Computational
Chemistry

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Two tracks, one computational core

Whether you're validating a mechanism for publication or screening catalysts for production, the same rigorous quantum chemistry underpins both engagements — only the deliverables change.

Research, Publication & Manuscript Support

For experimental wet-lab groups in organic, inorganic, physical, and organometallic chemistry validating findings, elucidating mechanisms, and publishing in top-tier journals.

  • Computational execution — ground- and excited-state DFT, transition-state searches, and reaction-intermediate verification.
  • Research mentorship — guidance for PIs and students on functionals, basis sets, and solvation models suited to their system.
  • Manuscript support — methodology write-ups, publication-ready 3D renders, ChemDraw schemes, and reviewer-response assistance.

R&D, Catalysis & Process Optimization

For chemical manufacturers, specialty materials producers, agrochemical firms, and clean-energy startups accelerating R&D and protecting IP.

  • In-silico screening — high-throughput catalyst design, solvent-effect evaluation, byproduct prediction, and polymer/battery modeling.
  • Technical consulting — troubleshooting failed synthesis routes, explaining regio- and stereoselectivity, predicting stability pre-synthesis.
  • Confidentiality & IP — every engagement runs under NDA, with full client ownership of deliverables and findings.

Core technical capabilities

From electronic structure to periodic solids, our integrated analytical pipeline spans the complete arc of molecular and materials science.

01

DFT & Wavefunction Analysis

  • Geometry optimizations & frequency calculations
  • HOMO–LUMO bandgap determination
  • Molecular electrostatic potential (MEP) mapping
  • Advanced bonding analysis (NBO, QTAIM, IGMH)
02

Reaction Pathways & Transition State Search

  • Transition-state location & imaginary-frequency verification
  • Intrinsic Reaction Coordinate (IRC) tracking
  • Thermodynamic & kinetic profiling (ΔG✡, ΔH)
  • Reaction barrier & rate constant estimation
03

Computational Catalysis

  • Active-site mapping & surface adsorption energies
  • Homogeneous & heterogeneous catalytic cycle modeling
  • Ligand screening & selectivity optimization
  • Metal–support interaction evaluation
04

Materials Science & Cleantech Design

  • Periodic DFT for crystalline solids, polymers & interfaces
  • Electronic band structure & Density of States (DOS)
  • Carbon capture & gas storage interaction modeling
  • Battery electrolyte & solid-state material analysis

Featured software suite

Industry-standard software packages for calculations, analysis, and high-definition visualization.

Featured Software Suite for Scientific Research

Gaussian ORCA Q-Chem Schrödinger Suite Jaguar VASP Quantum ESPRESSO CP2K ChemDraw NBO Multiwfn Maestro PyMOL VMD VESTA IQmol Quantum Chemistry Molecular DFT Periodic DFT & Materials Science 2D Schemes & Structural Design Wavefunction & Interaction Analysis 3D Visualization & Rendering Featured Software Suite
Academic Deliverable
Scheme + Energy Profile

A 2D ChemDraw reaction scheme paired with the corresponding 3D transition-state energy profile — ready for high-impact publication.

Industry Deliverable
Lattice + Adsorption Model

A crystalline periodic-lattice surface model showing gas-molecule adsorption and binding energy profiles for process optimization.

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