Amitej Rao Neti

• Led R&D and product innovation in battery nanomaterials from lab scale to commercialization.
• Played key role in developing patented technologies, with 2 patents filed as an inventor and 1 more in the pipeline.
• Managed technical scale-up and process improvements for efficient production.
• Collaborated across teams to align technical and business strategies.
• Contributed to securing significant grants worth 375000 $, helping fund the company’s growth.

• Developed technical recommendations for the capacity revamp of the Instrument Air System required for Technical grade Ammonium Nitrate and Weak Nitric Acid Plants.
• Led the technical evaluation of process modifications and de-bottlenecking efforts in process equipment .
• Successfully moved 30+ change documents forward based on technical assessments.

• Focused on materials and battery performance integration
• Worked on optimizing materials properties and recipes and battery efficiencies,energy density and life through research of root causes of frequent failure modes of batteries.
• Performed lifecycle analysis calculations and understood the market needs and pain points in the sector of energy storage and batteries.

• Worked on 36TPH and 70TPH Boiler Operation, Control, and Efficiency Calculations of a thermal power plant, focusing on optimizing performance and operational control.
• Conducted in-depth process engineering studies, including detailed hydraulic and equipment sizing calculations, ensuring system efficiency and reliability.
• Led the Energy Audit of the Weak Nitric Acid plant, coordinating with third-party experts to collect and analyze critical data for energy optimization initiatives.

• Given responsibility of monitoring and optimise ongoing manufacturing(RM to FG) processes of 3 metric tons per day of Automotive resins and industrial adhesives and input on advancements using Industry 4.0 techniques.
• Successfully compiled reports on

1. Optimization of process flow (Raw Material to Finished Goods).

2. Feasibility of current 27 Tons of Refridgeration chiller system to operate at lower temperatures while increasing energy efficiency

• Worked in the LDPE manufacturing division with 1 million metric tons annual production capacity.
• Was given the responsibility of increasing uptime in the conveying system of LDPE pellets.
• Successfully compiled a report on ' Advancements in pneumatic conveying system: Positive Displacement Pumps'

• Collaborated with chemical engineering department and worked under Head of Department.
• Learned operating life cycle assessment software like GABI, openLCA using ecoinvent and LEEDS library crucial to calculate cradle to gate hazards global warming potential, Acidification potential, eutrophication potential and Ozone depletion to due extraction of ethanol from hydrolysis and valorization of banana peels and citrus waste
• Successfully compiled a report on 'Life cycle Assessment of various Biomass Processing units to obtain Ethanol & methane'.