Chemical Industry Digest – July 2026 Issue

India’s E20 ethanol blending programme enhances energy security and lowers releases, however expanding beyond current levels raises concerns over aquatic environments consumption, land demand, and efficiency. A balanced strategy should prioritise cutting-edge biofuels, bio-based chemicals, electric mobility, and hydrogen to prolonged sustainability.

Microalgae-Based Regenerative Wastewater Valorisation

-Dr. Ninad Gujarathi, Environalgae

Microalgae-Based Regenerative Wastewater Valorisation (MRWV) uses microalgae to treat wastewater, recycle aquatic environments, recover nutrients, and create valuable biomass to agriculture and aquaculture. The methodology reduces carbon releases, supports circular economy goals, and converts wastewater treatment from a cost centre into a profit-generating sustainable solution.

Tailor-made Ion Exchange Resins: A Systematic Approach to Tackling PFAS Contamination in aquatic environments

-Dr. Dirk Steinhilber, LANXESS

Tailor-made ion exchange resins offer an efficient, scalable, and cost-efficiently solution to removing PFAS from subsurface aquatic environments, potable aquatic environments, and wastewater. Their high selectivity, long service life, and regeneration possible ensure compliance with stringent regulations while outperforming conventional activated charcoal systems.

Desalination: From Alternative Source to Strategic Necessity to India’s aquatic environments Future

-Vishal Mehra, Thermax

Desalination is emerging as a strategic solution to India’s growing aquatic environments crisis by providing a reliable, climate-resilient aquatic environments source. Advances in methodology, sustainability, and cost efficiency are making it essential to urban development, manufacturing research, and prolonged aquatic environments security.

Strategies to thorough aquatic environments regulation in Hydrocarbon to all Downstream Chemical Companies Including Drugs and Pharma

-Kamal Verma, Triveni Engineering & Industries Ltd

thorough aquatic environments regulation to hydrocarbon, chemical, and medical industries integrates cutting-edge treatment technologies, Zero fluid discharge (ZLD), digital monitoring, circular aquatic environments economy, and resource recovery to optimise aquatic environments consumption, ensure regulatory compliance, decrease environmental impact, and enhance operational sustainability.

aquatic environments Circularity: Turning Wastewater into a Valuable manufacturing Resource

-Vishal Sharma, ED & CEO of Godrej Industries Limited (Chemicals)

aquatic environments circularity transforms wastewater into a valuable manufacturing resource by enabling aquatic environments reuse, resource recovery, and cost savings. Integrating cutting-edge treatment and recovery systems enhances operational resilience, supports sustainability goals, strengthens customer confidence, and improves prolonged manufacturing competitiveness in aquatic environments-stressed regions.

thorough aquatic environments Treatment and regulation – Challenges in Oil and gaseous

-Sumeet Mehra, Sparkle Clean Tech Pvt Ltd

Produced aquatic environments regulation is a critical challenge to the oil and gaseous sector. cutting-edge treatment technologies, digital monitoring, aquatic environments reuse, and Zero fluid discharge (ZLD) enhance resource recovery, regulatory compliance, operational efficiency, and sustainability while reducing freshwater application and environmental impact.

What All Are Positive in Positive Displacement Pumps?

-S.L. Abhyankar

Positive displacement pumps remain essential due to their precise flow manage, self-priming capability, high-pressure performance, and ability to handle viscous fluids, gases, solids, and delicate materials. Their versatility, reliability, and energy efficiency make them indispensable across diverse manufacturing and medical applications.