Facility planning construction materials

Those elements of conventional laboratory design that must be refined for facilities in which toxic chemicals will be handled are presented. Alarms, communications, construction materials, containment cabinets, filter systems, floor plans, security, compressed gases, and waste disposal are discussed. Emphasis is given to design considerations dictated by the use of large numbers of fume hoods. 

Healthcare facilities, schools, hotels, residences, food storage areas, and manufacturing facilities such as electronics, food, pharmaceuticals, and other at-risk material production areas need to have a reaction plan for avoidance and control of airbone and surface sourced microbial contaminants. Strategies for control of microbes must exist for garments, beddings, linens, wipes, surgical fabrics, and other textiles used in healthcare operations and construction materials. 

The non-hydrocarbon components of crude oil may be small in volume percent, typically less than 1 %, but their influence on the product quality and the processing requirements can be considerable. It is therefore important to identify the presence of these components as early as possible, and certainly before the field development planning stage, to enable the appropriate choice of processing facilities and materials of construction to be made. 

An appropriate design team will demonstrate expertise in contamination control philosophies, space planning, code compliance, and mechanical and electrical design and will be familiar with materials of construction currently being used in pharmaceutical projects. It is frequently helpful to include a member of the construction team in the front-end planning effort to advise on constructibility of the facility being planned. Unrealistic construction schedules will be avoided and field rework will be minimized if appropriate attention is paid to the construction phase early in the planning process. 

Development is the preparation the facilities, equipment, and infrastructure required for extraction of the valuable mineral material. It includes land acquisition, equipment selection and specification, inlraslruclure and surface facilities design and construction, environmental planning and permitting, and initial mine planning. 

Many engineers associate materials selection only with the design and construction of new facilities, plant additions, or plant renovations. However, it is also part of a plant s routine maintenance activities, being a subject of discussion between operations, planning, and maintenance personnel. Such discussions usually illustrate the need for both short-term and long-term solutions. 

Unlike stockpile facilities, discussed next, no dedicated non-stockpile facilities have yet been completed. The PMNSCM plans to construct such facilities at two sites where large quantities of recovered chemical warfare material (RCWM) are stored the Munitions Assessment and Processing System (MAPS) at Aberdeen Proving Ground (APG), Maryland, and the Pine Bluff Non-Stockpile Facility (PBNSF) at Pine Bluff Arsenal (PBA), Arkansas. 

---