Overview
This document provides an in-depth look at LIGHTNIN's approach to mixing technology, emphasizing the integration of knowledge, technology, and service to enhance mixing performance. It highlights the company's commitment to customer satisfaction through innovative solutions and comprehensive support services.
Knowledge
LIGHTNIN leverages a global network of engineers and a state-of-the-art technical center to deliver predictable mixing results. The company combines extensive experience in process, mixing, and impeller design to solve complex mixing challenges, optimize productivity, and minimize energy requirements. LIGHTNIN's proven scale-up techniques ensure optimal performance without extensive future modifications.
Technology
The document details LIGHTNIN's advanced impeller design capabilities, centered around its Rochester, NY-based Knowledge and Technology Center. The center features integrated Laser Doppler Velocimeter (LDV) and Computational Fluid Mixing (CFM) workstations, allowing for precise assessment of impeller designs. This technology reduces the time and cost of pilot scale experiments and full-scale trials, ensuring efficient and cost-effective impeller selection.
Service
LIGHTNIN offers comprehensive support services through its LIGHTNIN Process Equipment Services (LPES) organization. These services include installation, maintenance, and asset management programs, with a guarantee of results for a full year. The global network of service centers and local representatives ensures dependable support worldwide.
Impeller DesignsThe document describes various impeller designs tailored for specific applications:
- A400: For high viscosity applications, promoting surface renewal and heat transfer.
- A200: For low-to-medium viscosity applications, beneficial for fluid shear.
- A340: High efficiency hydrofoil for multi-phase mixing, enhancing process gains.
- A315: Axial flow impeller for gas/liquid applications, improving mass transfer and reducing energy costs.
- C110: For draft tube circulators, providing high flow with minimal power requirements.
- R400: For high viscosity applications, used for blending and heat transfer.
- R100: For high shear mixing and gas-liquid mass transfer systems.
- R320: Curved blade pumper for solvent extraction, optimizing head and flow.
- R500: For high shear applications, especially for difficult to disperse pigments.
- A510/A310: For low viscosity applications, reducing power requirements significantly.
- A312: Axial flow impeller for side entry applications, efficient in pulp, paper, and oil storage.
- A320: High flow impeller for higher viscosity and gas applications.
- A6000: For low viscosity applications, offering strength and corrosion resistance in hostile environments.
Conclusion
LIGHTNIN's diverse range of impeller designs ensures accurate and guaranteed process results for virtually any mixing application, supported by a robust framework of knowledge, technology, and service excellence.
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