Lesotho has been a source of migrant labour for many years, with men crossing the borders to work on South African mines. Men left their homes in pursuit of mine work, leaving behind their wives to look after the household. Women would receive remittances from their husbands, which they used to survive, and for the upkeep of the home while husbands were away. As Lesotho is an agricultural society, women were involved in farming for subsistence, with some women being able to sell their produce. Men were the breadwinners and women the housekeepers, according to prevailing gender norms. With the mine retrenchments that took place in the 1980s and 1990s, many men returned to Lesotho, with no job prospects due to the employment deficit in the country. Many women are no longer receiving remittances, and are now looking after their households with their husbands being at home, unemployed. This mini- dissertation delves into the livelihoods of these women whose life circumstances have changed now that their husbands have returned. It looks at the changed gender relations within the household as well as economic strategies of survival that women employ in these trying times, given their culturally determined positions in Basotho society. AFRIKAANS : Lesotho is al ‘n bron van migrasie arbeiders vir baie jare, met mans wat die grense kruis om op die Suid-Afrikaanse myne te gaan werk. Mans het hulle wonings verlaat met die vooruitsig op mynwerk, terwyl hulle eggenote agterbly om na die huishouding om te sien. Vrouens ontvang finansiële hulp van hulle mans, wat hulle gebruik het om te oorleef, en vir die instandhouding van die huis terwyl hulle mans weg was. Aangesien Lesotho ‘n landbou gemeenskap is, was vrouens betrokke in bestaansboerdery, met sommige vroue in staat om produkte te verkoop. Volgens die oorhoofs aanvaarde norm was mans die broodwinners en vrouens die huisopsitters. Hierdie mini-verhandeling kyk dieper na die veranderde lewensomstandighede van vrouens wie se mans teruggekeer het. Dit kyk na die veranderde geslagsverhoudinge binne die huishouding, asook die ekonomiese strategiee van oorlewing wat vrouens toepas in die moeilike omstandighede, veral in die lig van hul kulturele posisies in die Basotho samelewing. Copyright / Dissertation (MSocSci)--University of Pretoria, 2010. / Sociology / unrestricted

Electrical energy is commonly used in households and in industry - demand continues to rise due to economic and population growth. This requires that energy suppliers must increase their supply capacity. The result is that end–user energy costs continue to increase, therefore a growing need exists to reduce electrical energy demand in South Africa and internationally. Households account for the majority of electrical energy customers, but they only consume a fraction of the total energy supplied. The industrial sector and mines combined consume approximately 42% of the total electrical energy produced. Approximately 10% of this energy goes into compressed air production. This study focuses on methods of reducing the requirement of compressed air in industry so that the demand for electrical energy can be reduced. Many studies have focused on specific methods of reducing energy usage associated with compressed air production. These methods are categorised into methods of reducing compressed air requirements and methods of increasing compressed air supply efficiency. This study aims to combine these efforts into a single optimised solution. Although this study includes industry in general, the central focus is on the South African mining industry. Two different mining sites are considered and analysed as case studies. Methods of reducing energy required to produce compressed air were applied to each case study. Case Study 1 only allowed limited control of the compressed air system. In Case Study 2 integrated control was realised. Energy usage of compressors was reduced by 18.9% and 42.9% respectively. Results show that system savings can be doubled by combining different methods of reducing energy usage of compressed air. This, however, requires continuous monitoring and control of the air network at each section supplied with compressed air. The study is limited to achieving savings by changing the air system. Additional savings can be achieved by training personnel, altering schedules of production activities and implementing a system designed to locate air leaks. / Thesis (M.Ing. (Mechanical Engineering))--North-West University, Potchefstroom Campus, 2012.

Electrical energy is commonly used in households and in industry - demand continues to rise due to economic and population growth. This requires that energy suppliers must increase their supply capacity. The result is that end–user energy costs continue to increase, therefore a growing need exists to reduce electrical energy demand in South Africa and internationally. Households account for the majority of electrical energy customers, but they only consume a fraction of the total energy supplied. The industrial sector and mines combined consume approximately 42% of the total electrical energy produced. Approximately 10% of this energy goes into compressed air production. This study focuses on methods of reducing the requirement of compressed air in industry so that the demand for electrical energy can be reduced. Many studies have focused on specific methods of reducing energy usage associated with compressed air production. These methods are categorised into methods of reducing compressed air requirements and methods of increasing compressed air supply efficiency. This study aims to combine these efforts into a single optimised solution. Although this study includes industry in general, the central focus is on the South African mining industry. Two different mining sites are considered and analysed as case studies. Methods of reducing energy required to produce compressed air were applied to each case study. Case Study 1 only allowed limited control of the compressed air system. In Case Study 2 integrated control was realised. Energy usage of compressors was reduced by 18.9% and 42.9% respectively. Results show that system savings can be doubled by combining different methods of reducing energy usage of compressed air. This, however, requires continuous monitoring and control of the air network at each section supplied with compressed air. The study is limited to achieving savings by changing the air system. Additional savings can be achieved by training personnel, altering schedules of production activities and implementing a system designed to locate air leaks. / Thesis (M.Ing. (Mechanical Engineering))--North-West University, Potchefstroom Campus, 2012.

The South African mining industry has become known to be an important contributor to the South African economy. Subsequently, the closure of mines due to various reasons has resulted in major economic losses for mines. This study's aim is to investigate the mine closures caused by the regulatory body, namely the Department of Mineral Resources via the enforcement of the Mine Health and Safety Act (MHSA) by the Mine Health and Safety Inspectorate. The Mine Health and Safety Inspectorate has wide discretionary powers that enables them to close a mine or part thereof, often inconsistently or unfounded which may result in economic and other losses. The closure of mines due to compliance issues, known as section 54 stoppages, has caused a fiery debate and controversy within the mining industry due to the inconsistent issuing of such compliance orders. It resulted in the closure of mines for certain periods of times. The South African courts have been approached to interpret section 54, but it appears that there are still challenges remaining. Whilst the legislation in place is based on the duty posed on the employer to provide a workplace that is safe and without risk to the employee, the manner in which the legislative provisions are enforced, specifically the closures of or part of a mine, has to be investigated, the root problem/s identified and addressed. This study compares the enforcement measures of the MHSA with that of the Occupational Health and Safety Act and the National Environmental Management Act in order to make recommendations the more effective and efficient enforcement of section 54. / LLM (Environmental Law and Governance), North-West University, Potchefstroom Campus, 2015

The South African mining industry has become known to be an important contributor to the South African economy. Subsequently, the closure of mines due to various reasons has resulted in major economic losses for mines. This study's aim is to investigate the mine closures caused by the regulatory body, namely the Department of Mineral Resources via the enforcement of the Mine Health and Safety Act (MHSA) by the Mine Health and Safety Inspectorate. The Mine Health and Safety Inspectorate has wide discretionary powers that enables them to close a mine or part thereof, often inconsistently or unfounded which may result in economic and other losses. The closure of mines due to compliance issues, known as section 54 stoppages, has caused a fiery debate and controversy within the mining industry due to the inconsistent issuing of such compliance orders. It resulted in the closure of mines for certain periods of times. The South African courts have been approached to interpret section 54, but it appears that there are still challenges remaining. Whilst the legislation in place is based on the duty posed on the employer to provide a workplace that is safe and without risk to the employee, the manner in which the legislative provisions are enforced, specifically the closures of or part of a mine, has to be investigated, the root problem/s identified and addressed. This study compares the enforcement measures of the MHSA with that of the Occupational Health and Safety Act and the National Environmental Management Act in order to make recommendations the more effective and efficient enforcement of section 54. / LLM (Environmental Law and Governance), North-West University, Potchefstroom Campus, 2015