Chemistry, asked by jawaidali931, 3 months ago

a solution which is 80% oil, 15% usable by-products, and 5% inpurities, enters a refinery. one output is 92% oil and 6% usable by-product. the other output is 60% oil and flowa at the rate of 1000 l/h. (a) what is the flow rate of the input

Answers

Answered by basarvada

Answer:

The first phase in petroleum refining operations is the separation of crude oil into its major constituents using 3 petroleum separation processes: atmospheric distillation, vacuum distillation, and light ends recovery (gas processing).

I hope it helps you

Previous Question

Next Question

Similar questions

Physics, 1 month ago

who found the electricity...

Math, 1 month ago

write a c program to print the nth prime number after a given number m...

Computer Science, 1 month ago

what are the memory ...

Chemistry, 3 months ago

Why is it important to know the properties of both solutes and solvents when preparing a solution that is expected to meet a certain need?

Math, 3 months ago

Add the following 3a²+(-4a²)+7a²+(-5a²)...

English, 10 months ago

An old man lived beside the lake in this sentence which is phrase...

English, 10 months ago

After a series of steep ascents the bike race _______, mercifully, on a flat stretch where bikers race for the finish line.

History, 10 months ago

The basis of both the Japanese and European feudal systems was...

a solution which is 80% oil, 15% usable by-products, and 5% inpurities, enters a refinery. one output is 92% oil and 6% usable by-product. the other output is 60% oil and flowa at the rate of 1000 l/h. (a) what is the flow rate of the input​

Answers

a solution which is 80% oil, 15% usable by-products, and 5% inpurities, enters a refinery. one output is 92% oil and 6% usable by-product. the other output is 60% oil and flowa at the rate of 1000 l/h. (a) what is the flow rate of the input