Research output: Contribution to journal › Article
Abstract
This study was financed as part of PAWUM and SUSTAINABLE
PAPER research programmes. The development of
ultrasonically assisted membrane filtration system was
addressed as a viable process for the treatment of waste
waters in pulp and paper industries. The experimental
results demonstrate the efficiency of using
ultrasonically assisted membrane separation technology,
particularly in producing higher permeate flux rates and
meeting the environmental discharge regulations. This
will lead to a more compact plant with significantly
reduced capital and operational energy costs. A patent
application has been filed by VTT Energy which describes
the incorporation of ultrasonic field into planar and
tubular membrane filters.
title = "Enhanced filtration of waste waters from the pulp and paper industries",
abstract = "This study was financed as part of PAWUM and SUSTAINABLE PAPER research programmes. The development of ultrasonically assisted membrane filtration system was addressed as a viable process for the treatment of waste waters in pulp and paper industries. The experimental results demonstrate the efficiency of using ultrasonically assisted membrane separation technology, particularly in producing higher permeate flux rates and meeting the environmental discharge regulations. This will lead to a more compact plant with significantly reduced capital and operational energy costs. A patent application has been filed by VTT Energy which describes the incorporation of ultrasonic field into planar and tubular membrane filters.",
author = "Nazar Sabri and Hanna Huotari",
year = "1998",
language = "English",
pages = "13--15",
journal = "VTT Energy Highlights",
publisher = "VTT Technical Research Centre of Finland",
Research output: Contribution to journal › Article
TY - JOUR
T1 - Enhanced filtration of waste waters from the pulp and paper industries
AU - Sabri, Nazar
AU - Huotari, Hanna
PY - 1998
Y1 - 1998
N2 - This study was financed as part of PAWUM and SUSTAINABLE
PAPER research programmes. The development of
ultrasonically assisted membrane filtration system was
addressed as a viable process for the treatment of waste
waters in pulp and paper industries. The experimental
results demonstrate the efficiency of using
ultrasonically assisted membrane separation technology,
particularly in producing higher permeate flux rates and
meeting the environmental discharge regulations. This
will lead to a more compact plant with significantly
reduced capital and operational energy costs. A patent
application has been filed by VTT Energy which describes
the incorporation of ultrasonic field into planar and
tubular membrane filters.
AB - This study was financed as part of PAWUM and SUSTAINABLE
PAPER research programmes. The development of
ultrasonically assisted membrane filtration system was
addressed as a viable process for the treatment of waste
waters in pulp and paper industries. The experimental
results demonstrate the efficiency of using
ultrasonically assisted membrane separation technology,
particularly in producing higher permeate flux rates and
meeting the environmental discharge regulations. This
will lead to a more compact plant with significantly
reduced capital and operational energy costs. A patent
application has been filed by VTT Energy which describes
the incorporation of ultrasonic field into planar and
tubular membrane filters.