Get a Quote

Fill the form below to receive a personalized consultancy by our expert team.


Mapping And Modeling

Mapping And Modeling

Charting paths, shaping tomorrow – Our mapping and modeling expertise leads the way.

📍
Sensitive Receptors Mapping
🗺️
GIS Based Habitat Mapping
🔊
Noise Level Mapping & Modeling
🌬️
Air Dispersion Modeling
🔥
Thermal Plume Modeling
🌪️
Dust Dispersion Modeling
💧
Fresh and Surface Water Quality
🌿
Baseline Ecological Survey

AES conducts noise modelling using SoundPLAN to simulate sound propagation from industrial sources. The outputs include contour maps showing sound pressure levels across project areas, enabling assessment of impacts on sensitive receptors and compliance with PEQS and IFC guidelines.

Noise Model Noise model of industry

AES performs hydrological modelling using GIS-based techniques and water balance analysis to evaluate groundwater recharge, depletion trends, rainfall distribution, and irrigation impacts. This supports sustainable water resource management and project feasibility analysis.

Groundwater Depth Ground water depth map

AES evaluates leachate generation, contaminant transport, and wastewater system performance using advanced modelling tools. These analyses support landfill design, wastewater treatment optimization, and environmental risk management.

Leachate Model Leachate contaminant transport model

AES conducts ecological modelling and biodiversity assessments to evaluate habitat sensitivity and ecosystem services. We align with IFC Performance Standard 6 using specialized tools:

  • IBAT (Integrated Biodiversity Assessment Tool)
  • i-Tree Eco / i-Tree Canopy
  • MaxEnt (Habitat Suitability Model)
  • InVEST Carbon Storage & Water Yield Models
NDVI Map NDVI Vegetation Map

AES develops GIS-based environmental maps including land use, sensitive receptors, hydrology, and environmental constraints to support ESIA studies, planning, and decision-making processes.

GIS Mapping Spatial analysis map

Frequently Asked Questions

Precision agriculture uses data and technology to make farming more accurate, efficient, and sustainable.

Small farms often face challenges that at first glance may seem difficult to overcome. Limited resources, lack of access to modern technology and difficulty competing with larger players in the market are just some of the problems smaller farmers face.

There are four types of automation systems: fixed automation, programmable automation, flexible automation and integrated automation.

Here are our five tips on how to train employees on a new system or technology: Trainers need to know the software or system themselves.

Our Specialists