 |
| |
| The quality of medicine and pharmaceutics must meet high standards for safety and efficacy. This quality should be designed into the products, but requires verification by measurements such as material identification and content uniformity. By employing MVA throughout product design and development, one will have the process and product understanding that assures quality. |
|
|
 |
| |
| Focus on environment and the uncertain economy are concerns for the energy industry and put demands on optimizing production to cut costs and maximize return on investment. MVA are successfully used for performance prediction, understanding complex processes, planning maintenance and forecasting. Use of MVA models is critical in providing high product quality. |
|
|
 |
| |
| The chemical industry is facing new challenges with global environmental issues, capacity expansion, changes in technology and available materials. MVA is a key decision tool to analyze process data and relate them to quality, production costs, and environmental impact. MVA tools can also be applied to optimize processes, reduce cycle time, and increase the safety of operations. |
|
|
 |
| |
| The food industry is more regulated than ever. Intensive quality control can delay the release of a product and decrease the potential production capacity. MVA tools can aid in product development, process design and optimization. An optimal process with key integrated control methods is a huge competitive advantage that can be achieved using our MVA tools. |
|
|
