Optimizing Non-linear Chemical Engineering Applications

Hydrogen systems pose their own unique hazards which increase the costly risk of unplanned releases, fires and explosions.

The development of new and improved chemicals and formulated products is costly and time-consuming due to the experimental programs required to explore all available chemistries, ingredients, and process options.

The new product-oriented chemical industry has three categories of products with different key characteristics. The first and most obvious category is commodities, the same products that used to dominate the chemical enterprise. The key for producing these products is their cost. The second and third categories of products may be less familiar. The second category involves molecules with molecular weights of 500 to 700 and with specific social benefits. The most obvious examples are pharmaceuticals. The key to their production is their time to market, i.e., the speed of their discovery and production. The third category includes products where the value is added by a specific microstructure. The key to these products is their function. For example, I don’t care why my shoes shine after I have applied polish; I only care that they do shine. Customers pay a premium for such a function.

Organizations of many kinds are creating lists of chemicals of concern and related restrictions, from regulatory agencies to manufacturers, brands, large scale purchasers, retailers, and NGOs. It can be overwhelming to track and manage these lists. Existing lists are constantly changing, and new lists are being continuously created. Learn about the thinking behind these lists and how tools including GreenScreen List Translator™ can help in the evaluation and prioritization of chemicals for your organization.