New Method Developed for Microplastic Measurement in Drinking Water

ReSource International is happy to announce that the company finalized its method development for microplastic counting in drinking water. Due to the difficulty of detecting and identifying microplastics, the method developed includes large samples as standard and uses fluorescence microscopy in laboratory quantification. Large efforts are also undertaken to quantify and prevent contamination in the sampling process, which has significantly affected most studies to date.

The project is done with the support and the participation of Orkuveita Reykjavikur, HS Orka (Reykjanes), Hafnarfjörður Municipality and Norðurorka (Akureyri).

Other water facilities are welcome to join the project and contact us for further information.


How Robots With Lasers Can Fight Climate Change: Mapping Landfill Methane Emissions with an UAV-​mounted Laser Sensor

These last weeks ReSource International has been testing a laser methane sensor supplied by Pergam Suisse on landfills in the southwest of Iceland. The sensor is normally used for ground-​based leak detection in the natural gas industry, and we have been able to mount it on one of our drones to detect methane leaks in the landfills which we work on. After processing raw data with our 3D elevation models using GIS software, we can create high-​resolution maps of emissions and compare them to visible and thermal photographs. Our goal is to be able to quantify emissions and thus monitor the effectiveness of the mitigation measures which we work with, such as gas collection systems and bio-covers.

ReSource International has specialized itself for the past years in landfill monitoring and landfill gas collection systems. In addition, the company is operating a drone program, offering perfect opportunities to apply this technology to landfills.

For more information, email jamie[@]resource.is.

An example of data output after treatment (RSI-​2018)