Dr. Abhishek Mathur is an internationally acclaimed scientist and visionary leader in biotechnology, bio agriculture, and industrial microbiology. With over two decades of research and innovation experience, he has dedicated his career to developing sustainable, high-impact solutions through natural and microbial science. Holding a Ph.D. in Biochemistry with specialization in Microbiology, Dr. Mathur currently serves as GM-R&D and Techno-commercial in one of the leading Agribiological group in India where he continues to pioneer advancements in agriculture by art of performing Precision agriculture using advanced technologies and formulation strategies based on active ingredients as microbials, non –microbials, metabolites (primary and secondary) for Crop nutrition and Crop protection via microbial fermentations and bio formulations with slow and controlled release delivery mechanisms. Besides his expertise in agriculture domain, he also thrives his potential as Technical consultant for Environmental, Food/Nutraceutical and Pharmaceutical verticals.
Scientific Expertise and R&D Leadership
With core expertise in Biochemistry, Fementations, Phytochemistry, and Microbiology, Dr. Mathur’s research transforms natural and microbial components into innovative agricultural products. His specialization in formulation science spans multiple categories such as AS, SC, OD, EC, WP, WSP, WDG, and microencapsulation technologies.
His leadership roles across top biotechnology companies have focused on fermentation optimization, new molecule identification, biofertilizer development, nanotechnology applications, and waste-to-value solutions. Beyond innovation, Dr. Mathur is also a certified lead auditor and internal auditor for multiple global quality systems, ensuring that all his R&D initiatives align with international standards like ISO 9001, ISO 22000, ISO 45001, and NABL 17025.
He has also contributed significantly to the design and development of biocontrol agents, biostimulants, and biofertilizers, strengthening global agricultural sustainability and reducing dependency on synthetic agrochemicals.
Patents: Turning Laboratory Research into Real-World Innovation
Dr. Mathur’s pioneering mindset is reflected in his series of filed patents, which represent years of applied research and industrial innovation. His inventions bridge scientific theory with practical implementation, promoting cleaner and more efficient technologies across agriculture and industrial biotechnology.
- A Composition for Microbial Degradation of Solid Waste (Status- Filed)
– A breakthrough microbial consortium designed for rapid and complete degradation of municipal and organic solid waste. This invention accelerates composting, reduces landfill volumes, and enhances nutrient recovery — turning waste into usable organic fertilizer. Technology also developed for converting lingo-cellulosic waste into compost in 60 days time without using any cow dung and pits.
- Combo Products for Improving the Efficiency of Molasses for Alcohol Recovery (Status- Filed)
– This patent introduces a novel biological formulation that boosts the fermentation efficiency of molasses, leading to enhanced ethanol yield in distilleries. The process minimizes byproduct waste and improves industrial profitability through natural microbial processes.
- Fungal-Based Biocidal Product for Enhancing Sucrose Recovery (Status- Filed)
– A unique fungal-based biocidal composition developed to eliminate Leuconostoc mesentroides contamination during sugar production. This innovation significantly improves sucrose recovery from cane juice and ensures higher sugar mill productivity.
Each of these patents embodies Dr. Mathur’s mission — to develop eco-efficient biotechnological innovations that deliver tangible industrial and environmental benefits.
Global Awards and Scientific Recognition
Dr. Mathur’s exceptional contributions have been recognized globally through numerous prestigious awards and honors, celebrating his leadership and excellence in biochemistry, biotechnology, and agri-research.
World’s Top 2% Scientist (2022–2025) –
Honored by Stanford University and AD Scientific Index for his continued research impact and global ranking in Agri-Biotechnology, Forestry, and Environmental Sciences.
Global Research Excellence Award (FOX Asia, 2024) –
Recognized for groundbreaking innovation in natural product chemistry, sustainable bioformulations, and eco-friendly agricultural technologies.
Eminent Scientist in Biopharmaceuticals & Biotechnology (Golden Global Health & Excellence Award, 2023) –
Awarded for outstanding leadership and pioneering advancements in biotech innovation and applied life sciences.
Gem of Asia International Excellence Award (2021)–
Honoring his sustained contributions to agricultural biotechnology, biofertilizer development, and sustainable farming research.
World Agricultural Innovation Excellence Award (2018) –
For pioneering research in biotechnology-based crop improvement, biofertilizers, and plant growth enhancement.
Young Scientist and Innovation Awards (2012–2018) –
Conferred multiple times by reputed bodies such as UCOST, Mewar Institute, SARC, ARNI University, and the Indian Excellence Council for his early-stage breakthroughs in microbial biochemistry and sustainable agriculture.
Jewel of India Excellence Award (2020) –
For exceptional scientific achievements and contributions to advancing biotechnology and agricultural sustainability.
These global recognitions reflect Dr. Mathur’s unwavering commitment to advancing scientific innovation that is environmentally responsible, commercially viable, and globally impactful.
Pioneering Sustainable Biotechnology
At the intersection of science and sustainability, Dr. Mathur’s work continues to redefine the role of biotechnology in modern agriculture. His research in mycorrhizae, microbial metabolites, nanotechnology, and biocontrol formulations promotes healthier crops, improved yields, and environmental protection. By reducing reliance on synthetic fertilizers and pesticides, his technologies empower farmers and industries to transition toward a green and regenerative bioeconomy.
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