Latest Publications

Learn about our recent research.

Scalable Synthesis of Norbornadienes via in situ Cracking of Dicyclopentadiene using Continuous Flow Chemistry

The Diels-Alder reaction with cyclopentadiene typically involves tedious cracking procedures from the dimer. In this contribution from the Prof. Moth-Poulsen group, it is shown how MOST photoswitches can be made on a 100 g scale in a single step combining cyclopentadiene cracking with Diels-Alder reaction using a reaction in flow.

University of La Rioja GRUFOR

Our goal within the MOST project is primarily focused upon the chemical catalytic release of stored solar energy from the metastable quadricyclane molecule to the parent molecule norbornadiene. In the organic photochemistry group at the University of La Rioja, we test a variety of catalytic materials in conjunction with different norbornadiene-quadricyclane molecule pairings.

Chalmers ACE

Our aim is to develop numerical benchmarks and performance criteria for the MOST system. In the Building Physics Modeling research group at Chalmers, we describe real-life performance cases of the MOST solar collector and the heat generation device with building applications as a reference.

Welcome to Most Project

Welcome to the main website of the Most Project. The MOST project aims to develop and demonstrate a zero-emission solar energy storage system based on benign, all-renewable materials.

Ir a Arriba