The phrase "a cost effective system for" is correct and usable in written English.
It can be used when describing a system that provides good value for the money spent, particularly in business or technical contexts.
Example: "Our company has developed a cost effective system for managing inventory that reduces waste and increases efficiency."
Alternatives: "an economical solution for" or "a budget-friendly approach to".
In the next three years, they instituted proper accounting procedures, cut overhead costs, let a number of "Gospel Hour" administrators go (including Falwell's brother-in-law), and, perhaps most important, adopted a cost-effective system for buying radio and television time.
The combined semi-continuous culture and temporary culture described in this chapter offers a cost-effective system for laboratory bio-production of C2T.
Transgenic plants represent a cost-effective system for the production of therapeutic proteins and are widely used for the production of poultry vaccines.
A low-temperature heat driven heat engine is proposed as a cost-effective system for power and heat production for small scale applications.
Successes have been achieved as a result of these efforts: A cost-effective system for producing safe drinking water at the village level has been devised in India; many nations have launched aggressive antismoking campaigns; and Thailand, the Philippines, India, and Pakistan have all begun to reduce their use of lead in gasoline, with resultant declines in children's blood lead levels.
The system is proposed to be an easy and cost effective system for quantification of BALP as an alternative to batch wise wheat germ specific binding technique.
It is generally believed that cost effective systems for estimating and monitoring deforestation and changes in carbon stocks can be designed and implemented using a combination of remote sensing assessments and ground based measurements [1].
It is generally believed that cost effective systems for estimating and monitoring deforestation and changes in carbon stocks can be designed and implemented using a combination of remote sensing assessments and ground based measurements [ 1].
The demonstration that parenteral administration of synthetic peptides of the E2 is able to induce neutralizing antibodies [ 4, 7, 17] has drawn attention to setting up cost effective systems for epitope production.
