V.I.R.A.L. Strategy

As the laboratory grows, LEE is becoming a dedicated incubator of new ideas that increasingly blur the lines between the chemical and electrical engineering worlds. LEE focuses on the research and development of novel materials and systems for more efficient electrochemical technologies in energy, health, and environmental applications. Hence, the scientists and engineers working in LEE are adept in chemical engineering, material science, electrochemistry, and catalysis.

The R&D activities in the lab follows the V.I.R.A.L strategy, Vertically-Integrated Research Approach in LEE, which combines theory (DFT, KMC, Multi-physics, Energy Systems Modelling) and experiments to study electrochemistry and catalysis from the atomic and molecular level to grid-scale systems.

Frequently Asked Questions

What is electrochemical engineering?

Electrochemical engineering focuses on energy conversion and storage systems using electrochemical processes.

How does LEE contribute?

LEE develops sustainable energy solutions and technologies for clean water production and environmental processes.

What are renewable energy sources?

Renewable energy sources include solar, wind, and bioenergy, which are harnessed for sustainable energy production.

What is energy storage?

Energy storage involves capturing energy for use at a later time, enhancing energy efficiency.

What is catalysis?

Catalysis accelerates chemical reactions, crucial for energy conversion and environmental technologies.

How can I collaborate?

You can collaborate by reaching out to LEE for research partnerships or projects in electrochemical engineering.

Location

The Laboratory of Electrochemical Engineering is located at the University of the Philippines Diliman, focusing on sustainable energy solutions.

Address

University of the Philippines Diliman

Hours

9 AM - 5 PM

Contact

Quezon City, Philippines

Hours

Monday to Friday

9 AM - 5 PM

Contact

Diliman, Quezon City