Plan development structure

Identify potential applications for technology in transportation security with a focus on likely threats derived from threat analyses that drive security system requirements. Review security system developments structured to meet the changing threat environment. Assess government and commercial industry plans designed to address these threats. 

In 1948, the government of India announced a policy of planned development and regulation of industries. The objective was to arrive at a mixed economy which overall would be beneficial to the nation. Since India is dedicated to a form of social control through democratic procedures, the term mixed economy refers to ownership of industrial units supported partly by public funds and partly by private funds. Modifications have been made from time to time in the policy and in the actual administrative structure. 

Although the plans developed by each student were unique, they nevertheless exhibited many similarities in their general or overall structure. In particular, the following types of plans emerged frequently. The analysis and description of the different plans are based on the 85 problem-solving episodes of the 17 students during the second PSE session. 

Opportunities exist to minimize waste through the planning and structure of industrial development, where surplus process or utility streams from one plant or industrial facility can usefully be utilized by separate plants or facilities. This exchange can often be across distinct industry sectors. 

Construction contractors, responsible for executing the plans developed by the architect, mechanical engineer, and structural engineer. 

Contamination (radioactive) the deposit of unwanted radioactive material on the surfaces of structures, areas, objects, or people where it may be external or internal Contingency plan an emergency plan developed in expectation of a disaster contingency plans are often based on risk assessments, the availability of human and material resources, community preparedness, and local and international response capabilities... 

To make the correlation results applicable for the field development process it may be desirable to display the correlated units in their true structural position. For instance if water injection is planned for the field, water should enter the structure at or below the owe and move upwards. Hence the correlation panel should visually show the sand development in the same direction. For this, all markers on the panel are displayed and connected at their TVSS position (Fig. 5.43). This is called a structural correlation. 

Other information that can be obtained from such map is the location of faults, the status and location of wells and the location of the fluid contacts. Figure 5.45 shows some of the most frequently used map symbols. Structural maps are used in the planning of development activities such as well trajectories/targets and the estimation of reserves. 

At the development planning stage, a reservoir mode/will have been constructed and used to determine the optimum method of recovering the hydrocarbons from the reservoir. The criteria for the optimum solution will most likely have been based on profitability and safety. The model Is Initially based upon a limited data set (perhaps a seismic survey, and say five exploration and appraisal wells) and will therefore be an approximation of the true description of the field. As development drilling and production commence, further data is collected and used to update both the geological model (the description of the structure, environment of deposition, diagenesis and fluid distribution) and the reservoir model (the description of the reservoir under dynamic conditions). 

If the original field development plan was not based on a 3-D seismic survey (which would be a commonly used tool for new fields nowadays), then it would now be normal practice to shoot a 3-D survey for development purposes. The survey would help to provide definition of the reservoir structure and continuity (faulting and the extension of reservoir sands), which is used to better locate the development wells. In some cases time-lapse 3-D seismic 4D surveys carried out a number of years apart, see Section 2) is used to track the displacement of fluids in the reservoir. 

Figure 14.12 Organisational structure for operations and development planning...

The retrosynthetic analysis of a target compound is a systematic approach in developing a synthesis plan starting with the target structure and working backward to available starting materials. 

This sample is designed to summarize the key steps in the process a centralized company or division plans to follow in developing PSM. Note that the primary difterences indicated relate to reporting requirements and timeframe the process components remain the same regardless of organizational structure or management style. 

---