation Factory
The Innovation Factory is a spacious area of over 2,000 m² dedicated to the design, development, and implementation of our advanced industrial technologies and solutions. We bring together clients, people, and solutions in a space where the conception and development of the intelligent industry of the future—according to CADE—can be showcased and demonstrated.
Services
We deliver specialized solutions throughout the lifecycle of industrial and energy facilities, acting as Owner’s Engineering, technical consultants, and independent experts in complex projects.
Solutions
We drive innovative solutions aimed at optimizing processes, improving efficiency, and accelerating the transition to a more sustainable industry. From automation and digitalization to new energy and production approaches, our technologies are adapted to the real challenges of the sector to enhance competitiveness and reduce environmental impact.
SCWG technology enables the transformation of wet organic matter from various sources into renewable energy carriers through a clean and efficient thermochemical process. Its modular design and operational flexibility allow integration into different productive sectors that generate or handle this type of material.
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Smart and agile factories. ASF integrates robotics and digitalization to industrialize and transform industrial processes. Our vision of an agile, intelligent, and connected industry.
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SolidTES is a technology portfolio for storing energy from electrical or thermal sources for the storage and supply of industrial heat. Energy versatility for the industry of tomorrow.
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SimulTWIN is an advanced digital twin based on real-time simulation, specially developed for managing critical equipment in process industry plants. It optimizes processes through intelligent prediction, ensuring operational efficiency and reliability.
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SimulTWIN is an advanced digital twin based on real-time simulation, specially developed for managing critical equipment in process industry plants. It optimizes processes through intelligent prediction, ensuring operational efficiency and reliability.
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SimulTWIN is an advanced digital twin based on real-time simulation, specially developed for managing critical equipment in process industry plants. It optimizes processes through intelligent prediction, ensuring operational efficiency and reliability.
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From the lab to industry. TECHPlants is a portfolio of solutions and capabilities that enables the fast and safe scaling and industrialization of thermochemical processes. The bridge between R&D and real-world industrial implementation.
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HTF-Regen reduces operational losses caused by HTF degradation, improving safety and performance in concentrated solar power (CSP) plants.
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With over 20 years of experience and more than 2,000 projects executed, we have developed solid expertise across various industrial sectors. These projects embody our applied knowledge, with innovative engineering approaches and a cross-disciplinary vision that allow us to tackle complex technical challenges with effective, sustainable, and context-specific solutions.
Fatigue Analysis Of Process Equipment Using Finite Element Method
FATIGUE ANALYSIS OF PROCESS EQUIPMENT USING FINITE ELEMENT METHOD OBJECTIVE A significant supplier of process equipment and pressure vessels requested CADE’s services to perform design
Vibration Analysis on Process Units With Dynamic Equipment
Vibration Analysis on Process Units With Dynamic Equipment PROBLEM DEFINITION Industrial building structures in which dynamic process equipment is installed (Pumps, Compressors, Stirred Reactors /
Structural Analysis of Railway Rolling Stock Incorporating Suspension System
Structural Analysis of Railway Rolling Stock Incorporating Suspension System Advantages of incorporating the suspension system to finite element analysis CADE normally uses the Finite Element
Stress Intensity Factor (SIF) For Special Geometries in Piping Stress Analyisis
Stress Intensity Factor (SIF) For Special Geometries in Piping Stress Analyisis SIF according to ASME B31J for special geometries not covered in ASME B31.1 and
ROOT CAUSE ANALYSIS AND CORRECTIVE MEASURES OF DISSIMILAR WELD JOINT FAILURE IN A HIGH PRESSURE STEAM PIPE
Root Cause Analysis And Corrective Measures Of Dissimilar Weld Joint Failure In A High Pressure Steam Pipe PROBLEM DEFINITION During the operation of a petrochemical
FLUE GAS DUCTS AND STACKS. ADVISORY AND DESIGN
FLUE GAS DUCTS AND STACKS. ADVISORY AND DESIGN Industrial flue gas ducts and stacks are recurrent object of combined Computational Fluid Dynamic (CFD) and Finite
People, our most advanced technology
At CADE, we don’t believe in empty structures or soulless innovation. Everything we do is born from the talent, curiosity, and courage of our team. Every breakthrough has a name, a surname, and a restless mind behind it.
We don’t have employees — we have change-makers, people who don’t repeat what’s already written, but rewrite it.
Without their vision, there’s no innovation; without their commitment, there’s no impact. That’s why, at CADE, people are not a resource — they are the foundation of everything.
