Solusi IndustriIndustry Solutions
Industrial Water Treatment
Program pengolahan air industri menyeluruh dari intake hingga effluent.
Comprehensive industrial water treatment from intake to effluent.
Program pengolahan air industri menyeluruh dari intake hingga effluent.
Comprehensive industrial water treatment from intake to effluent.
Klik tombol ⓘ di setiap unit untuk melihat tantangan dan rekomendasi produk kimia Agnitek pada setiap tahap pengolahan air.
Click the ⓘ button on each unit to see challenges and Agnitek chemical product recommendations at each water treatment stage.
Pengambilan air baku dari sumber sungai atau laut. Kualitas air baku bervariasi — memerlukan pre-treatment untuk mengendalikan sedimen, organik, dan pertumbuhan biologi.
Raw water intake from river or sea sources. Raw water quality varies — requires pre-treatment to control sediment, organics, and biological growth.
Penyaringan partikel kasar dari air baku menggunakan bar screen dan fine screen. Pencegahan biofouling pada screen menjadi perhatian utama.
Removal of coarse particles from raw water using bar screens and fine screens. Biofouling prevention on screens is a primary concern.
Penambahan koagulan untuk menghilangkan partikel koloid dan suspended solid. Pemilihan jenis dan dosis koagulan yang tepat sangat menentukan efisiensi proses downstream.
Addition of coagulant to remove colloidal particles and suspended solids. The right coagulant type and dosage is critical for downstream process efficiency.
Penambahan flokulan polimer untuk memperbesar flok agar mudah mengendap. Pemilihan polimer kationik/anionik/nonionik sesuai karakteristik air baku sangat kritis.
Addition of polymer flocculant to enlarge flocs for easier settling. Selection of cationic/anionic/nonionic polymer according to raw water characteristics is critical.
Pengendapan flok dalam clarifier atau sedimentation basin. Efisiensi clarifier dipengaruhi oleh kualitas flok, beban permukaan, dan pengendalian sludge blanket.
Floc settling in clarifiers or sedimentation basins. Clarifier efficiency is influenced by floc quality, surface loading, and sludge blanket control.
Penyaringan partikel tersisa melalui media filter (pasir, antrasit, atau multimedia). Biofouling dan chemical fouling pada media filter perlu dikendalikan.
Removal of remaining particles through filter media (sand, anthracite, or multimedia). Biofouling and chemical fouling on filter media need to be controlled.
Inaktivasi bakteri dan mikroorganisme. Biocide yang efektif dan pengendalian dosis untuk memenuhi standar kualitas air proses industri.
Inactivation of bacteria and microorganisms. Effective biocide and dose control to meet industrial process water quality standards.
Penyimpanan air bersih sebelum distribusi. Pemeliharaan kualitas air dan pencegahan recontaminasi selama penyimpanan.
Clean water storage before distribution. Water quality maintenance and prevention of recontamination during storage.
Sistem pompa distribusi air bersih ke pengguna akhir. Perlindungan pompa dari korosi dan kavitasi serta pengendalian kualitas air selama distribusi.
Clean water distribution pump system to end users. Pump protection from corrosion and cavitation, plus water quality control during distribution.
Pemekatan sludge dari clarifier untuk mengurangi volume sebelum dewatering. Polimer thickening agent meningkatkan efisiensi pemekatan.
Sludge concentration from clarifiers to reduce volume before dewatering. Thickening agent polymer improves concentration efficiency.
Pemisahan air dari sludge menggunakan filter press atau centrifuge. Polimer dewatering aid yang tepat meningkatkan cake dryness dan efisiensi press.
Water separation from sludge using filter press or centrifuge. The right dewatering aid polymer improves cake dryness and press efficiency.
Pengeringan sludge secara alami di drying bed sebelum disposal atau pemanfaatan.
Natural sludge drying on drying beds before disposal or utilization.
Pembuangan atau pemanfaatan sludge kering sesuai regulasi lingkungan.
Disposal or utilization of dried sludge in accordance with environmental regulations.
Tangki penyimpanan air untuk backwash filter. Kualitas air backwash mempengaruhi efektivitas pencucian filter.
Water storage tank for filter backwashing. Backwash water quality affects filter cleaning effectiveness.
Pompa untuk mengalirkan air backwash ke filter. Perlindungan korosi pada pompa dan pipa backwash untuk memperpanjang umur peralatan.
Pump for delivering backwash water to filters. Corrosion protection on pumps and backwash pipes to extend equipment life.
Penyimpanan dan sistem dosing bahan kimia ke dalam proses. Area ini adalah titik kendali utama — akurasi dosis menentukan efisiensi dan keekonomian program chemical treatment.
Chemical storage and dosing systems for the process. This is the main control point — dosage accuracy determines the efficiency and economics of the chemical treatment program.
Blower udara untuk air scouring filter — membersihkan media filter lebih efektif dibanding backwash biasa.
Air blower for filter air scouring — cleans filter media more effectively than standard backwashing alone.
Pusat kendali dan monitoring operasional fasilitas. Sistem kontrol dosing otomatis untuk mengoptimalkan program chemical treatment secara real-time.
Operations control and monitoring center. Automated dosing control systems to optimize the chemical treatment program in real-time.
Fasilitas pengujian kualitas air dan evaluasi performa chemical. Tim laboratorium Agnitek siap mendukung monitoring dan optimasi dosis secara berkala.
Water quality testing and chemical performance evaluation facility. Agnitek's laboratory team is ready to support regular monitoring and dosage optimization.
Kualitas air baku yang berfluktuasi — terutama di musim hujan — menyulitkan penentuan dosis yang tepat dan menurunkan efisiensi koagulasi-flokulasi secara keseluruhan.
Fluctuating raw water quality — especially during rainy season — makes accurate dosing difficult and reduces overall coagulation-flocculation efficiency.
Pertumbuhan bakteri dan alga pada sistem pengolahan air menyumbat filter, menurunkan kapasitas, dan mengkontaminasi air olahan.
Bacterial and algae growth in water treatment systems clogs filters, reduces capacity, and contaminates treated water.
Volume sludge yang besar dari proses koagulasi-flokulasi memerlukan penanganan yang tepat. Pemilihan polimer dewatering yang sesuai menentukan efisiensi dan biaya operasional.
Large sludge volumes from the coagulation-flocculation process require proper handling. The right dewatering polymer determines operational efficiency and costs.