Within this small, Danish company producing and developing high temperature polymer fuel cells (HTPEM) I worked as a production team leader, R&D person as well as operator on a new large scale equipment for slot die coating of the polymer membraneMy main responsibilities were day to day production planning, problem solving of the current processes, management of quality control system and implementation of new production equipment/methods

In the last five years, I have worked in a catalyst production technology group, dealing with process optimization, using Six Sigma on workflow including unit operations as precipitation, filtration, spray drying, extrusion, corrugation and slurry mixing. Accordingly, I have worked in many different departments within the Haldor Topsøe company as a cross-functional person. My main job was concentrated around preparation, characterization and optimization of catalysts and intermediate… Show more In the last five years, I have worked in a catalyst production technology group, dealing with process optimization, using Six Sigma on workflow including unit operations as precipitation, filtration, spray drying, extrusion, corrugation and slurry mixing. Accordingly, I have worked in many different departments within the Haldor Topsøe company as a cross-functional person. My main job was concentrated around preparation, characterization and optimization of catalysts and intermediate products from lab scale to production scale.Including: Up-scaling: Problem solving, process window, optimization, implementation, DoE, FMEA; Six Sigma, process mapping, High output experimentation Statistic data evaluation Raw materials validation ( test, characterization and specification) Operation and theory of classical unit operations (precipitation, mixing, spray drying, extrusion, filtration, calcination and impregnation. Numerous characterization methods for ceramics, powder, wet formulations, suspensions, paper, minerals, rocks, soil, etc. Rheology Contact to manufactures of analytical instruments, raw materials, and pilot scale equipment Informal team leader between R&D and production Setting-up minor events to facilitate the cohesion in a working group Show less

My main task were preparation and characterization of synthetic calcite as filler for paper and paint. This work were done in close collaboration with lab technicians, production and sales people.

Team member in a strategic program on the fate of pesticides. This work was supported by the Danish Environmental Research Program, SMP 1½. The aim of my task was to determine partition coefficient for the distribution of pesticides between ground water and sediments for use in ground water models to describe / predict potential groundwater pollution. I was responsible for the investigation of how pesticides are transported (adsorption/desorption). This included selection of test field… Show more Team member in a strategic program on the fate of pesticides. This work was supported by the Danish Environmental Research Program, SMP 1½. The aim of my task was to determine partition coefficient for the distribution of pesticides between ground water and sediments for use in ground water models to describe / predict potential groundwater pollution. I was responsible for the investigation of how pesticides are transported (adsorption/desorption). This included selection of test field area, data sampling, lab work and data interpretation and evaluation in collaboration with geologist, biologist and engineering people.This study results in increased knowledge on how pesticides adsorbed to different sediments with low carbon content i.e. The pesticides are transported in saturated zone as well, see publication list. Show less

"Adsorption of hydrocarbon in Chalk Reservoirs" This work was supported financially by the Danish Energy Agency.This work is an experimental model study on how and to what extent carboxylic acid, as found in the crude oil and formation water, adsorb to reservoir minerals. And thereby an indirect description of the wettability of hydrocarbon bearing chalk reservoirs.The wettability of hydrocarbon reservoir is one of the major factors influencing the flow, location and… Show more "Adsorption of hydrocarbon in Chalk Reservoirs" This work was supported financially by the Danish Energy Agency.This work is an experimental model study on how and to what extent carboxylic acid, as found in the crude oil and formation water, adsorb to reservoir minerals. And thereby an indirect description of the wettability of hydrocarbon bearing chalk reservoirs.The wettability of hydrocarbon reservoir is one of the major factors influencing the flow, location and distrubution of oil and water in the reservoir, and thereby the oil recovery. Show less

Project founded by Nordisk Ministeråd and Mærsk Oil& Gas A/SModel system of the interaction between crude oil and reservoir surfaceSurface chemistry of alumina hydroxide