"per unit of production" is a correct and usable phrase in written English.
You can use this phrase when referring to the cost of a unit of something, usually in a business or economic context. For example: "The cost per unit of production has gone down significantly since introducing the new materials."
To reduce the impact of high equipment costs on a "per unit of production" basis and to increase overall profits, some logging companies are using extended working hours.
However, the literature (Dasgupta et al. 2002; Little et al. 1987; U.S. EPA 2001a) indicates that smaller facilities tend to emit more pollution on a per unit of production basis than do larger units, so our imputed data likely underestimate emissions from non-TRI-reporting facilities.
When calculating the cost-price per unit of production, the cash value of the by-products (sold externally or used as a substitute in another enterprise/subsystem of the farm), must be subtracted from the Total Gross Costs.
These performance improvements, often in the areas of quality, cost, and delivery (QCD) may be external in areas affecting customer satisfaction, and internal in areas such as improving average productivity obtained per staff member, or per unit of production area floor space.
By increasing productivity, training programs can hold down corporate labor costs per unit of production for years to come.
As a developing nation, India is concerned with how it can develop while lowering the emissions intensity the amount of emissions per capital or per unit of production.
It is most important to emphasise that it is the rates of methane production per unit of product produced over a life time which is important in identifying where it is possible to make a major reductions in methane emissions.
The results are low yields per animal or land unit and high production costs per unit of product.
Some are in the form of hard (mass-based) emissions caps, while others are in the form of rate-based emissions caps, either emissions per unit of economic activity, or emissions per unit of output (such as per unit of electricity production).
The amounts of water needed for industry were calculated by multiplying water demand per unit of industrial production by a measure of industrial production (in units of production).
Figure 11: The methane produced per unit of milk production in unsupplemented (fed traditionally) or supplemented (new feeding systems) cows in India with moderate levels of production.
