The phrase "a design capacity" is correct and usable in written English.
It can be used when referring to the maximum output or capability of a system, product, or process in terms of design specifications.
Example: "The factory has a design capacity of 500 units per day, ensuring efficient production levels."
Alternatives: "a production capacity" or "a maximum capacity".
The nine-unit power plant associated with the dam has a design capacity of 2,700 megawatts of electricity, and the water impounded is used to irrigate some 1,600,000 acres (650,000 hectares) of farmland.
Ms. Ward, whose fair features and pulled-back hair, framed by a wardrobe of only black, recall the luminous subjects of Vermeer paintings, had worked with Helmut Lang for 13 years, partly in a design capacity, until he left his company last year.
The mine was formally put into production in 2002 with a design capacity of 4 million t/a.
The plant has a design capacity of 25 m3/dandand is operated for 12 h a day.
This study focused on the main STP that has a design capacity of 170,000 population equivalents treating averagely 8.5 mio m3 of wastewater per year.
The investigated annealing line was constructed in late 1980s with a design capacity of 350,000 t/y.
A dedicated heavy-ion treatment center at the Radiological Clinic Heidelberg with a designed capacity of 1000 patients per year is under construction.
Hyflux Ltd has announced that through its wholly-owned entity Hyflux Utility (India) Pte Ltd – together with its Japanese partners Hitachi Ltd and Itochu Corp – it has signed an agreement for the development of a sea-water desalination plant with a designed capacity of 336 000 million7 million gallons) per day to be located in the Dahej Special Economic Zone (SEZ) in the state of Gujarat, India.
A theoretical design capacity method was adopted in this study to compare its prediction to the experimental data.
At a relative design capacity of 75% in Harbin, 35% in Shenyang, 50% in Beijing, and 50% in Zhengzhou, ESR can reach 21.6%, 24.3%, 26.2% and 26.3%.
Once developed, it is intended to utilise such models in a diagnostic design capacity, to assist in the formulation of strategies to improve the performance of new and existing urban drainage systems under different climate change scenarios.
