Services

We partner with chemical, pharma, food, and materials companies to develop efficient, scalable, and sustainable processes. Our team combines advanced chemistry, engineering insight, and practical industry experience to deliver high-performance solutions.

We offer end-to-end R&D and process development services designed to help chemical, pharma, agro, and specialty manufacturing industries innovate faster and operate more efficiently. From custom synthesis and process optimization to scale-up, analytical testing, and technology transfer, our solutions are tailored to deliver high performance, reproducibility, and commercial readiness. Every service is backed by scientific expertise, modern infrastructure, and a strong commitment to quality and confidentiality

Our laboratory is equipped with state-of-the-art infrastructure designed to support advanced chemical research, process development and pilot-level experimentation. Every facility has been created to ensure scientific accuracy, operational efficiency, and the highest levels of safety, enabling us to deliver research outcomes that are both commercially relevant and scientifically robust.

Specialized safety protocols, controlled environments, and trained personnel ensure safe handling of hazardous chemistries.

Our pilot facilities enable early-stage techno-economic evaluation, helping clients de-risk processes before full-scale deployment.

Together, these capabilities empower industries to accelerate innovation, optimize processes, and bring breakthrough technologies to market faster.

Process Development & Optimization

We specialize in developing efficient, scalable, and high-performance chemical processes tailored to industrial needs. Our team focuses on improving yield, enhancing purity, reducing operational cost, and ensuring smooth scale-up from lab to plant.

Reaction Pathway Design: Identifying the most efficient and commercially viable reaction routes.
Catalyst Screening: Evaluating catalysts to improve reaction rates, selectivity, and process economics.
Solvent Optimization: Selecting optimal solvent systems to enhance yield, safety, and sustainability.
Impurity Profiling & Control: Mapping impurities and designing strategies to consistently achieve high purity.
Process Intensification: Simplifying operations and improving throughput through modern intensification techniques.
Step Reduction Strategies: Streamlining multi-step processes to save time, resources, and energy.
Raw Material Substitution: Recommending cost-effective, sustainable, and high-quality raw material alternatives.
Waste Minimization: Designing cleaner processes with reduced waste generation and improved resource efficiency.
Energy-Efficient Routes: Developing processes that consume less energy while maintaining high productivity.

Custom Synthesis

We provide reliable small- to medium-scale custom synthesis of specialty chemicals tailored to the needs of pharma, chemical, food, fragrance, and materials industries. Our experienced chemists design and execute synthesis routes that deliver consistent quality, high purity, and complete technical documentation.

Pharma Intermediates: Precise synthesis of intermediates with strict quality and regulatory control.
Fragrance & Flavor Molecules: Custom creation of aroma and taste molecules for F&F applications.
Agrochemicals: Synthesis of active intermediates and specialty compounds for agricultural formulations.
Fine Chemicals: High-value fine chemicals produced with accuracy and reproducibility.
Novel Compounds: Development of unique or first-time molecules for R&D, screening, and product development.
OUTPUTS: High-Purity Materials, Comprehensive Analytical Reports, Controlled Batch Records, Assured Confidentiality & IP Protection

Scale-Up & Pilot Studies

We help companies successfully transition chemical processes from laboratory scale to pilot and commercial production. Our scale-up expertise ensures that every process is efficient, safe, reproducible, and ready for real-world manufacturing.

Lab-Scale Feasibility: Evaluating reaction viability, operating conditions, and material balance.
Kinetic Studies: Understanding reaction rates to design reliable and predictable scale-up models.
Heat & Mass Transfer Evaluation: Assessing transfer limitations to ensure stable performance at larger scales.
Scale-Up Parameters & DoE: Using Design of Experiments (DoE) to optimize critical process parameters.
Pilot Plant Coordination: Supporting pilot runs, batch validation, and on-site process adjustments.
Process Troubleshooting: Identifying bottlenecks and resolving scale-up challenges to ensure smooth operation.

OUTCOME: A seamless transition from R&D to production, with a process that is safe, robust, and commercially viable.

Technology Transfer

We provide comprehensive lab-scale and pilot-scale technology transfer services to help industries adopt new processes with confidence. Our team develops complete process know-how, validates it under controlled laboratory conditions, and prepares all technical documentation required for seamless implementation at your facility.

Complete Know-How Development: End-to-end process design, optimization, and validation at lab scale.
Pilot-Scale Demonstration: Performance assessment and refinement under near-industrial conditions.
Detailed Technical Documentation: SOPs, process flow diagrams (PFDs), batch manufacturing records (BMRs), and operating guidelines.
Parameter Standardization: Defining reaction conditions, critical quality attributes, and acceptable operating ranges.
Material & Equipment Mapping: Identifying raw materials, utilities, and equipment required for production.
On-Site Implementation Support: Guiding plant teams during first campaigns, trial batches, and scale-up runs.
Troubleshooting & Optimization: Addressing process variability and ensuring consistent, reproducible performance.

Analytical Services

Our analytical services are designed to support process development, quality validation, and troubleshooting across chemical and allied industries. We collaborate with trusted analytical laboratories to ensure access to advanced instrumentation and high-quality data.

Our experts first understand the problem, identify the right analytical techniques, coordinate outsourced testing, and interpret the results to provide clear, actionable insights for your project.

Analytical Method Selection: Choosing the most appropriate technique—such as GC, HPLC, LC–MS, GC–MS, FTIR, or elemental analysis—based on your sample and objectives.
Partner Laboratory Network: Access to accredited labs equipped with advanced instruments for accurate and reliable testing.
Sample Preparation & Study Design: Proper sample handling, method planning, and controlled study execution.
Data Interpretation: Detailed analysis of chromatograms, spectra, purity profiles, degradation patterns, and impurity markers.
Problem-Solving Support: Using analytical findings to refine processes, identify root causes, and ensure product consistency.

Consultancy Services

Our consultancy services help chemical, pharma, agrochemical, food, and specialty manufacturing companies solve complex process challenges with expert guidance. Our team provides scientific and technical advice backed by strong industry experience. Based on your requirement, our experts visit the site, study ongoing operations, suggest improvements, and supervise experiments directly at your facility.

Process Evaluation & Recommendations: Detailed assessment of existing processes to identify opportunities for improvement in yield, purity, cost, safety, and scalability.
On-Site Experiments: Experiments and trials conducted at the client’s plant for real-time validation of new parameters and solutions.
Troubleshooting Support: Identification and resolution of operational issues, bottlenecks, impurity formation, or batch inconsistencies.
Product & Route Optimization: Guidance on new raw materials, catalysts, solvent systems, or modified reaction pathways.
Technology Upgradation: Recommendations for modern, efficient, and sustainable process routes.
Scale-Up Guidance: Support during pilot runs and first commercial batches.