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It is with utmost pride that Microbioz India annou
Mumbai, June 05, 2025
For some time now,
In our cover story, we shine a spotlight on “ The Magazine
Across the globe, the concept of “green chemistry” is becoming increasingly popular among industry leaders and public policy officials alike. It goes by the name of “green chemistry,” and has transitioned from being a buzzword into a phenomenon that is increasingly acknowledging the sustainability challenge.
Prior to the adoption of “green chemistry,” laboratory science and other fields prioritized innovation, speed, and obtaining results. Now, with the constant threat of climate change and resource depletion, the cost of progress cannot be perceived in consistency alone.
The construction of chemical products and processes designed for minimum generation of hazardous substances uses “green chemistry” as a guiding principle.
The adoption of eco-friendly practices is being witnessed amongst major research institutions and pharmaceutical companies alike, not only because of ethical and environmental considerations, but due to pressure from policymakers and regulatory bodies. In fact, stricter policies fueled by consumer demand and advocacy for green systems have equally affected eco-friendly practices.
A growing number of firms have started appreciating the economic benefits of greener methods.
Industry is also working towards developing closed-loop systems at the laboratory scale, energy conserving instruments, as well as digital stocktaking systems to limit excess chemical waste and energy expenditure.
Institutions like the United States Environmental Protection Agency (EPA) and India’s Central Pollution Control Board (CPCB) have begun to increase their chemical safety and environmental compliance regulations. All laboratory operations internationally have to now consider compliance with REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals) and GHS (Globally Harmonized System).
Simultaneously, analytical tools like solvent-free spectrometers and lab consumables which are recyclable, are being offered by startups and leading companies in the lab equipment sector. From the first step, the combination of digital lab management software, AI, and optimization algorithms enables labs to design greener reactions.
As appealing as the idea of green chemistry is, there are significant challenges to overcome. Many laboratories, particularly in the academic and small-scale sector, encounter issues such as:
The absence of standardized green chemistry measurements Low levels of green chemistry or green reagents/cutting-edge equipment Under-education of the lab personnel on green chemistry Obstruction to change rigid protocols and guidelines
Programs focused on green laboratory practices, industry partnerships, and government grants are working to overcome these challenges.
The answer increasingly seems to be yes. Renewables are not only a support option anymore, they are actively being integrated into the fundamentals of good practices. There is a new wave of scientists who are equally obeying regulations and rationale which brings stronger expectations to their field.
In a worldwide survey conducted by the American Chemical Society, the astonishing figure of over 70% of respondents—researchers—support integrating sustainability as a primary consideration in all new processes within the chemical industry. This indicates a shift in culture—and also that green chemistry will soon be incorporated in every Standard Operating Procedure (SOP), training session, and procurement decision.
Advancing the industry means incorporating sustainability practices, and green chemistry is, first and foremost, an avenue to secure the future of innovation. In the hands of today’s lab leaders, there is a clear decision: either evolve or be left behind. In this issue, we present deep-dive interviews with some of the most recognized thought leaders in sustainable science, showcase case studies from green-certified labs, and analyze the enabling technologies and tools that are powering this transformation.
Advancing the industry means incorporating sustainability practices, and green chemistry is, first and foremost, an avenue to secure the future of innovation. In the hands of today’s lab leaders, there is a clear decision: either evolve or be left behind.
In this issue, we present deep-dive interviews with some of the most recognized thought leaders in sustainable science, showcase case studies from green-certified labs, and analyze the enabling technologies and tools that are powering this transformation.
