Collaborative Industrial Optimization
This is the intelligent shift we must make to transition industrial systems to support long-term sustainability and profitability. The key to our approach is to optimally utilize rail and road networks in a cohesive, multimodal transportation system for supply chains.
Where we mine, grow, and manufacture can now be thoughtfully planned to maximize efficiency and minimize negative impacts at each step, as well as between them. How goods are moved to and from an industrial site is as important as the activities at the site itself, yet we aren’t planning and investing with this fundamental understanding in mind.
The current approach—simply moving more freight without considering how, where, and what we move—is short-sighted and unsustainable.
OTNA’s process for redesigning industrial systems integrates public-sector planning with private-sector commerce and capital, simultaneously benefiting industrial activity, communities, and the environment. This approach yields significant benefits through the reconceptualization of end-to-end industrial systems, particularly in the transportation and processing of minerals, forest materials, and solid waste into valuable products and sustainable energy.
The transition to Collaborative Industrial Optimization fundamentally changes how we measure success, incorporating sustainability into performance measures, recognition, and compensation for individuals in companies and agencies.