OWS Treatment TechnologiesTreatment technologies of the Oily Water Sep terjemahan - OWS Treatment TechnologiesTreatment technologies of the Oily Water Sep Bahasa Indonesia Bagaimana mengatakan

OWS Treatment TechnologiesTreatment

OWS Treatment Technologies

Treatment technologies of the Oily Water Separators can be summarized according to the method that is being used to separate oily mixtures. The following information has been extracted from EPA’s 2011 report on Oily Bilge Water Separators.

Gravity Oily Water Separators: Gravity OWS use parallel plate or filter coalescing technologies to separate oil from water by using the different specific gravities of the two liquids and their immiscibility with each other. Bilgewater is heated to approximately 120° F prior to OWS treatment in order to improve the separation of oil. The OWS contains a coalescing material, which is typically polypropylene that may be in the form of parallel plates or loose packed media. Free and dispersed oil droplets in the bilgewater adhere to the coalescing material as it passes through the OWS. These droplets continue to coalesce and then break free from the plates or media and rise to the surface of the OWS tank. The OWS contains sensors that detect the presence of oil and trigger the OWS to automatically pump the collected oil to a waste oil tank.
Centrifugal Separators: Centrifugal separators, like gravity OWS, employ the difference in density between oil and water and coalescence of oil droplets to separate oil from bilgewater. However, they do so by greatly multiplying gravity using centrifugal acceleration. In addition, high centrifugal force can mechanically induce flocculation and coagulation to separate emulsified oil. Compared to conventional gravity OWS, centrifugal separators are compact and highly efficient, do not require large bilgewater holding tanks and generate minimal waste volume.
Polishing Treatment For Bilge Separators: The addition of treatment stages makes bilge separators more reliable by providing some redundancy to withstand problems or failure of individual stages. This includes one or more polishing steps which is an added cost to the operation of a ship. Most certified bilge separators combine several post-gravity OWS/centrifuge unit operations such as: Biological Treatment, Coagulation and Flocculation, Flotation, Membrane Technologies (ultrafiltration). These technologies can all be considered post-OWS polishers, as gravity OWS (or centrifuge) treatment is a typical first step for bulk removal of non-aqueous phase components.
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OWS Treatment TechnologiesTreatment technologies of the Oily Water Separators can be summarized according to the method that is being used to separate oily mixtures. The following information has been extracted from EPA’s 2011 report on Oily Bilge Water Separators.Gravity Oily Water Separators: Gravity OWS use parallel plate or filter coalescing technologies to separate oil from water by using the different specific gravities of the two liquids and their immiscibility with each other. Bilgewater is heated to approximately 120° F prior to OWS treatment in order to improve the separation of oil. The OWS contains a coalescing material, which is typically polypropylene that may be in the form of parallel plates or loose packed media. Free and dispersed oil droplets in the bilgewater adhere to the coalescing material as it passes through the OWS. These droplets continue to coalesce and then break free from the plates or media and rise to the surface of the OWS tank. The OWS contains sensors that detect the presence of oil and trigger the OWS to automatically pump the collected oil to a waste oil tank.Centrifugal Separators: Centrifugal separators, like gravity OWS, employ the difference in density between oil and water and coalescence of oil droplets to separate oil from bilgewater. However, they do so by greatly multiplying gravity using centrifugal acceleration. In addition, high centrifugal force can mechanically induce flocculation and coagulation to separate emulsified oil. Compared to conventional gravity OWS, centrifugal separators are compact and highly efficient, do not require large bilgewater holding tanks and generate minimal waste volume.Polishing Treatment For Bilge Separators: The addition of treatment stages makes bilge separators more reliable by providing some redundancy to withstand problems or failure of individual stages. This includes one or more polishing steps which is an added cost to the operation of a ship. Most certified bilge separators combine several post-gravity OWS/centrifuge unit operations such as: Biological Treatment, Coagulation and Flocculation, Flotation, Membrane Technologies (ultrafiltration). These technologies can all be considered post-OWS polishers, as gravity OWS (or centrifuge) treatment is a typical first step for bulk removal of non-aqueous phase components.
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OWS Pengobatan Teknologi teknologi Pengobatan Berminyak Air Separator dapat diringkas menurut metode yang digunakan untuk memisahkan campuran berminyak. Informasi berikut telah diambil dari EPA 2011 laporan Berminyak Bilge Air Separator. Gravity Berminyak Air Separator: Gravity OWS menggunakan plat paralel atau teknologi filter penggabungan untuk memisahkan minyak dari air dengan menggunakan berat jenis yang berbeda dari dua cairan dan immiscibility mereka dengan masing-masing lainnya. Bilgewater dipanaskan sekitar 120 ° F sebelum OWS pengobatan dalam rangka meningkatkan pemisahan minyak. OWS mengandung bahan penggabungan, yang biasanya polypropylene yang mungkin dalam bentuk plat paralel atau media longgar dikemas. Tetesan minyak gratis dan tersebar di bilgewater mematuhi bahan penggabungan saat melewati OWS. Tetesan ini terus menyatu dan kemudian membebaskan diri dari piring atau media dan naik ke permukaan tangki OWS. OWS mengandung sensor yang mendeteksi keberadaan minyak dan memicu OWS untuk secara otomatis memompa minyak dikumpulkan ke tangki limbah minyak. Separator Sentrifugal: pemisah sentrifugal, seperti OWS gravitasi, menggunakan perbedaan densitas antara minyak dan air dan perpaduan dari tetesan minyak untuk memisahkan minyak dari bilgewater. Namun, mereka melakukannya dengan sangat mengalikan gravitasi menggunakan percepatan sentrifugal. Selain itu, gaya sentrifugal yang tinggi mekanis dapat menyebabkan flokulasi dan koagulasi untuk memisahkan minyak emulsi. Dibandingkan dengan gravitasi konvensional OWS, pemisah sentrifugal yang kompak dan sangat efisien, tidak memerlukan tangki bilgewater holding besar dan menghasilkan volume sampah minimal. Polishing Perawatan Untuk Bilge Separator: Penambahan tahap pengobatan membuat pemisah lambung kapal lebih handal dengan menyediakan beberapa redundansi untuk menahan masalah atau kegagalan tahap individu. Ini mencakup satu atau lebih langkah polishing yang merupakan biaya tambahan untuk pengoperasian kapal. Kebanyakan pemisah lambung kapal bersertifikat menggabungkan beberapa pasca-gravitasi OWS / centrifuge unit operasi seperti: Biological Treatment, Koagulasi dan flokulasi, Flotasi, Membran Technologies (ultrafiltrasi). Teknologi ini semua bisa dianggap pasca-OWS Pemoles, sebagai gravitasi OWS (atau centrifuge) pengobatan merupakan langkah pertama yang khas untuk menghilangkan sebagian besar komponen fase non-berair.





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