Right Concrete Plan for 100 m³/day in Kalimantan with 5 Workers

You need 100 m³ of concrete per day. You only have five workers on site. The project is in Kalimantan, where sites sit far apart, access roads get muddy, and rain comes fast. So you want a plan that is lean, mobile, and reliable. This guide shows clear options. It explains outputs, crew roles, and how to keep pours continuous. In short, you will see what works, why it works, and how to choose with confidence.

Project Goals and Constraints

The target is simple: 100 m³/day, consistent quality, and safe pumping. However, the path depends on crew size, haul distance, and weather. Because you only have five people, every machine must do more work with fewer hands. Therefore, we focus on compact, diesel-driven equipment with easy setup. We also plan for heavy rain and soft ground, since Kalimantan terrain often demands it. With that in mind, let’s define the performance we need before we pick machines.

Now that the goals are clear, we can convert them into output numbers and cycles. This helps you choose equipment that meets the target without oversizing the fleet.

Daily Output Math: What It Takes to Hit 100 m³

Assume one 8–10 hour shift. To reach 100 m³/day in 10 hours, you need an average of 10 m³/h at the pour front. Because site conditions vary, you should plan a 20–30% buffer. Thus, a nominal production of 12–14 m³/h keeps your pour continuous even if it rains or the haul path slows.

Next, match production to pump capacity. A trailer pump rated at 30–40 m³/h gives ample headroom. It runs steady at low to medium load. As a result, the pompa beton kodok stays efficient and easier to maintain. Meanwhile, mix supply must not starve the pump. Consequently, the mixer or plant must deliver at least 12–14 m³/h net.

With the math in place, we can test three lean configurations and see which one fits your crew and site best.

Option A: 1× Self-Loading Mixer + 1× Trailer Pump

Why this works with five people

One operator drives and loads the self-loading mixer (SLM). The dump goes straight into the pump hopper. One pump operator handles pumping. Three helpers manage rebar zones, slump checks, hoses, and site safety. Therefore, the crew stays within five.

Typical productivity and how to reach 100 m³

A 3.5–4.0 m³ class self loading truck mixer cycles fast and moves on rough ground. In real projects, it often delivers about 10–12 m³/h when haul distances are short and loading is smooth. If the road is long or rain slows loading, output may drop. To protect your target, set two tactics. First, stage aggregates close to the loading point. Second, keep a backup drum of water and admixture for quick slump control. With these, the pump gets a stable 12 m³/h, and you can reach 100 m³ in a 9–10 hour window.

Pros and cons

Pros: very mobile; low setup time; minimal crew; simple logistics. Cons: if the SLM pauses, the pump idles; quality control relies on disciplined batching; not ideal for long pump lines on steep slopes.

Because Option A is the leanest, it suits scattered pours, village roads, culverts, and housing pads. If your site moves often, this option saves time.

Option B: Mini Mobile Batching Plant (25–35 m³/h) + Trailer Pump

How to staff it with five people

You can run a compact mobile plant with one plant operator and one wheel loader operator. Add one pump operator and two helpers. That equals five workers. The loader feeds aggregates. The plant doses cement and water. The pump stays charged all day.

Why it hits 100 m³ comfortably

A 25–35 m³/h mobile plant produces consistent concrete. Even at a conservative net of 15–20 m³/h, you exceed the daily target with margin. Because batching is automatic, slump and mix proportions stay stable. As a result, you get better finish and fewer cold joints.

Pros and cons

Pros: stronger quality control; stable supply to the pump; better for longer pours. Cons: needs a loader; setup space required; slightly longer mobilization. Therefore, choose Option B if you pour slabs or foundations that demand steady, uniform concrete over several days.

Since Option B offers quality and buffer, it fits township roads, small bridges, and plant pads where tolerance is tight.

Option C: 2× Self-Loading Mixers + Mixer Pump (integrated)

Crew plan and flow

One operator per SLM. One mixer-pump operator. Two helpers on hoses and finishing. That also equals five. The SLMs shuttle in turns and feed the integrated mixer-pump. Because the pump and mixer sit together, the hose stays close to the pour.

Performance outlook

Two SLMs keep the concrete mixer pump machine loaded. Alternating dumps smooth the flow. In short hauls, you can hold 12–16 m³/h combined. This covers the 100 m³/day target with reserve. Furthermore, the integrated layout reduces setup, which helps if you move block to block.

Pros and cons

Pros: highly mobile; compact footprint; fewer hoses to reposition. Cons: coordination matters; road conditions affect cycle time; fuel and maintenance touch two SLMs. Nevertheless, this option shines when access is tight and the pour area changes every few hours.

Key Choices: Pump, Power, Mix Design, and Weather

Pump selection

Pick a diesel trailer pump rated at 30–40 m³/h with 80–100 bar class pressure. Because Kalimantan sites often need longer lines and bends, pressure headroom keeps the flow stable. If your site is very tight, consider a mixer pump to reduce equipment count.

Power and fuel

Select diesel power for pump and prime movers. Many sites lack stable grid power. Therefore, diesel keeps production running during rain or outages. Plan fuel for the full day plus a safety margin, since refueling delays stop the pour.

Mix design and quality control

Use a proven base mix for local aggregates. Check moisture and adjust water dosing at the start of each shift. Add a plasticizer for pumpability when lines run long. Because rain comes fast, set up a covered loading zone and protect cement from humidity. This simple step keeps slump stable.

Mobility and ground conditions

Lay steel plates or compacted gravel at loading and pump positions. Thus, wheels do not sink after storms. Keep a short, straight hose route when possible. Fewer bends mean fewer pressure spikes and less wear.

Which Option Should You Choose?

Choose Option A if you move frequently, have short hauls, and need the simplest setup. Choose Option B if quality tolerance is tight and you have space for a mini plant. Choose Option C if access is narrow and the workfront shifts all day. In every case, match the pump to a steady 12–14 m³/h net supply. Then align crew tasks so no one waits. As a result, you protect throughput and finish on time.

Since you have only five workers, start with a one-week pilot. Track actual m³ per hour, hose pressure, and downtime causes. Then fine-tune the cycle. A small change in haul path or loading order often adds 10–20% output.

Sample Crew Allocation for 5 Workers

Option A

SLM operator; pump operator; three helpers for hoses, rebar zones, and finishing.

Option B

Loader operator; plant operator; pump operator; two helpers for hoses and finishing.

Option C

Two SLM operators; mixer-pump operator; two helpers for hoses and finishing.

Because roles are clear, handovers run fast, and pours stay continuous. That consistency improves both quality and safety.

Practical Checklist Before the First Pour

Materials and logistics

Stock aggregates near loading. Confirm cement storage is dry. Stage admixtures and testing tools. Set a rain tarp over loading and pump areas.

Equipment readiness

Check wear parts, hoses, clamps, and seals. Test pump stroke and pressure. Calibrate plant or SLM dosing. Prepare spare hoses and a clamp kit on site.

Site flow

Mark haul lanes. Keep a clear buffer zone around the pump. Plan a safe washout area. Because cleanup delays the next pour, finish the cycle with a fixed routine.

Why AIMIX for Kalimantan Projects

We design lean, field-ready packages for island projects. We supply self-loading mixers, mini mobile batching plants, trailer pumps, and mixer pumps that work together. We also support you with layout drawings, cycle plans, and on-site commissioning. Therefore, you get a balanced solution, not just a list of machines. If you want a tailored 100 m³/day plan for a five-person crew, talk to us. We will size the plant, match the pump, and map the site flow for your actual roads, rains, and deadlines.

Ready to build smarter in Kalimantan? Contact AIMIX today via aimixgroup.id. Let’s turn your 100 m³/day target into a steady, safe, and proven daily routine.