The phrase "downstream supply chain" is correct and can be used in written English.
It is typically used in business or manufacturing contexts to refer to the series of steps involved in getting a product or service to the end customer. Example: Our company has been facing delays in the downstream supply chain due to disruptions in raw material deliveries.
This paper proposes an intelligent performance measurement system (K-LPMS) for measuring the performance of 3PL providers and their upstream and downstream supply chain partners.
Effective fulfillment of product families necessitates joint decision making of product family configuration (PFC) and downstream supply chain configuration (SCC), due to nowadays manufacturers' moving towards assembly-to-order production throughout a distributed supply chain network.
With the rise of smart home devices like the Amazon Echo and Google Home, consumer trends and behavioral data can inform downstream supply chain and manufacturing activities.
Finally, the effects of relational proximity on ratings is exemplified by customers and suppliers, as proxies for upstream and downstream supply chain partners respectively.
Forward linkage indicates the sensitivity of dispersion of a sector, i.e., the degree to which unit production in the sector induces production in all the sectors in the downstream supply chain.
The focus of PFA planning has been traditionally limited to the product design stage, yet with limited consideration of the downstream supply chain-related issues.
To enable learners to understand how changes to production systems might not only affect neighboring production systems, but also building services, maintenance activities, up- and downstream supply chains and even product life cycle, the authors propose a virtually extended environment tightly intertwined with the physical learning factory.
Industries using petrochemical products such as plastics and printing ink should enhance their low-carbon management via-à-vis supply destinations, i.e., downstream supply chains.
A real-world example motivates the case study, based on the downstream oil supply chain of mainland Portugal, which is used to validate the applicability of the stochastic model.
Secondly, the complexity of interconnections between industries and regions located upstream or downstream the supply chain of urban economic activity makes it difficult to implement specific, effective and efficient decarbonisation policies.
This paper proposes a deterministic mixed integer linear programming (MILP) model for downstream petroleum supply chain (PSC) network to determine the optimal distribution center (DC) locations, capacities, transportation modes, and transfer volumes.
