Saline Intrusion and Aquifer Salinization Consulting

Due to intense aquifer exploitation in certain coastal areas, done to satisfy the requirements from agriculture, industry, cities and touristic development, the salinization process is intensified and produces a saline front from the sea or deep saline aquifer horizons.

Hatari Labs develops variable density numerical models related to aquifer salinization that consider the main physical process related to saline intrusion. These numerical models have the objective to assess the current and future situation from the groundwater flow regime in terms of flow and water quality.

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Mixing Zone Modeling Consulting


Municipal and industrial water treatment plants as well as desalination plants generate effluents that are disposed to different water bodies. The discharge type can be temporal or permanent and the discharge point location could be located on surface or submarine. The main enviromental concern about the discharge is the behaviour from effluent chemicals/nutrients/bacteria on the water body and the associated dilution process to delimitate a mixing area and evaluate the impact on water quality, aquatic ecosystem and dependent species.

Hatarilabs develop mixing zone modeling from effluent discharge on rivers, lakes and oceans, taking into consideration the most relevant conditions related to water quality and flow.


The required baseline for the mixing zone modeling is divided on two main parts:

Water body

  • Bathymetry (precision less than 1m)

  • Water qualiy

  • Flow rate (rivers) or currents (ocean)


  • Discharge rate

  • Discharge geometry

  • Water quality


The numerical tool selected for this evaluation is OpenFOAM with its solver for miscible flow: interMixingFoam. This tool can handle single/multiple discharge points on complex geometries.

Contact us


Tel: +511 4491922

Cel (Whasapp): +51 984115865


Saul Montoya

Saul Montoya es Ingeniero Civil graduado de la Pontificia Universidad Católica del Perú en Lima con estudios de postgrado en Manejo e Ingeniería de Recursos Hídricos (Programa WAREM) de la Universidad de Stuttgart con mención en Ingeniería de Aguas Subterráneas y Hidroinformática.


We provide solutions based on data analysis and numerical modeling for different challenges in the management of surface water, groundwater, river / ocean hydraulics and others. Our expertise in the model conceptualization, calibration and simulation is the key for developing the best alternatives for your decision making process.

Hatarilabs is a company dedicated entirely to numerical modeling. We process different sets of observed data, construct the numerical tools and simulate the future requirements to surface / subsurface flow regimes. 

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GIS Consulting

Water cycle, commercial activities, ecosystem interaction and other physical process in our environment are spatially distributed. In order to analyse and evaluate current conditions and future scenarios we need Geographical Information Systems (GIS) to connect your data with its position.

Hatarilabs develop different solutions on based on GIS for environmental studies, land cover evaluation, precision agriculture, resources management, climate change impact and others. 

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Fluid Dynamics Consulting

Simulation of dynamic behavior of fluids as water or air is essential for engineering process, environmental assessment or industrial design. Hatarilabs can simulate a variety of compressible and uncompressible fluids under a series of temperature, velocity and pressure conditions.

Fluid dynamics models are versatile for fluid simulation in a variety of temporal and spatial scales. Model parameter can be calibrated on laboratory test and model results are of great resolution. 

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Hydrogeology Consulting

In many parts of the world groundwater resources are in the public interest due to the increasing demands, wasteful use and pollution. To meet this challenge is to implement a good planning and practices of integrated groundwater management.

Gidahatari evaluates the flow regime and groundwater quality at regional or local level, analyzing different scenarios of demand or impact to groundwater resource. We dominated most softwares for hydrogeological and hydrochemical modeling with extensive experience in projects.

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