1. Feedstock supply: The availability, quality, and cost of the feedstock to be used in the production of liquid fuel must be considered.
2. Process efficiency: The process used to convert the waste into liquid fuel must be efficient, reliable, and cost-effective.
3. Environmental impact: The facility must comply with environmental regulations, and minimize its impact on the environment, including air, water, and land.
4. Energy usage: The facility must use energy efficiently to minimize operational costs and reduce greenhouse gas emissions.
5. Product quality: The quality of the liquid fuel produced must meet established standards to ensure that it can be used effectively.
6. Safety and security: The facility must ensure the safety of its employees and nearby residents, as well as protect against potential security threats.
7. Permitting and zoning: The facility must comply with local zoning laws and obtain necessary permits before construction.
8. Infrastructure: The facility must have adequate infrastructure, including transportation and storage facilities, to support the production and transport of the liquid fuel.
9. Economic viability: The facility must be economically viable, with a reasonable return on investment and sufficient demand for its products.
10. Scalability: The facility design should allow for scalability, to accommodate changes in demand and future expansion.
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