Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Biodeinking: an eco-friendly alternative for chemicals based recycled fiber processing

View through CrossRef
Abstract Recycling of recovered paper is an inevitable process for saving resources and the environment. Due to strict forest conservation regulations and limitations of the agro-forestry sector, the paper industry is facing the woody fiber crisis for decades. The recycling of waste paper for its utilization as a source of cellulosic fibers for papermaking is a resource-saving and eco-friendly approach and is a need of time. Deinking is an important stage in the recycling of recovered paper. In the conventional deinking process, chemicals have been used for removal of inks and other impurities from waste paper pulp slurry with some certain drawbacks like deinking inefficiency, fiber damage and generation of chemicals and fiber-rich effluent. The application of enzymes for deinking purposes is known as biodeinking and is considered as the potent and environmentally friendly deinking approach. The present write-up provides comprehensive information on various aspects of biodeinking.
Title: Biodeinking: an eco-friendly alternative for chemicals based recycled fiber processing
Description:
Abstract Recycling of recovered paper is an inevitable process for saving resources and the environment.
Due to strict forest conservation regulations and limitations of the agro-forestry sector, the paper industry is facing the woody fiber crisis for decades.
The recycling of waste paper for its utilization as a source of cellulosic fibers for papermaking is a resource-saving and eco-friendly approach and is a need of time.
Deinking is an important stage in the recycling of recovered paper.
In the conventional deinking process, chemicals have been used for removal of inks and other impurities from waste paper pulp slurry with some certain drawbacks like deinking inefficiency, fiber damage and generation of chemicals and fiber-rich effluent.
The application of enzymes for deinking purposes is known as biodeinking and is considered as the potent and environmentally friendly deinking approach.
The present write-up provides comprehensive information on various aspects of biodeinking.

Related Results

Consumers' Attitude Towards Eco Friendly Textile Products
Consumers' Attitude Towards Eco Friendly Textile Products
Care for the environment is directly connected to consumer behaviour. The authors summarize in their research the findings of different authors who have examined various aspects of...
Signaling eco-certification
Signaling eco-certification
Purpose –The purpose of this paper is to use an eco-friendly service concept framework to demonstrate the effect of credible eco-certification signaling.Design/methodology/approach...
Influence of fly ash and basalt fibers on the properties of recycled pervious concrete
Influence of fly ash and basalt fibers on the properties of recycled pervious concrete
As an environmentally friendly building material, recycled pervious concrete can not only alleviate the increasingly severe urban flooding and heat island effect, but also realize ...
Microstructure of concrete prepared with construction recycled aggregates
Microstructure of concrete prepared with construction recycled aggregates
Conservation of natural resources, shortage of waste land and the high cost associated to treatment prior to disposal are driving growing interest in the recycling of construction ...
Chemicals without Harm
Chemicals without Harm
A proposal for a new chemicals strategy: that we work to develop safer alternatives to hazardous chemicals rather than focusing exclusively on controlling them. Toda...
Hybridization of Hemp Fiber and Recycled-Carbon Fiber in Polypropylene Composites
Hybridization of Hemp Fiber and Recycled-Carbon Fiber in Polypropylene Composites
In recent years there has been a substantial growth in the use of natural fiber reinforced composite in more advanced applications. However, high strength applications require high...

Back to Top