In mining and dewatering operations, a flow meter for dewatering is a specialized instrument that measures the flow rate (volume per time, e.g., liters per second or cubic meters per hour) of water or slurry being pumped out of a site. This includes groundwater from pits or sumps, seepage from underground workings, reclaimed process water, […]
Balikpapan adalah kota industri migas dengan standar keamanan perpipaan yang paling ketat di Indonesia. Fasilitas Pertamina, kilang minyak, dan kawasan industri Kariangau menggunakan spesifikasi pipa baja berstandar internasional. Aiko Pipa menyediakan pipa baja yang memenuhi standar industri migas untuk proyek-proyek di Balikpapan dan seluruh Kalimantan Timur. Lihat lebih lanjut tentang Aiko Pipa di aikopipa.co.id. Temukan
Palembang adalah kota industri petrokimia dan perkebunan terbesar di Sumatera Selatan. Kilang Pertamina Plaju, kawasan industri Sungai Gerong, dan jaringan infrastruktur kota terus berkembang dan membutuhkan pasokan pipa baja yang konsisten. Aiko Pipa hadir sebagai supplier pipa baja yang tepat untuk semua kebutuhan industri dan konstruksi di Palembang. Kenali Aiko Pipa lebih jauh di aikopipa.co.id.
Dewatering in engineering is the process of removing water—such as groundwater, surface water, seepage, or process water—from a specific location to create dry, stable, and safe working conditions. This is a fundamental technique across several engineering disciplines, including civil, geotechnical, mining, and construction engineering. The goal is to lower the water table, drain excess moisture,
Jakarta adalah kota dengan proyek perpipaan terbesar dan terpadat di Indonesia. Gedung pencakar langit, kawasan industri, dan jaringan distribusi air PDAM DKI semuanya bergantung pada pipa yang andal. Aiko Pipa hadir sebagai supplier pipa HDPE terpercaya untuk proyek skala kecil hingga mega proyek di seluruh Jakarta. Kenali lebih lanjut tentang Aiko Pipa di aikopipa.co.id. Lihat
Underground mine dewatering is the critical process of removing or controlling groundwater, seepage, and process water from below-ground mining workings. When mines extend below the natural water table, water infiltrates through fractures, faults, porous rock, or roof/floor seepage—potentially causing flooding, unstable ground, equipment damage, safety hazards, and halted production. Effective dewatering keeps shafts, tunnels, stopes,
Slurry buildup on mining equipment—like pumps, pipelines, sumps, valves, and chutes—causes blockages, reduced flow, increased wear, higher energy use, and costly downtime. In abrasive mining environments (common in Indonesian coal, nickel, or gold sites), solids settle, cake up, or erode surfaces if not managed properly. Preventing buildup starts with good design, consistent monitoring, and proactive
In the mining industry, chemicals used in dewatering primarily aid in solid-liquid separation processes. They help aggregate fine particles in slurries or tailings, speed up settling, improve water clarity in thickeners, reduce moisture in filter cakes, and enhance overall efficiency in tailings management, concentrate dewatering, and wastewater treatment. These chemicals are most commonly applied in
Pipeline dewatering in the mining industry refers to the process of removing water (and often associated solids or slurry) from mining pipelines, sumps, or transport systems to maintain efficient flow, prevent blockages, reduce wear, and support safe operations. It focuses on clearing accumulated water or dilute slurry from dewatering lines, tailings pipelines, process pipes, or
In the mining industry, slurry plays a central role in moving materials efficiently and safely. A slurry is a mixture of solid particles (like ore, tailings, or minerals) suspended in a liquid, usually water. This creates a pumpable fluid that makes transporting heavy or abrasive materials much easier than using trucks or conveyors. Mining operations
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