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EasyMining is currently constructing our first full-scale plant and advancing the commercialization of our other technologies. We are therefore seeking a motivated Senior Process Engineer who is committed to saving global resources and participating in the transition to a circular economy. In this role, you will have the opportunity to design and initiate new recovery plants that utilize waste streams as raw materials.
So, do you want to take part of this exciting journey of creating a more sustainable future?
The EasyMining process team collaborates with our R&D department in Uppsala to develop and enhance the process designs for our technologies. This includes generating P&ID:s and process descriptions, updating basis of design, conducting cost estimates, performing technical risk assessments, and more.
We are looking for a candidate who can assume the role of a process technology lead, taking ownership of all design phases, from piloting to the establishment of full‑scale plants for one of our technologies.
As a member of our process engineering team in Gothenburg, the successful candidate will primarily work from our Gothenburg office, conveniently located in Gårda. However, there may be future opportunities for travel, including periods at the prospective plant sites as part of a start‑up team. These travel arrangements are primarily anticipated to be within domestic and northern European regions.
A stimulating and challenging job where you will have the opportunity to develop skills and abilities together with motivated co‑workers. You will contribute to the development of new technologies from the pilot phase to the start‑up of a full‑scale plant, as well as, improving our existing technologies.
A higher degree from a university in chemical engineering (preferred) is a prerequisite.
»10 years or more of relevant experience in engineering or manufacturing environment in the chemical, petrochemical, or mining industry.
Extensive expertise in mass and energy balance calculations and optimization.
Good knowledge and experience of software’s for process calculations.
It is of benefit if you have experience with the following tools, process operations, and equipment:
Swedish (requirement)
EasyMining Sweden AB has been a company in the Ragn‑Sells group since 2014. Ragn‑Sells is a Swedish waste and recycling company operating in 5 countries with an annual turnover of above 850 M€ and approximately 2,800 employees.
EasyMining is currently employing 65 persons that is planned to grow more during 2026. The engineering and management are located in an office in central Gothenburg (Gårda), the R&D is situated with office and laboratory facilities in Uppsala, and our German office is located in Berlin.
Apply by clicking 'ANSÖK' below. The deadline is December 14, but we will review applications continuously and may hire before the deadline. If you have any further questions please contact Hanna Landbring, Process Team Lead, hanna.landbring@ragnsells.com or John Svärd, Head of Engineering, John.svard@ragnsells.com
Recovery and recycling of nutrients such as phosphorus, nitrogen, and potassium from society back to the agriculture is important for a sustainable world. Phosphorus and potassium are scarce resources in which EU is heavily dependent on virgin import while the manufacturing of mineral nitrogen fertilizers especially has a big negative climate impact. Today, biological methods are almost solely used for treating nitrogen containing wastewaters. These processes consume large amounts of energy due to aerification and rely on fossil raw materials. In addition, the established processes to produce nitrogen fertilizers (from natural gas) leads to further emissions of greenhouse gases.
EasyMining has several patented processes that enables recovery of clean commercial products by using wastes as raw materials. Examples of our processes are phosphorus recovery from incinerated sewage sludge ashes (Ash2Phos) and nitrogen recovery (Project N) from nitrogen containing wastewater. The Project N technology has the ability to chemically both extract the nitrogen from waste‑water but also convert the extracted nitrogen to a commercial nitrogen fertilizer and thereby reduce carbon emissions
You can find more information about our technologies on our webpage.