Chemical Technology

Explore the significant December 2025 updates in Chemical Technology standards, including comprehensive specifications for laboratory emergency safety showers (EN 15154-1:2025), dental hygiene products (FprEN ISO 11609), and essential oils (ISO 24609:2025). This article covers three newly published international standards, detailing performance requirements, implementation guidance, and compliance implications. Discover why these standards are critical for laboratories, oral care manufacturers, and essential oil producers, and gain insights into best practices for technical compliance. Industry professionals, engineers, compliance officers, and procurement specialists will find actionable guidance to enhance safety, product quality, and regulatory alignment across laboratories, personal care, and natural products sectors.

Explore five newly published international standards for chemical technology from November 2025, covering particulate matter X-ray fluorescence analysis, on-site explosives manufacturing assessment, TXRF principles, laboratory furniture design, and recirculatory filtration fume cabinets. This comprehensive guide highlights the key requirements, implementation strategies, and industry impact of each standard, providing crucial insights for chemical industry professionals, compliance officers, engineers, and researchers. Stay informed about best practices, compliance deadlines, and practical steps for deploying these standards in your organization. Read on to understand why these updates are vital for safety, efficiency, and regulatory conformity in the fast-evolving field of chemical technology.

This monthly overview examines the standards published in October 2025 for the Chemical Technology sector (ICS 71), offering insights into five major documents focused on surface chemical analysis and requirements for explosives for civil uses. Key themes include updates to mass spectrometry calibration, comprehensive revisions to safety protocols for detonating cords and fuses, and stringent requirements for explosives and blasting materials. Industry professionals, engineers, compliance officers, and quality managers will find analysis on common trends like the harmonization of safety procedures, improved calibration methodologies, and enhanced focus on civil explosives regulation. This comprehensive review helps organizations understand implications for compliance, safety, and quality control, and why keeping up with these evolving standards is crucial. Explore this essential roundup to stay current and ensure regulatory alignment in chemical technology operations.

This in-depth monthly overview examines five essential standards published in October 2025 for the Chemical Technology sector, specifically covering explosives and propellants for civil uses. Key topics include updated testing methodologies for electronic initiation systems, robust verification protocols for detonators and relays, resistance testing for abrasion and bending, and foundational requirements for a range of propellants. The article identifies major industry trends such as increased focus on electronic safety, harmonized verification processes, and enhanced product reliability. This resource is vital for engineers, compliance officers, quality managers, and anyone responsible for safety and regulatory adherence in the handling or procurement of chemical explosives, providing both context and actionable compliance guidance. Explore what these standards mean for operational practices, implementation timelines, and future industry directions in explosives and propellants.

This detailed monthly overview examines five key standards published in October 2025 for the Chemical Technology sector, with a particular focus on civil explosives and detonators. Covering EN 13763-13, EN 13763-15, EN 13763-16, EN 13763-17, and EN 13763-19, this third part of a comprehensive five-part series dives into new and revised European test methods for ESD resistance, initiating capability, delay time accuracy, no-fire current, and firing impulses. Industry professionals in explosives, safety compliance, and product development will benefit from an in-depth look at technical requirements, inter-standard relationships, implementation tips, and emerging industry trends. Explore how these standards shape regulatory compliance, quality control, and the safe use of detonators and related pyrotechnic devices. Stay current in the Chemical Technology field and ensure your organization is well-equipped for modern civil explosives operations.

This monthly overview examines two notable standards published in October 2025 for the Chemical Technology sector. Covering propellants safety and analytical methods for soaps, the recap highlights EN 13938-2:2025, which addresses electrostatic discharge resistance in solid gun propellants, and ISO 4323:2025, which specifies a potentiometric method for determining chloride content in soaps. These standards serve as key updates for professionals managing safety, compliance, and product quality in explosives and surfactants domains. Analysis explores their implications for regulatory alignment, laboratory practices, and operational safety. The article synthesizes these updates to help industry professionals, quality managers, and compliance officers grasp core changes, emerging themes, and practical guidance for implementation. Read on to ensure your organization is aligned with the latest in chemical technology standards from October 2025.

This monthly overview examines key Chemical Technology standards published in October 2025, focusing on explosives for civil uses. Covering five critical standards, the article provides in-depth analysis and retrospective context on themes such as detonation velocity, impact insensitiveness, resistance to water and hydrostatic pressure, and requirements for detonators. Professionals in civil engineering, mining, safety management, and compliance will find this summary essential for understanding recent regulatory changes affecting the handling and use of explosives. Catch up on pivotal developments, implementation considerations, and best practices for aligning with updated European requirements in the management of chemical explosives. Explore the connections between these new standards and broader industry trends, and ensure your organization’s procedures remain current and effective.

This monthly overview examines the standards published in September 2025 for the Chemical Technology sector. Four influential standards were released, covering quality specifications for essential oils (roman chamomile, lavandin Grosso, and lavandin Abrial) and safety and performance for dental fluoride varnishes. Key themes included continued focus on natural product quality, harmonization with international best practices, and the intersection of chemistry with healthcare. This comprehensive review provides insights into market trends, compliance priorities, and industry directions. Essential reading for quality managers, engineers, procurement specialists, and industry professionals looking to stay abreast of regulatory expectations and evolving best practices in chemical technology.

The chemical industry is constantly developing and making new discoveries, which are further used in various industries. It should be noticed that this market segment is characterized by a huge selection of chemicals, each of which has its own unique properties and characteristics. In order to use these chemicals correctly, and most importantly safely, in the work of your company, you need to have information about what exactly is needed for a particular substance. Given the wide range of available chemicals that are actively used by manufacturing companies, a large number of international standards are being created that regulate the requirements for these substances. The fields of application of chemicals are very diverse. In this article, we have focused on two areas, namely medical and cosmetic. Medical staff use chemical products such as antiseptics and disinfectants in their practice every day, so manufacturing companies should pay enough attention to the regulation of the production of these products, since it is about the safety of both doctors and patients. The second area that requires regulation for the presence of unsafe elements is cosmetic products. As we mentioned earlier, there are many standards in these segments, however, in this article we have analyzed the most basic ones.

Human interaction with chemical and electronic elements has a number of consequences. In order for any production to function smoothly and also bring the most productive results, first of all, you should focus on safety issues. When it comes to activities related to large-sized equipment or the introduction of chemical elements and preparations consisting of them, a clearly structured regulatory framework comes to the rescue, which regulates the phased implementation of activities, thereby minimizing physical risks in the first place. As the world is globalizing and markets are increasingly subject to mergers, the need to create a single documentary base is increasing every day. After all, the inconsistency of norms and requirements can entail problems in the establishment of international economic relations, as well as in the exchange of scientific and technological progress and its achievements today, both for commercial and non-commercial spheres. One of the most popular and demanded international regulatory acts is the international standard. With the latest and most relevant of which we will introduce you today in this article.