Convert liter/day [L/d] to cubic centimeter/hour Online | Free flow Converter

Day [L/d]

Liter per day (L/d) is a unit of volumetric flow rate that measures the amount of liquid passing through a system over a 24-hour period. One liter equals 1,000 cubic centimeters, so L/d quantifies how many liters of fluid flow or are consumed each day. This unit is widely used in water supply, wastewater management, agriculture, and medical applications to track daily fluid usage or delivery. For example, municipal water authorities often express household or industrial water consumption in L/d to plan supply, treatment, and storage efficiently. In agriculture, irrigation systems are designed based on the daily water requirements of crops, often calculated in liters per day. In healthcare, fluid intake or output for patients, such as intravenous fluids, is also monitored in L/d to ensure proper hydration and medical treatment. Compared to L/h, this unit provides a long-term perspective, suitable for planning and monitoring fluid systems over a full day. Using liters per day allows engineers, planners, and healthcare professionals to manage, optimize, and conserve fluid resources effectively, ensuring sustainability, efficiency, and reliability in both residential, agricultural, and industrial contexts.

Centimeter/Hour [cm³/h]

Cubic centimeter per hour (cm³/h) is a unit of volumetric flow rate that measures the volume of a fluid—liquid or gas—moving through a system over one hour. One cubic centimeter is the volume of a cube with sides of one centimeter, so cm³/h quantifies how many such small volumes flow every hour. This unit is widely used in laboratory experiments, medical infusions, chemical dosing, and precision fluid systems where very low flow rates must be accurately controlled. For example, in medical applications, intravenous medication or nutrient delivery is often regulated in cm³/h to ensure patients receive the exact required dose over time. In chemical or analytical laboratories, pumps dispensing reagents rely on cm³/h measurements for accurate reactions and experiments. Compared to cm³/d, this unit provides finer resolution for processes that require monitoring on an hourly basis, making it ideal for controlled, slow, and continuous flows. Using cubic centimeters per hour allows scientists, engineers, and technicians to measure, manage, and optimize fluid delivery with high precision, ensuring accuracy, safety, and consistency in applications where small variations can significantly affect results.