Prototype development for innovative mercury removal technology

Important results from the project

The aim of the project has been to develop and test a prototype to purify water from mercury in a sustainable and efficient way. We have designed, tested and iterated the casing that the prototype consists of, as well as the electrochemical cell, the core of the product where the mercury is captured. Various materials have been evaluated and tests have been carried out on flowing water where we capture mercury. We have also developed an IP strategy, choices of countries have been made for our first PCT application and further patenting possibilities for the product have been investigated.

Expected long term effects

We have developed a prototype that can handle flowing water at speeds of up to 3 l / min. We have carried out tests where we see that the mercury is captured, even if the results are not quite as good as we wanted, there is more development to be done around the design of the electrodes. We have attracted pilot customers for dentistry, and also in other segments such as the mining industry and flue gas treatment. We have also raised external capital through an angel investor, which enables further development.

Approach and implementation

In October, we hired a product developer, Alexander, which allowed us to relocate some of the costs from consultant to personnel costs. This ensured that we got more development hours for the money and that we can retain the knowledge within the company. We have had close contact with end customers to ensure that we develop a product that there is a clear demand for. To develop our IP strategy, we chose to bring in consulting assistance with good experience and expertise in the area.