What Asphalt Plant Capacity Is Needed to Resurface a 10 km City Road, 8 m Wide, with 5 cm Thickness?

Resurfacing city roads efficiently requires careful planning, especially when determining the right asphalt plant capacity. If you face a project to resurface a 10-kilometer-long city road that is 8 meters wide and 5 centimeters thick, understanding the asphalt production capacity you need is crucial. This article guides you through the key calculations and considerations, helping you select the ideal plant mix asphalt for your project without overspending or causing delays.

Why Asphalt Plant Capacity Matters for Road Resurfacing Projects

Choosing the correct asphalt plant capacity can directly impact project costs, timelines, and quality. If the capacity is too small, your project may experience production bottlenecks, causing delays and extra expenses. Conversely, oversizing your asphalt mixing plant Indonesia means higher initial investment and unnecessary operational costs. Thus, balancing production needs with project scale is essential.

Before diving into numbers, let's first clarify the project's material requirements and the factors influencing the asphalt plant capacity you need.

Calculating Asphalt Volume Required for the Road Resurfacing

Step 1: Calculate the Road Surface Area

The road area equals length multiplied by width:

Area = 10,000 m (10 km) × 8 m = 80,000 m²

Step 2: Calculate the Asphalt Volume Needed

Multiply the area by the thickness (converted to meters):

Volume = 80,000 m² × 0.05 m = 4,000 m³

This means your project requires about 4,000 cubic meters of asphalt mix.

Determining the Asphalt Plant Capacity Based on Project Duration

Once you know the volume needed, the next key step is to determine how quickly you must produce the asphalt. The asphalt plant capacity should align with the daily work schedule and project deadlines.

Step 1: Define Your Project Timeline

For example, if you plan to complete the resurfacing in 10 working days, you must produce:

Daily asphalt volume = 4,000 m³ ÷ 10 days = 400 m³/day

Step 2: Convert Daily Volume to Hourly Production

Assuming 8 working hours per day, calculate hourly production:

Hourly production = 400 m³ ÷ 8 hours = 50 m³/hour

Therefore, an asphalt plant with at least 50 m³ per hour capacity would meet this schedule.

Additional Considerations Affecting Asphalt Plant Capacity

Besides basic volume and time, several factors influence your required plant capacity.

Material Availability and Supply Chain

Reliable and timely delivery of raw materials affects production continuity. You may need a plant with extra capacity to buffer unexpected delays or increased demand.

Site Conditions and Equipment Mobility

If the project location is remote or access is limited, consider a mobile asphalt plant. Its flexibility helps maintain steady production without logistical issues.

Quality Requirements and Mix Complexity

Complex mixes or stricter quality standards may reduce plant output speed. In this case, select a hot mix plant near me with slightly higher nominal capacity to compensate.

Choosing the Right Asphalt Plant for Your City Road Resurfacing

With all factors considered, an asphalt plant with a capacity between 50 to 60 m³/hour is a practical choice for resurfacing a 10 km, 8 m wide road with a 5 cm layer within 10 days.

This capacity balances production speed and investment costs. It allows some flexibility to handle project variations without causing delays.

How We Can Help You Meet Your Asphalt Production Needs

If you are planning a city road resurfacing project and want to select the right asphalt plant, we can guide you. We offer a range of reliable asphalt plants tailored to various capacities and project scales.

Our team understands the importance of matching plant capacity to real project requirements. We help you avoid overspending on oversized equipment while ensuring your production goals are met on time.

Contact us today to discuss your project details. Together, we will find the best asphalt plant solution that fits your budget, schedule, and quality expectations.