Amalgam Biotech is Asia’s leading provider of sustainable wastewater treatment and odour-control solutions. Harnessing the power of cutting-edge biotechnology, our team of scientists, engineers, and environmental experts develops tailor-made biocultures to efficiently break down organic waste while saving costs and minimizing environmental impact.
We pioneered dry-vapour odour control technology in India and offer on-site commissioning, certified engineering support, and consulting services to optimize operations for our clients. Committed to environmental stewardship, we transform contaminated water into a valuable resource — making tomorrow different today.
Nothing here yet.
Feb 5 · 3 min read · In modern municipal and industrial wastewater infrastructure, Bioculture For Sewage Treatment Plants has emerged as a critical biological intervention to stabilize treatment performance, improve effluent quality, and reduce operational stress. Amalga...
Join discussionFeb 4 · 3 min read · Modern wastewater treatment plants increasingly struggle with fluctuating influent loads, complex industrial effluents, and tighter discharge norms. In this context, micronutrient additives for wastewater treatment play a critical role in sustaining ...
Join discussionFeb 4 · 3 min read · In high-load industrial environments, wastewater treatment odor control is closely tied to overall process reliability. Odor is not just an environmental concern; it is a measurable outcome of how effectively wastewater treatment systems manage biolo...
Join discussionFeb 3 · 3 min read · Industrial water management strategies are increasingly shaped by sustainability, efficiency, and regulatory resilience. eco-friendly process additives wastewater have become a practical solution for industries seeking to enhance treatment performanc...
Join discussionFeb 2 · 3 min read · bio culture powder is widely used in industrial wastewater treatment systems to strengthen biological performance under challenging operating conditions. As ETP operations and STP processes face increasing variability in influent load and composition...
Join discussion
