Energy | Industries | Biolin Scientific

Transforming energy solutions with Advanced Surface and Interface Analysis

Interfacial processes play key roles in the development of batteries and fuel cells in terms of product efficiency and safety.
At Biolin Scientific, we offer product solutions tailored for advanced analysis of thin film properties and surface and interface phenomena.

Application areas

Wettability of materials
Electrolyte intake to electrode
Electrochemical reactions in electrochemical conversion technologies
Development of new electrode materials

Why choose Biolin Scientific?

With the ever-increasing demand for cleaner and safer energy, innovations are needed. Our solutions offer multiple possibilities to study interactions at surfaces and interfaces crucial for energy storage and conversion. There are multiple different interfaces in batteries and fuel cells that all play a significant role in ensuring optimum performance, manufacturing, and safety.

Wettability in Li-ion batteries

Wettability plays an important role in both lithium-ion battery manufacturing as well as performance and safety of the batteries. Studying the wettability at different stages of the manufacturing process is thus crucial and will deepen the understanding needed to produce even better batteries in the future.

QSense EQCM-D analysis in battery development

Using EQCM-D to characterize battery phenomena

In the pursuit of higher-performance batteries, efforts are made to develop new battery materials and to achieve more stable, lower cost, and safer energy storage. Battery operation includes multiple electrochemical phenomena, and EQCM.D is a powerful tool for studying these processes to enhance battery performance.

Electrochemical energy conversion studies using EQCM-D

Using EQCM-D to study electrochemical energy conversion

The implementation of electrochemical energy conversion, such as batteries, fuel cells, and electrolysis, is on the rise and there is an increasing need to improve the performance of these technologies. EQCM-D is a powerful tool for studying electrode reactions, providing insights that can help enhance these technologies' efficiency and lifespan.