This paper formed part of the series emphasizing the varying needs of different types of users of technical information services. Mr. Bigford explained that his particular…
Abstract
This paper formed part of the series emphasizing the varying needs of different types of users of technical information services. Mr. Bigford explained that his particular interests lay in the development of new uses for aluminium and its alloys, metals for which many applications have already been found on land and sea and in the air, and in almost every industry. It is necessary to consider the wide diversity of applications in relation to the varying properties of the available types of aluminium and its alloys—types ranging from the highly ductile pure aluminium to the newer high‐strength alloys. A scientific approach must be used to ensure that the most suitable type is used for each new application, and this means a consideration of such factors as corrosion resistance, strength, finish, jointing, etc. Apart from available alloy types the metal is also available in different forms—as extrusions, plate, tubes, sheet and strip, castings, etc.—so that a proper consideration of the most applicable form to be used is also necessary. In many instances this introduces, among other things, the need for full consideration of the jointing problems as well as other factors which may complicate the economic picture. From information concerning the known properties of the metal or alloy and its reactions under similar working conditions, as intelligent an assumption as possible must be drawn on which recommendations on probable service behaviour can be made.
John M. Perfect, W.J. Campbell, J.W. Cuthbertson, J.C. Bailey, A.W. Brace, J.M. Kape, C.E. Michelson, H. Ginsberg, W. Kaden, J.G. Simmons, B.A. Scott, H.M. Bigford, H. Richaud, Capt. J. Fox‐Williams and H.L. Watts
The Conference on Anodised Aluminium, organised by the Aluminium Development Association and held in the new Cripps Hall at Nottingham University from September 12–14, was…
Abstract
The Conference on Anodised Aluminium, organised by the Aluminium Development Association and held in the new Cripps Hall at Nottingham University from September 12–14, was probably the first of its kind in the world and attracted nearly 300 delegates. Eighteen papers were discussed. In the following pages abstracts and conclusions from most of the papers are given, emphasis being placed on the corrosion aspects of the subject.
The Conference of the Scottish Branch of Aslib was held this year on 27th February at the Mitchell Library, Glasgow, under the Chairmanship of Dr. D. G. Brown. The opening address…
Abstract
The Conference of the Scottish Branch of Aslib was held this year on 27th February at the Mitchell Library, Glasgow, under the Chairmanship of Dr. D. G. Brown. The opening address was given by Sir Andrew McCance, Deputy Chairman and Joint Managing Director of Messrs. Colvilles, Ltd., and is reported in this issue. He was followed by Mr. M. C. Pottinger, Librarian of the Scottish Central Library, who surveyed Scottish resources of scientific and technical literature and information, and by Dr. C. Macrae who described the work of the Scottish Council. Both these papers are given in full. In the afternoon Mr. J. Revie, of the British Jute Trade Research Association, traced the steps by which a small special library could be set up, and Mr. E. N. Simons, of Messrs. Edgar Allen & Co., Ltd., spoke on the writing of English in abstracts and reports. Mr. Revie's paper is included in this issue; that by Mr. Simons was published in the May, 1953, number of Aslib Proceedings.
Harish C. Bahl, Jatinder N.D. Gupta and Kenneth G. Elzinga
This study aims to propose a framework for developing strategies for the supply chain of craft beer that can make the business efficient and profitable, and at the same time…
Abstract
Purpose
This study aims to propose a framework for developing strategies for the supply chain of craft beer that can make the business efficient and profitable, and at the same time, generate sustainability benefits from reducing waste, conserving natural resources and reducing pollution.
Design/methodology/approach
Based on an extensive review of the literature of academic and industry publications, source material from craft brewers primarily situated in the USA and industry experience in craft brewing, the proposed framework describes strategies to establish sustainable craft beer supply chains.
Findings
The framework for craft beer supply chain consists of four categories that contribute to craft beer sustainability: ingredient procurement, recycling efforts, energy usage and distribution systems – some of these mimicking those used by macrobrewers. Each of the categories is further subdivided. Successful practices and examples are highlighted for each of the subcategories.
Research limitations/implications
This proposed framework was built upon current practices and available literature in the USA and focused on the environmental pillar of sustainability. Further, the proposed framework arises from the fact that current best practices in sustainability were available primarily from larger craft brewers, like Sierra Nevada and New Belgium.
Practical implications
By paying attention to operational changes in their supply chains, craft brewers can manage costs and improve their sustainability track record by reducing waste, conserving natural resources and improving upon their pollution footprint. Craft brewers can economize in the use of water, grains, hops and yeast by using practices discussed in this paper.
Originality/value
This is the first time that all aspects of supply chain and sustainability considerations in craft beer production are discussed in a comprehensive manner to propose a framework for analysis and enhancement of productivity and sustainability at the same time. The fact that the proposed framework can be used in future studies to empirically evaluate the utility of various sustainability strategies adds to the originality and value of this research.