SBWire

According to regional analysis, Persistence Market Research concludes that North America, Europe, and Asia Pacific will remain the key markets for air cargo security and screening systems globally. North America is likely to witness the fastest growth at a CAGR of 7.1%, followed by APAC that will possibly witness expansion at a CAGR of 6.2% over 2016-2024.

"Rapid adoption rate and growing preference for gas leak detectors will create lucrative market opportunities for manufacturers operating in the APEC region during the next eight years. Further, convenience of mobility coupled with ease of handling offered in latest gas leak detectors is expected to fuel their demand across various industrial domains" – PMR

Minimizing asset downtime continues to be one of the top operational priority for tech companies. Global syndicates are adopting measures for operational predictive maintenance in order to avert the mix up arising from integrating multiple technologies. As corporations spanned across the globe begin integrating big data and IoT for improving operational efficiency, the need for operational predictive maintenance systems is converging into a necessity. Persistence Market Research recently conducted a study on how the global market for operational predictive maintenance, which is presently valued at nearly US$ 600 million, will soar till the end of 2024. According to the key findings compiled in this study, the global operational predictive maintenance market is expected to attain a staggering 23.2% CAGR and reach US$ 3,158.3 million value by the end of 2024.

Genome editing is a technique in genetic engineering that involves inserting, deleting or replacing a DNA into the desired locations into a genome of the living organism to change the phenotype of the organism. Genome editing plays a very significant role in modern day biology and is widely used in biotechnology and biopharmaceutical industry to alter the genome of microorganisms to perform process like the fermentation which yield desired products and by - products. The genome editing process involves extraction of desired gene sequence, editing the gene and insertion of the modified gene into the host. The genome editing technique is widely used for understanding the DNA in cells of organisms to have a better understanding of their biology, to treat autoimmune diseases and infectious diseases. Genome editing techniques are used to alter human blood cells that can be inserted back in the body for the treatment of various conditions such as leukemia and AIDS. The genome editing is also used to genetically modify crops to improve production i.e. quality and resistance to various plant disease and drought. Over the coming years the global genome editing market is expected to witness substantial revenue growth owing to increasing applications and adoption of this technique for production of various by-products.

To meet the changing needs of the mining industry, Tega Industries is committed towards upgrading their existing products, developing basic product variants and new products and technologies. With a dedicated research and development department, Tega Industries, proudly offers its new generation composite lining which has the advantage of both steel and rubber.

A low maintenance system to replace impact idlers at transfer points has been developed by mining solutions provider, Tega Industries, to ensure uninterrupted travel of conveyor belts in the toughest conditions.