This essay discusses the relationship between the employees at Swedish municipalities working at labor market units and their participants. The aim is to understand how their big room for action affects how they see their role and what this does to the help they are able to give the participants. The aim is also to give insight into how other organizations play a role in the creation of trust between the participants and the employees. This is done by breaking down the aim in two different questions: Question 1: How do the employees in labor market interventions view their service based on their room for action within the business and how does this affect their relationship with the client? Question 2: How do the employees use their room for action to help the participants orient themselves in the authority landscape? The data has been collected using a qualitative method and interviews with ten employees at four municipalities have been conducted. The theories used are aspects from the following theories: emotion sociology, professionalism and grassroots bureaucrats. The main findings are that the employees use their own personal life and personalities to make connections with the participants. They go outside of the realm of their job if they think it will help the participants and every employee makes a distinction in where to draw the line regarding what is part of their job.

The environmentally unsafe by-products (CO2, H2S, NOx and SO2 for example) of using carbon-based fuels for energy generation have paved the way for research on cleaner, renewable and possibly cheaper alternative energy production methods. Hydrogen gas, which is considered as an energy carrier, can be applied in a fuel cell setup for the production of electrical energy. Although various methods of hydrogen production are available, sulphur-based thermochemical processes (such as the Hybrid Sulfur Process (HyS)) are favoured as alternative options for large scale application. The SO2 electrolyser is applied in producing H2 gas and H2SO4 by electrochemically converting SO2 gas and water. This study focused firstly on the evaluation of the performance of the SO2 electrolyser for the production of hydrogen and sulphuric acid, using commercially available PFSA (perfluorosulfonic acid) (Nafion®) as benchmark by evaluating i) various operating parameters (such as cell temperature and membrane thickness), ii) the influence of MEA (membrane electrode assembly) manufacturing parameters (hot pressing time and pressure) and iii) the effect of H2S as a contaminant. Subsequently, the suitability of novel PBI polyaromatic blend membranes was evaluated for application in an SO2 electrolyser. The parametric study revealed that, depending on the desired operating voltage and acid concentration, the optimisation of the operating conditions was critical. An increased cell temperature promoted both cell voltage and acid concentration while the use of thin membranes resulted in a reduced voltage and acid concentration. While an increased catalyst loading resulted in increased cell efficiency, such increase would result in an increase in manufacturing costs. Using electrochemical impedance spectroscopy at the optimised operating conditions, the MEA manufacturing process was optimised with respect to hot press pressure and time, while the effect of selected operating conditions was used to evaluate the charge transfer resistance, ohmic resistance and mass transport limitations. Results showed that the optimal hot pressing conditions were 125 kg.cm-2 and 50 kg.cm-2 for 5 minutes when using 25 and 10 cm2 active areas, respectively. The charge transfer resistance and mass transport were mostly influenced by the hot pressing procedure, while the ohmic resistance varied most with temperature. Applying the SO2 electrolyser in an alternative environment to the HyS thermochemical cycle, the effect of H2S on the SO2 electrolyser anode was investigated for the possible use of SO2 electrolysis to remove SO2 from mining off-gas which could contain H2S. Polarisation curves, EIS and CO stripping were used to evaluate the transient voltage response of various H2S levels (ppm) on cell efficiency. EIS confirmed that the charge transfer resistance increased as the H2S competed with the SO2 for active catalyst sites. Mass transport limitations were observed at high H2S levels (80 ppm) while the ECSA (electrochemical surface area obtained by CO stripping) showed a significant reduction of active catalyst sites due to the presence of H2S. Pure SO2 reduced the effective active area by 89% (which is desired in this case) while the presence of 80 ppm H2S reduced the active catalyst area to 85%. The suitability of PBI-based blend membranes in the SO2 electrolyser was evaluated by using chemical stability tests and electrochemical MEA characterisation. F6PBI was used as the PBI-containing base excess polymer which was blended with either partially fluorinated aromatic polyether (sFS001), poly(2,6-dimethylbromide-1,4-phenylene oxide (PPOBr) or poly(tetrafluorostyrene-4-phosphonic acid) (PWN) in various ratios. Some of the blend membranes also contained a cross-linking agent which was specifically added in an attempt to reduce swelling and promote cross-linking within the polymer matrix. The chemical stability of the blended membranes was confirmed by using weight and swelling changes, TGA-FTIR and TGA-MS. All membranes tested showed low to no chemical degradation when exposed to 80 wt% H2SO4 at 80°C for 120 h. Once the MEA doping procedure had been optimised, electrochemical characterisation of the PBI MEAs, including polarisation curves, voltage stepping and long term operation (> 24 h) was used to evaluate the MEAs. Although performance degradation was observed for the PBI membranes during voltage stepping, it was shown that this characterisation technique could be applied with relative ease, producing valuable insights into MEA stability. Since it is expected that the SO2 electrolyser will be operated under static conditions (cell temperature, pressure and current density) in an industrial setting (HyS cycle or for SO2 removal), a long term study was included. Operating the SO2 electrolyser under constant current density of 0.1 A cm-2 confirmed that PBI-based polyaromatic membranes were suitable, if not preferred, for the SO2 environment, showing stable performance for 170 hours. This work evaluated the performance of commercial materials while further adding insights into both characterisation techniques for chemical stability of polymer materials and electrochemical methods for MEA evaluation to current published literature. In addition to the characterisation techniques this study also provides ample support for the use of PBI-based materials in the SO2 electrolyser. / PhD (Chemistry), North-West University, Potchefstroom Campus, 2015

The environmentally unsafe by-products (CO2, H2S, NOx and SO2 for example) of using carbon-based fuels for energy generation have paved the way for research on cleaner, renewable and possibly cheaper alternative energy production methods. Hydrogen gas, which is considered as an energy carrier, can be applied in a fuel cell setup for the production of electrical energy. Although various methods of hydrogen production are available, sulphur-based thermochemical processes (such as the Hybrid Sulfur Process (HyS)) are favoured as alternative options for large scale application. The SO2 electrolyser is applied in producing H2 gas and H2SO4 by electrochemically converting SO2 gas and water. This study focused firstly on the evaluation of the performance of the SO2 electrolyser for the production of hydrogen and sulphuric acid, using commercially available PFSA (perfluorosulfonic acid) (Nafion®) as benchmark by evaluating i) various operating parameters (such as cell temperature and membrane thickness), ii) the influence of MEA (membrane electrode assembly) manufacturing parameters (hot pressing time and pressure) and iii) the effect of H2S as a contaminant. Subsequently, the suitability of novel PBI polyaromatic blend membranes was evaluated for application in an SO2 electrolyser. The parametric study revealed that, depending on the desired operating voltage and acid concentration, the optimisation of the operating conditions was critical. An increased cell temperature promoted both cell voltage and acid concentration while the use of thin membranes resulted in a reduced voltage and acid concentration. While an increased catalyst loading resulted in increased cell efficiency, such increase would result in an increase in manufacturing costs. Using electrochemical impedance spectroscopy at the optimised operating conditions, the MEA manufacturing process was optimised with respect to hot press pressure and time, while the effect of selected operating conditions was used to evaluate the charge transfer resistance, ohmic resistance and mass transport limitations. Results showed that the optimal hot pressing conditions were 125 kg.cm-2 and 50 kg.cm-2 for 5 minutes when using 25 and 10 cm2 active areas, respectively. The charge transfer resistance and mass transport were mostly influenced by the hot pressing procedure, while the ohmic resistance varied most with temperature. Applying the SO2 electrolyser in an alternative environment to the HyS thermochemical cycle, the effect of H2S on the SO2 electrolyser anode was investigated for the possible use of SO2 electrolysis to remove SO2 from mining off-gas which could contain H2S. Polarisation curves, EIS and CO stripping were used to evaluate the transient voltage response of various H2S levels (ppm) on cell efficiency. EIS confirmed that the charge transfer resistance increased as the H2S competed with the SO2 for active catalyst sites. Mass transport limitations were observed at high H2S levels (80 ppm) while the ECSA (electrochemical surface area obtained by CO stripping) showed a significant reduction of active catalyst sites due to the presence of H2S. Pure SO2 reduced the effective active area by 89% (which is desired in this case) while the presence of 80 ppm H2S reduced the active catalyst area to 85%. The suitability of PBI-based blend membranes in the SO2 electrolyser was evaluated by using chemical stability tests and electrochemical MEA characterisation. F6PBI was used as the PBI-containing base excess polymer which was blended with either partially fluorinated aromatic polyether (sFS001), poly(2,6-dimethylbromide-1,4-phenylene oxide (PPOBr) or poly(tetrafluorostyrene-4-phosphonic acid) (PWN) in various ratios. Some of the blend membranes also contained a cross-linking agent which was specifically added in an attempt to reduce swelling and promote cross-linking within the polymer matrix. The chemical stability of the blended membranes was confirmed by using weight and swelling changes, TGA-FTIR and TGA-MS. All membranes tested showed low to no chemical degradation when exposed to 80 wt% H2SO4 at 80°C for 120 h. Once the MEA doping procedure had been optimised, electrochemical characterisation of the PBI MEAs, including polarisation curves, voltage stepping and long term operation (> 24 h) was used to evaluate the MEAs. Although performance degradation was observed for the PBI membranes during voltage stepping, it was shown that this characterisation technique could be applied with relative ease, producing valuable insights into MEA stability. Since it is expected that the SO2 electrolyser will be operated under static conditions (cell temperature, pressure and current density) in an industrial setting (HyS cycle or for SO2 removal), a long term study was included. Operating the SO2 electrolyser under constant current density of 0.1 A cm-2 confirmed that PBI-based polyaromatic membranes were suitable, if not preferred, for the SO2 environment, showing stable performance for 170 hours. This work evaluated the performance of commercial materials while further adding insights into both characterisation techniques for chemical stability of polymer materials and electrochemical methods for MEA evaluation to current published literature. In addition to the characterisation techniques this study also provides ample support for the use of PBI-based materials in the SO2 electrolyser. / PhD (Chemistry), North-West University, Potchefstroom Campus, 2015

This dissertation examines how perceptions of competence affect the care of older persons, and the values ​​and vocational conceptions of care work and care recipients that are tied to the perceptions of what skills that are needed and why. Competence is defined by three parts with relevance for the content of care work: what knowledge the care workers should have, what tasks they should perform and how they should respond to care recipients. The aim of this dissertation is to analyse how the care managers' and care workers' perceptions of competence form the direction of the care work and how that direction relates to the care recipients’ perceptions of and expectations on the care work.   The care work is characterised by what is analysed as an activation of the recipients - that the recipients themselves should perform as much of the care work as possible. The activation aims at managing the decay of the aging body and is motivated by a vocational conception of the care recipients as different from others, with designations as grateful and passive. This conception is analysed as generation character based on an idea among the care managers and care workers that the society in which the recipients grew up gave them certain cognitive prerequisites that have to be managed in the practical care work.   The care recipients in the study have opposing conceptions and perceptions of care work compared with the care managers and care workers. The recipients’ central objective with the care work is to prevent what has been interpreted as the disrepair of the home. The care recipients’ position in the organisation raises the problem of loyalty towards the care workers and in some sense the care managers. Their loyalty reduces their ability to complain and to influence their situation to the better.   Keywords: care of older persons, care needs, care work, care relationship, care receivers, care workers, care managers, competence, technologies, activation, generation character

Research on nanoparticles for pharmaceutical applications has become increasingly popular in recent years. N-trimethyl chitosan chloride (TMC) is a cationic polymer that can enhance absorption across mucosal surfaces. It has been explored as a nanoparticulate drug delivery system for the delivery of vaccines, vitamins, insulin and cancer medication. It has special interest for intravenous use, as it is soluble over a wide range of pH values. However, polycationic nanoparticles run a great risk for intravenous toxicity, as the positive surface charge allows easy electrostatic interactions with negatively charged blood components, such as red blood cells and plasma proteins. Additionally, the small size of the nanoparticles permits the binding of more proteins per mass, than larger particles do. These interactions can lead to extensive hemolysis, cell aggregation, complement activation, inflammation and fast clearance of the particles from the circulation. A decrease in the surface charge density can ameliorate these toxic interactions. Such a decrease is achieved by adding poly(ethylene) glycol (PEG) to the particle’s formulation. PEG creates a steric shield around the particles, preventing a certain extent of interaction between the particles and the blood components. To be able to use TMC nanoparticles as a successful drug delivery system, the hemocompatibility must first be determined, which was the aim of this study. The influence of particle size, concentration and the addition of PEG were also examined. The extent of hemolysis and cell aggregation caused by the experimental groups (20% and 60% concentration small TMC nanoparticles, 20% larger TMC nanoparticles and 20% cross-linked PEGTMC nanoparticles) were determined by incubating the groups with whole blood and/or blood components. Complement activation was determined with a Complement C3 Human enzyme-linked immunosorbent assay (ELISA) and plasma protein interactions were quantified through rapid equilibrium dialysis and a colorimetric assay. It was determined that 60% concentration small TMC nanoparticles caused 49.08 ± 2.538% hemolysis at the end of a 12-hour incubation period, significantly more than any other experimental group. This group had also caused mild aggregation of the white blood cells and platelets. This was the greatest extent of cell aggregation seen in any of the groups. No significant complement activation was seen by any of the experimental groups. Because of the cationic nature of the particles, all groups had more than 50% of the initial particles in the sample bound to plasma proteins after a 4-hour incubation period. However, at 90.68 ± 0.828%, the 60% small TMC nanoparticles had had significantly more interaction with the plasma proteins than the other groups. Through the experimental measurements it was revealed that TMC nanoparticles had hemotoxic effects at high concentrations. The addition of PEG to the particle formulation stabilized the particles and decreased their zeta potential , but had no significant effect on improving hemocompatibility. It was concluded that although further tests are needed, TMC nanoparticles seem to have potential as a successful intravenous carrier for high molecular weight active pharmaceutical ingredients. / MSc (Pharmaceutics), North-West University, Potchefstroom Campus, 2014

Research on nanoparticles for pharmaceutical applications has become increasingly popular in recent years. N-trimethyl chitosan chloride (TMC) is a cationic polymer that can enhance absorption across mucosal surfaces. It has been explored as a nanoparticulate drug delivery system for the delivery of vaccines, vitamins, insulin and cancer medication. It has special interest for intravenous use, as it is soluble over a wide range of pH values. However, polycationic nanoparticles run a great risk for intravenous toxicity, as the positive surface charge allows easy electrostatic interactions with negatively charged blood components, such as red blood cells and plasma proteins. Additionally, the small size of the nanoparticles permits the binding of more proteins per mass, than larger particles do. These interactions can lead to extensive hemolysis, cell aggregation, complement activation, inflammation and fast clearance of the particles from the circulation. A decrease in the surface charge density can ameliorate these toxic interactions. Such a decrease is achieved by adding poly(ethylene) glycol (PEG) to the particle’s formulation. PEG creates a steric shield around the particles, preventing a certain extent of interaction between the particles and the blood components. To be able to use TMC nanoparticles as a successful drug delivery system, the hemocompatibility must first be determined, which was the aim of this study. The influence of particle size, concentration and the addition of PEG were also examined. The extent of hemolysis and cell aggregation caused by the experimental groups (20% and 60% concentration small TMC nanoparticles, 20% larger TMC nanoparticles and 20% cross-linked PEGTMC nanoparticles) were determined by incubating the groups with whole blood and/or blood components. Complement activation was determined with a Complement C3 Human enzyme-linked immunosorbent assay (ELISA) and plasma protein interactions were quantified through rapid equilibrium dialysis and a colorimetric assay. It was determined that 60% concentration small TMC nanoparticles caused 49.08 ± 2.538% hemolysis at the end of a 12-hour incubation period, significantly more than any other experimental group. This group had also caused mild aggregation of the white blood cells and platelets. This was the greatest extent of cell aggregation seen in any of the groups. No significant complement activation was seen by any of the experimental groups. Because of the cationic nature of the particles, all groups had more than 50% of the initial particles in the sample bound to plasma proteins after a 4-hour incubation period. However, at 90.68 ± 0.828%, the 60% small TMC nanoparticles had had significantly more interaction with the plasma proteins than the other groups. Through the experimental measurements it was revealed that TMC nanoparticles had hemotoxic effects at high concentrations. The addition of PEG to the particle formulation stabilized the particles and decreased their zeta potential , but had no significant effect on improving hemocompatibility. It was concluded that although further tests are needed, TMC nanoparticles seem to have potential as a successful intravenous carrier for high molecular weight active pharmaceutical ingredients. / MSc (Pharmaceutics), North-West University, Potchefstroom Campus, 2014

Examensarbetets syfte var att belysa och bidra till kunskaper om hur elva kommuner i en delregion förhåller sig till nya förutsättningar med en förändrad nationell arbetsmarknadspolitik efter Arbetsförmedlingens reformering 2019. Arbetet bidrar till att ge insikter kring kommunernas strategier för organisering och samverkan, samt konsekvenser för kommunala aktiviteter för deltagarna. Empirin är inhämtad med kvalitativ metod genom att djupintervjua elva kommunala chefer, med ansvar inom arbetsmarknadsområdet i sin kommun, på en strategisk eller strategisk/operativ nivå. Arbetsförmedlingens reformering har till exempel inneburit nedstängning av många lokala kontor och att insatser som tidigare ofta utfördes av kommunerna på uppdrag av Arbetsförmedlingen nu utförs av fristående aktörer. Som en följd av de statliga förändringarna har det påverkat den lokala arbetsmarknadspolitiken som kommunerna utför, med anpassning av kommunernas organisationer och vilka aktiviteter som kan erbjudas deltagarna i målgruppen. Arbetsförmedlingens reformering innebar till en början omfattande konsekvenser för den lokala samverkan och individsamverkan, vilket har fått en betydelse för utförandet av arbetsmarknadspolitiken i praktiken för kommunerna och kommunernas invånare. Examensarbetets teoretiska referensram beskriver att Arbetsförmedlingen har svårigheter i att kunna erbjuda flera av målgrupperna tillräckliga insatser, vanligen de deltagare som står längst ifrån arbetsmarknaden till exempel ungdomar, utrikesfödda och långtidsarbetslösa, grupper som ofta kan ha ett kommunalt ekonomiskt bistånd. Det medför att det kan finnas förväntningar att kommunerna ska utföra insatser för de som står längst ifrån arbetsmarknaden. Målgruppen utgör ofta en kostnad för kommuner och även om arbetsmarknadspolitiken i grunden är ett statligt ansvar agerar kommunerna med insatser för att reducera de egna kostnaderna för ekonomiskt bistånd. Det empiriska materialet i examensarbetet har analyserats tematiskt. För att synliggöra strukturen kontra individernas handlingars betydelse för förändringsprocesserna har analysen utgått från Giddens Struktureringsteori. Slutsatserna är att kommunerna har påverkats med omfattande anpassningar efter Arbetsförmedlingens reformering. Det har krävts olika individuella lokala strategiska beslut för att anpassa organiseringen, ofta med nedskärningar, och samverkan till de nya förutsättningarna. Kommunerna har även valt olika strategier vid anpassning av de aktiviteter som erbjuds olika grupper av deltagare och vilka målgrupper som kommunerna erbjuder aktiviteter. / The aim of the thesis was to shed light and contribute to knowledge about how eleven municipalities in a region are responding to new conditions with a changed national labour market policy after the reform of the Swedish Public Employment Service in 2019. The work contributes to insights into the municipalities' strategies for organization and cooperation, as well as consequences for municipal activities for participants. The empirical data was collected using qualitative method by conducting in-depth interviews with eleven municipal managers, responsible for the labour market area in their municipality, at a strategic or strategic/operational level. For example, the reform of the Swedish Public Employment Service has resulted in the closure of many local offices and that services that were previously often carried out by the municipalities on behalf of the Public Employment Service are now carried out by independent actors. As a result of the government changes, it has affected the local labour market policy that the municipalities carry out, with adaptation of the municipalities' organizations and which activities can be offered to the participants in the target group. The reform of the employment agency initially had extensive consequences for local and individual collaboration, which has been important for the implementation of labour market policy in practice for the municipalities and their residents. The thesis' theoretical framework describes that the Public Employment Service has difficulties in being able to offer several of the target groups sufficient activities, usually the participants who are the furthest from the labour market, such as young people, foreign-born and the long-term unemployed, groups that often can receive municipal economic support. This means that there may be expectations that the municipalities will carry out activities for those who are furthest from the labour market. The target groups represent a cost for the municipalities and even if labour market policy is fundamentally a state responsibility, the municipalities act with activities to reduce their own costs for economic support. The empirical material in the thesis has been analysed thematically. To make visible the structure versus the significance of individuals' actions for the change processes, the analysis has been based on Gidden's Structuration Theory. The conclusions are that the municipalities have been affected by extensive adaptations after the reform of the Swedish Public Employment Service. Various individual local strategic decisions have been required to adapt the organization, often with cuts, and collaboration to the new conditions. The municipalities have also chosen different strategies when adapting the activities offered to different groups of participants and which target groups the municipalities offer activities to.

Sportfiskarna söker ständigt efter nyheter inom branschen. Konkurrensen är tuff bland företag inom branschen och det gäller att ständigt kunna erbjuda det senaste. En innovativ produkt som kan skapa uppmärksamhet hos fisken är en eftertraktad nyhet. Examensarbetets genomförande sker med en projektplan innehållande en tidplan, riskhantering, organisation och filhantering. Projektets faser består av planering, förstudie, produktspecificering, konceptgenerering, konceptval, konstruktion, formgivning, prototyp samt en patentansökan. Med hänsyn taget till en kravspecifikation, som upprättades under förstudien där brukarens behov och önskemål samt krav från samarbetspartnern definieras, genererades det slutgiltiga konceptet. Förstudien fokus har främst legat på brukaren, för att definiera vad han eller hon vill ha. Förstudien visar att brukaren i första hand vill ha något innovativt och enkelt.  Vid idégenerering användes verktyg som 6-3-5, skissande av hela koncept samt brainstorming. Dessa verktyg användes vid konceptgenerering, men även under arbetet med patentansökan. Den förstnämnda användes för att generera olika möjligheter för hur och vad som konceptet ska lösa. Den andra användes för att identifiera vad experter inom sportfiskebranschen anser vara ett lyckat fiskedrag. Det tredje verktyget användes för att finna potentiella lösningar vid en specifik frågeställning. Efter sortering av konceptet kvarstod nio unika kombinationer. Det slutgiltiga konceptet består av ett fiskedragshuvud (jigghuvud) med implementerad modul som blinkar vid kontakt med vatten. Detta slutgiltiga val beslutades tillsammans med samarbetspartnern. En patentansökan fick projektplanen och rapporten korrigeras till version 2.0.  Genom projektet har skisser använts frekvent för att testa idéer och kombinationer. Prototyper av det valda konceptet gjordes för att erhålla ytterligare information om konstruktion och funktion. / The fishermen are constantly looking for something new. As a company, specialized in this profession, it is necessary to be able to offer the newest thing within fishing. A new kind of fishing lure that creates attention among the fish is an innovative new and welcomed product among fishermen’s. The thesis work is carried out as a project with a project plan containing a time chart, risk management, organization and file management. The phases of the project consist of planning, research, product specification, concept generation, evaluation, construction, design and patent application. The concept was developed with a product specification in mind. This specification is a list of the users needs and preferences, as well as requirements from the cooperation partner. The research focused on the users need, to determine what the customer really wants. The result from the research was that the user wants something innovative and easy to use. Idea generation utilized tools like 6-3-5, generating entire concepts as well as brainstorming. These tools were used in concept generation, but also during the work with the patent applications. The first mentioned tool was used to generate possibilities for how and what the product will do. The second mentioned tool was used to identify what those within this profession think would be a successful fishing lure. The third tool was used to find potential solutions for a specific issue. Evaluation of the ideas resulted in nine different kinds of concepts. The final concept consists of a fishing lure head (jig head) with implemented module that illuminates when in contact with water. This final decision was made after presentation and discussion with the partner. With a patent application, the project plan and the report were corrected to version 2.0. Sketches were frequently used to through the project to test ideas and combinations. Prototypes of the chosen concept were made to obtain additional information on design and function.

This study explores the experiences of the Swedish front-line social workers (socialsekreterare) in the municipal income support unit, Young Adults, monthly assessing the income support applications as well as daily processing the activation programs for young adult clients with mental ill-health combined with social-medicinal vulnerabilities, also referred to as young adults with complex needs. Furthermore, this study aims to illuminate the ever changing conditions of the Swedish welfare state and its underlying driving forces through the lens of the social workers. 9 Semi-structured distance interviews with 11 social workers from 6 municipalities belonging to 5 regions in Sweden, were conducted for the collection of qualitative data. It has been analyzed by the inductive-deductive coding as well as a theoretical frame consisting of concepts such as discretiona and advocacy of M. Lipsky, and reciprocal interaction (Wechselwirkung), form and contents, and call of G.Simmel. The result and analysis show that the rehabilitative approach based on the interactions and relations with the clients, is prevalent through the social workers’ processing of the activation program. It seems to be effective in a dyad, between the social workers and the client while the social workers’ discretion is maximized for the utilization of the agency (unit) activation resources. However, it proved not to be as effective in a triad or more when an extern agent outside of the unit, Young Adults begins to be involved. The tension is a fact and the social workers’ discretion is minimized when they have to process the activation program for the clients who are neither “active enough” to have a job in the ordinary labor market, nor “sick enough” to be eligible for the stately activity compensation (aktivitetsersättning) from the Social Insurance Agency (Försäkringskassan) which heavily relies on the medicinal expertise for its decision making. The social workers’ experience to fail to deliver the best possible results out of the activation programs, and the client relationship built on the rehabilitative approach turns out to be unsustainable, which can indicate the discrepancy between the rehabilitative approach as well as the activation programs, as content, and the unit, Young Adults, as form. Even though the social workers daily carry the ideological as well as the social-political tensions between the medicalization and the activation through the ever changing reality of the Swedish welfare state, their mandate to make an impact on the decision making of the activity compensation program, is rather limited, reflecting the Swedish welfare state’s expectation for the professionalism of the social workers. Rather striking that the social workers, however, confess that they in spite of the pressure of organizational efficiency as well as socio-economic discourse of digitalization undermining the concept of the unit, Young Adults, are not willing to give up the rehabilitative approach for the client’s sake but also to protect their unit, Young Adults, which postulate that they are not the gatekeepers in the agency but the advocate for the clients. In this moment, they also seem to know, and even have the call, the essential, if not mandatory, element needed to be landed in the perfect society of G. Simmel.