Business Details
29 Years
experience
Emergency
services
Custom Engineering Solutions for Harsh Environments
Founded in 1997, Caldera Engineering has established itself as a leader in providing technical solutions for demanding industrial environments. Our expertise lies in addressing the challenges of high-pressure acid leach and pressure oxidation processes in hydrometallurgy plants. Through a combination of on-site experience, proprietary flow modeling programs, and collaborative customer relationships, we engineer customized solutions tailored to extreme process conditions. Our ISO 9001-certified quality management system ensures precision in manufacturing components like ceramic-trimmed valves and oxygen spargers.With facilities in Provo, Utah, and Western Australia, we deliver global support for operational challenges, including emergency response services. Our team of engineers leverages over 25 years of experience to improve production efficiency and reduce unscheduled downtime. By prioritizing direct access to technical experts and no-charge site visits, we ensure clients receive actionable solutions promptly. Our commitment to innovation and field-proven research has solidified our reputation as a trusted partner in harsh-environment engineering.
Services
High-Pressure Acid Leach Systems
Pressure Oxidation Solutions
Ceramic-trimmed Valves
Oxygen Spargers
Finite Element Analysis
CFD Modeling
Failure Analysis
On-site Support
Emergency Repairs
Custom Component Manufacturing
Details
- Year established: 1997
Highlights and features
- We offer over 25 years of experience in harsh-environment engineering.
- Our ISO 9001-certified processes ensure manufacturing precision.
- We provide 24/7 emergency site response services.
- Direct access to engineering teams eliminates communication delays.
- Proprietary flow modeling enhances product performance.
Associations and certifications
- ISO 9001
Services
High-Pressure Acid Leach Systems
Our high-pressure acid leach systems are engineered to withstand corrosive environments in hydrometallurgy. By analyzing ceramic properties and fluid dynamics, we design components that reduce maintenance costs and extend equipment life. Clients benefit from fewer unscheduled shutdowns and improved production efficiency.
Ceramic-trimmed Valves
Ceramic-trimmed valves are manufactured to resist erosion in extreme conditions. Using finite element analysis, we optimize valve designs for durability. These valves minimize failure rates, ensuring consistent performance in high-pressure applications like oxygen isolation and pressure letdown systems.
Finite Element Analysis
Our finite element analysis services simulate stress and thermal conditions to predict equipment performance. This allows us to refine designs before manufacturing, reducing the risk of field failures. Clients receive data-driven solutions tailored to their specific operational challenges.
On-site Support
Caldera provides direct on-site support for troubleshooting and emergency repairs. Engineers travel to client locations at no additional cost, offering real-time problem-solving. This hands-on approach ensures rapid resolution of critical production issues.
CFD Modeling
Computational fluid dynamics (CFD) modeling helps optimize fluid flow in pressure letdown systems. By validating models against real-world data, we enhance equipment efficiency. Clients gain insights into process variables to improve system reliability and safety.
Questions
What industries does Caldera Engineering serve?
We specialize in hydrometallurgy, particularly high-pressure acid leach and pressure oxidation processes for mineral processing plants.
Do you offer emergency support for equipment failures?
Yes, our team provides rapid-response emergency services with no-charge site visits to resolve critical issues.
Are your products ISO 9001 certified?
Yes, our manufacturing processes adhere to ISO 9001 quality management standards for precision and reliability.
How do you handle custom engineering requests?
We collaborate directly with clients to design solutions using proprietary modeling and on-site failure analysis data.
Where are your manufacturing facilities located?
Our primary facilities are in Provo, Utah, and Wangara, Western Australia, supporting global installations.
