Peer-reviewed open-access journal devoted to the science and engineering of lignocellulosic materials, chemicals, and their applications for new uses and new capabilities
About the journal
BioResources (ISSN: 1930-2126) An international open-access journal that publishes original research and reviews about lignocellulosic materials, chemicals, & their applications.
- Editing services included with publication fee
- Articles published fast after acceptance
- Impact factor of 1.614 (Journal Citation Reports)
- Editorialpp 6548-6550Ruffino, R. (2021). "Sustainable design: Aspects of sustainable product development," BioResources 16(4), 6548-6550.AbstractArticlePDF
When NC State University recently hired me to lead a course concentration in sustainable design, I began to hone in on what sustainable product development and design translate to and its actionable applications. Sustainable product development and design of current and future consumer products and services are methods that create a proactive versus a reactive approach. The development of sustainable products and systems must start at the beginning phase of ideation and continue through the entire process to achieve multiple design purposes and duration with a designated end-of-life plan. In contrast, generally, products are developed with end of life and longevity as a secondary thought, and with recycling as a potential option. If the goal is the longevity of a product or service, one needs to look beyond recycling and more at the concept of development. A sustainable product development approach and design thinking are how to accomplish product longevity.
- Editorialpp 6551-6552Hart, P. W. (2021). "Trust the literature, but verify – Case study of starch acetate as a barrier material under jungle conditions," BioResources, 16(4), 6551-6552.AbstractArticlePDF
A case study is presented in which several articles and patents suggested a specific outcome. When the actual experimental work was performed, the results were found to be several orders of magnitude away from predicted values. Close re-inspection of the literature suggested that most of the authors actually extrapolated the results to conditions that were not applicable to their specific studies, resulting in the reporting errors. It is important to use literature to assist in research, but it is equally important not to blindly follow it either.
- Editorialpp 6553-6555Pinto, R., Corazza, M. L., and Ramos, L. P. (2021). "Bringing the concept of drop-in fuels into the pulp and paper industry," BioResources 16(4), 6553-6555.AbstractArticlePDF
The pulp and paper sector is undertaking several initiatives to decrease the carbon footprint of its industrial activities. To do so, any emission must be offset by introducing efficient carbon fixation strategies such as reforestation and the development of biobased products and processes. The production of drop-in fuels may play an important role in this scenario. Drop-in fuels provide a good way to add value to otherwise underutilized process streams and wastes, reducing greenhouse gas emissions, minimizing other environmental impacts, and improving process sustainability.
- Editorialpp 6556-6559Hubbe, M. A. (2021). "Energy efficiency – A particular challenge for the cellulose-based products industries," BioResources 16(4), 6556-6559.AbstractArticlePDF
Wood-processing facilities, including pulp, paper, lumber, and engineered wood facilities, use large amounts of energy for such purposes as evaporative drying and the curing of adhesives. Much of that energy is already being supplied by the incineration of biomass, and there is opportunity to increase the proportion of renewable energy that is used. Specific changes can be made within such factories that allow them to come closer to what is thermodynamically possible in terms of avoiding the wastage of exergy, which can be defined as useful energy. Savings in exergy are often obtained by optimization of a network of heat exchangers within an integrated system. No steam should be allowed to leak to the atmosphere; rather the latent heat (due to phase transitions) and sensible heat (due to temperature changes) are recovered during the heating up of incoming air and water, ideally at a similar range of temperatures. Thus, by a combination of process integration and full utilization of cellulosic residues generated from the process, even bio-based industries can be made greener.
- Editorialpp 4663-4666Ehman, N., and Area, M. C. (2021). "Bioplastics are revolutionizing the packaging industry," BioResources 16(3), 4663-4666.AbstractArticlePDF
The production of bioplastics is a growing trend. The utilization of renewable sources, in some cases currently wasted, to replace petroleum derivatives, is providing opportunities to achieve more environmentally friendly product life cycles. The possibility of producing biodegradable products under normal environmental conditions is another goal of recent studies. This editorial summarizes current aspects in the production of bioplastics. We highlight new studies that make it possible to obtain biodegradable composites using a natural, renewable, high availability, and low-cost material, such as cellulose.
- Editorialpp 4667-4670Jablonsky, M., Kreps, F., Haz, A., Sima, J., and Jablonsky, J. (2021). "Green solvents, plant metabolites, and COVID-19: Challenges and perspectives," BioResources 16(3), 4667-4670.AbstractArticlePDF
Acquisition and isolation of value-added substances from natural sources using new types of green solvents are becoming a breakthrough area of 21st century research. In combination with various extraction techniques, there is expected to be a diversification of the use of these solvents for extraction, separation, and the formation of new drug carriers, allowing increased solubility of substances having potential pharmacological properties. Extraction, separation, or increase in the solubility of suitable drug candidates against COVID-19, or other viral diseases, opens new ways to effectively prevent and protect human health in this pandemic period.
- Editorialpp 4671-4674Chen, Y., Zhang, C., Qi, H., and Hubbe, M. A. (2021). "Some challenges in the naming and measuring of nanocellulose," BioResources 16(3), 4671-4674.AbstractArticlePDF
Due to its renewable nature, its inherent strength, and many other favorable attributes, nanocellulose (NC) has drawn increasing attention for many potential applications. A diverse and complex assortment of NC products have been reported, and these are most commonly classified based on some contrasting procedures of preparation. The research community is facing a continuing challenge to adequately measure and quantify morphological features of various NC products. In principle, it ought to be possible to quantify and name NC based on such attributes as “degree of branching,” “breadth of particle size,” and “aspect ratio distribution,” etc. However, the ability to measure and compute such quantities still lies beyond what can be achieved in practical amounts of time in typical laboratories. Meanwhile, there has been tension between researchers proposing additional descriptive names, while at the same time there have been efforts at achieving uniformity and simplicity in nomenclature. It is proposed in this essay that this state of affairs is largely a reflection of complexity itself, such that NC products that have the same nominal description can be very different from each other when examined closely. The diversity itself may turn out to be a good thing, as researchers work to come up with varieties of NC that can survive an expected relentless competition from existing plastic-based or cellulose-based materials.
BioResources provides a venue to promote scientific discourse and foster scientific developments related to sustainable manufacture involving lignocellulosic or woody biomass resources, including crop residues.
BioResources publishes articles discussing advances in the science and technology of biomass obtained from wood, crop residues, and other materials containing cellulose, lignin, and related biomaterials. Emphasis is placed on bioproducts, bioenergy, papermaking technology, new manufacturing materials, composite structures, and chemicals derived from lignocellulosic biomass.
BioResources is an open-access, web-based journal, with abstracts and articles appearing in hypertext meta-language (HTML) and full articles downloadable for free as Adobe portable document format (PDF) files. Users have the right to read, download, copy, distribute, print, search, or link to the full texts of articles in the journal, and users can use, reuse, and build upon the material in the journal for non-commercial purposes as long as attribution is given when appropriate or necessary.
The Co-Editors of BioResources are Dr. Lucian A. Lucia and Dr. Martin A. Hubbe, Department of Forest Biomaterials, College of Natural Resources, North Carolina State University, Box 8005, Raleigh, NC 27695-8005, USA.
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Searching and Databases
Articles published in BioResources can be found using the following database services (this list is not exhaustive):
- Web of Science (Thomson Reuters, ISI)
- SciFinder Scholar (American Chemical Society)
- Directory of Open Access Journals (Lund University)
- PaperChem (Elsevier, Engineering Village)
- Compendex (Elsevier, Engineering Village)
- Academic Search Complete (EBSCO Industries)
- CAB Abstracts (EBSCO Industries)
- Scopus (Elsevier)
- Google Scholar (scholar.google.com)
- CrossRef (crossref.org)
All research articles and scholarly review articles are subject to a peer review process. BioResources offers web-based submission and review of articles.
BioResources, a business unit of North Carolina State University, was started in 2006 with support from the College of Natural Resources and has received in-kind assistance both from the College and from the NC State Natural Resources Foundation.