Написати автору Полімер-неорганічні мембрани для видалення пестицидів з води iз використанням баромембранного методу
DOI: https://doi.org/10.15407/hftp15.04.534
Анотація
Пестициди потрапляють до поверхневих та підземних вод не лише зі сільськогосподарських угідь, а й із підприємств. де виробляють та фасують ці речовини. Таким чином, необхідно вирішити проблему стічних вод таких підприємств. Дану роботу присвячено розробці високоефективних матеріалів для баромембранних процесів, які б були спрямовані на видалення пестицидів з води із подальшим використанням концентрату. Поліамідні (ПA) та полівініліденфторидні (ПВДФ) мікрофільтраційні мембрани, а також поліакрилонітрильні (ПАН) ультрафільтраційні мембрани модифікували гідратованим діоксидом цирконію (ГДЦ) шляхом осадження іоніту із золю парами амоніаку безпосередньо в порах полімера. Мембрани досліджували методом СЕМ, також використовували енергодисперсійну рентгенівську та ІЧ-Фур’є спектроскопію. ГДЦ в активному шарі, а також продукти гідролізу ПA або ПAН підвищують гідрофільність поверхні мембрани: наприклад, контактний кут води зменшується з 69° до 43° для зразка ПA. Для тестування мембран використовували воду як робочу рідину. Розрахунки за рівнянням Хагена-Пуазейля показали зменшення розміру пор модифікованих мембран у » 2–3 рази порівняно з немодифікованими. Селективність ГДЦ-вмісних мембран досягає 90–96 % відносно бичачого сироваткового альбуміну та перевищує 99 % у випадку хізалофоп-п-етилу. Найбільше значення потоку пермеату (196 л м–2 год–1 атм–1) було виявлено для зразка ПВДФ, що містить ГДЦ. Концентрація пестициду у пермеаті становила 0.0002–0.008 мг л–1. Додаткова обробка пермеату включала адсорбцію на біовугіллі в динамічних умовах. Згідно даних методу рідинної хроматографії, така обробка дозволяє зменшити вміст пестициду в розчині до рівня, нижчого за межу визначення або гранично припустиму концентрацію для поверхневих вод (0.0001 мг л–1).
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DOI: https://doi.org/10.15407/hftp15.04.534
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