The development of the production of knitwear will lead to the further application of new technologies and the expansion of the range of knitwear. In the fields of trade industry, as well as in the service sector, the main requirement is the production of knitwear, which is combined with high manufacturability and wide distribution, which will lead to low cost, with relatively acceptable consumer characteristics and parameters. In this regard, the solution to the above problems in the technological part of the production of knitwear is of particular importance and is necessary. The article explores the features of improving the technology of production of knitted fabrics using knitted elements, the development of practical methods for obtaining knitted knitwear based on scientific generalization, the formation of patterns on flat knitting machines.

This study analyzes the microbial local area structure from seat, pilot, and full-scale layer bioreactors, ordinary actuated slop, and streaming channel solids-contact frameworks. 73% of the extracted DGGE groups were effectively distinguished by DNA sequencing which observed four bacterial species that were available in more than one organic wastewater treatment framework: crude Paracoccus sp. clone 3-3, crude Bacterium clone SB3-6, crude Clostridium sp., and crude Klebsiella sp. The outcomes recommend that microbial local area structure found in seat and pilot-scale MBRs may not be a decent model for concentrating on execution of full-scale MBRs because of non-indistinguishable functional circumstances and inner hydrodynamic system.