Chronic obstructive pulmonary disease (COPD) is characterized by progressive airflow limitation and tissue destruction of lung. It is associated with structural changes due to chronic inflammation due to prolonged exposure to particles or gases most commonly cigarette smoke. Purpose: the purpose of this study is to demonstrate that patients with COPD have energies deficiencies in the chakras’ energies centers and the treatment of this condition is very important to treat the root of the problem, that are the energies deficiencies and not just the symptoms. Methods: thought one case report of a 66 years old woman with history of smoking during the last 50 years, 20 cigarettes per day. Since December 2020, she began to feel very fatigue and shortness of breath, mainly when she took out the oxygen that she needs to use since then. Radiesthesia procedure was done to measure her chakras’ energies centers and all her chakras were in the lowest level of energy, rated one out of eight. Treatment using homeopathies according to the theory Constitutional Homeopathy of the Five Elements Based on Traditional Chinese Medicine were used to treat her condition. Results: she improved a lot after take the homeopathic medications in a daily sequence and have more energy to her daily life that was much compromised before the treatment. Her oxygenation improved a lot and the necessity of oxygen reduced allowing her to stay without oxygen more time. Conclusion: chakras’ energies centers measurement need to be evaluated in patients with COPD and the treatment of the energies’ deficiencies is very important to the improvement of the patient´s condition.
The Management is a tool to assist in the planning of protected areas. They relate to the objective of land management. It’s about referring to the objective of the protected area to know its management category. The managerial innovation is perceived as an evolution of the management techniques that constitute in itself a real importance towards the companies that would finish with the old modes and begin with the innovation techniques respecting the well-being of the employees and reaching a better performance. Daintree National Park is an Australian national park located in the far north of Queensland, 1,500 km northwest of Brisbane and 100 km northwest of Cairns. How the protected areas are managed? And is it possible to apply the managerial innovation inside the natural and protected areas such as parks, here, we’ll study the case of Daintree National Park – Australia, and we will figure out how these areas are managed and the efficiency of the managerial innovation
Conversion of stover/wheat straw Fermentation Residue (FR) to valuable resin is a big challenge for current fermentation process. Carbohydrates presents in residue strongly effects on the performance as well as physical properties of the lignin base resin. In this experimental work, we overcome this problem through simple and novel technique for the production of Fermentation residue base resin by the addition of cheapest catalyst sodium hydroxide and Sodium carbonate instead of using poison catalyst lead oxide. FR syntheses from two different residue of fermentation, investigated effects of lignin and carbohydrates on the physical and chemical properties of resin. Synthesized green resin from FR were utilized for the manufacturing of plywood with satisfactory bonding strength (1.09 MPa). Harmful organic compound (formaldehyde) emission reduced to 97%. Synthesis Resin characterized.
Industrial case studies play an increasingly important role in the teaching of systems engineering and sustainability within an industrial ecological framework utilising metacognitive and experiential learning principles. The principal classroom teaching tool of the experiential learning combines the student’s development of self-awareness and selfevaluation skills whilst they focus on providing optimal solutions to challenges provided by industrial case study examples. The learning process here relies on developmental and experiential learning with students attempting at iterative improvements to the industrial processes and plant operations being studied with a view to create a “best fit” to the efficiency of use of the resources at hand, specific ecological setting and circular economy constraints regarding recycle, re-use and regeneration of resources. Two alternative approaches of iterative case study evaluations are presented and compared here; one relying on the “bottom-up” approach to systems identification and development to enable the use of new material and energy resources and the other on a “top-down” approach to evaluate and improve an existing system of complex and integrated process plant operations. In each case, the student is challenged in an increasing order of complexity of issues through a self-learning and evaluation process which also requires the necessary deepening of engagement with the normative knowledge base comprising of core engineering and applied science teaching curricula. The additional benefit of the student-centered teaching and learning (see also Tuzun 2020 [8]) is the ability to draw upon core scientific and engineering science “hands-on”; as opposed to classic passive learning by lectures and tutorials in advance of any case study applications to real-life challenges.
Riverbank filtration is carried out at natural conditions and may occur by lowering the groundwater stream under the surface water levels either by hydraulic boundaries such as a bank of channels or by groundwater abstraction at pumping wells. In addition, the mixing of the infiltrated river water with groundwater at the pumping outlet well and the bank filtrate's retention time have been studied and identified as one of the critical parameters that determine the efficiency of riverbank filtration and water quality. RBF water results of pH, conductivity, TDS, hardness, color, alkalinity, nitrate, nitrite, phosphate, silica, sulphate, chloride, and turbidity were complying with The Egyptian Ministry of Health and WHO guidelines. The present study showed that groundwater's iron and manganese data in the study region did not comply with Egyptian regulation (Fe more than 0.3 mg/l and Mn more than 0.4 mg/l). The river surface water quality results did not comply with Egyptian regulation in some parameters, such as microbiological parameters (total bacterial count more than 5000 CFU/ml). The examination of river surface water samples was positive in total coliform fecal coliform examination. The study has shown that the water quality results from the RBF water had high water quality, especially in values of Fe & Mn and also microbiological parameters. The correlation coefficient between DOC recorded, and DOC estimated was very strong (r was 0.94).
