Sistem pengurasan tambang & lubang tambang
Sering hadir dalam industri minyak dan gas dan sebagai produk sampingan spesifik dari proses reverse osmosis, air garam menghadirkan tantangan yang signifikan dan mahal bagi operator industri. Hasilnya adalah produk sampingan yang sangat asin yang tidak dapat dilepaskan kembali ke lingkungan karena tingginya tingkat kontaminan dan Total padatan terlarut (TDS). Evaporator Minetek dapat memproses air dengan tingkat Total Padatan Terlarut (TDS) dan Total Padatan Tersuspensi (TSS) yang tinggi dan kisaran pH serendah 1,8 dan setinggi 14.
Our water evaporation solutions offer versatility and a cost-effective solution to achieving brine water disposal without the need for pre-treatment. Our expertise extends to salt water disposal, providing effective methods to dispose of salt water safely and efficiently.
Penghematan biaya
Significantly reduce operational costs by minimising the need for off-site brine water disposal and water treatment costs.
Tanggung jawab terhadap lingkungan
Minimise your environmental impact by eliminating the need for traditional liquid waste disposal methods and learn how to dispose of salt water. This reduces the risk of excess water storage.
Solusi seluler & terukur
Sistem kami dapat beradaptasi dengan kebutuhan operasi minyak & gas Anda yang terus berkembang, memastikan sistem tersebut tetap efektif seiring dengan pertumbuhan Anda.
Kepatuhan terhadap peraturan
Minetek membantu Anda menavigasi dan melampaui peraturan lingkungan yang ketat, memastikan aktivitas Anda tetap patuh.
Standalone or hybrid dewatering solution
Minetek’s evaporation technology is a cost-effective standalone or hybrid dewatering solution. With the ability to process varying water qualities, including solids up to 4.0mm in diameter and waste water with a pH level ranging from 1.8 to 14+. Minetek’s evaporation technology is a cost-effective standalone or hybrid dewatering solution. Our units pump large volumes of water at high pressure through specially configured nozzles atomising the water into tiny droplets. During this process, a percentage of the water will evaporate, and a percentage will fall back into the water source along with any solids, salts, heavy metals or contaminants.