Consulting Services
Regional Assessment
Basin Analysis
Basin analysis is applied to define thermal history, lithostratigraphic and chronostratigraphic framework, reservoir and source rocks depositional environment, tectonic evolution and trap formation of a particular basin. The basin’s geological framework provides the basic input data for geochemical interpretation and basin modeling.
Hydrocarbons prospective resources (Yet to Find)
Estimation of yet to find (Prospective Resources) in a sedimentary basin is performed based on the combination of basin analysis, petroleum systems modeling, mass balance calculation and fractal analysis. To discriminate crude oil and gas resources (natural gas and liquefied petroleum gas) we have developed a method based on the use of the Source Rock Expulsion Potential Calculator (SREPC) developed by Zetaware Inc. The Yet to Find methodology is integrated within the conceptual framework of the Petroleum Reserve and Resource Management System (PRMS) methodology.
Petroleum Systems Assessment
Petroleum Geochemistry
Geochemical evaluation of source rocks, oils and gases, to define the petroleum system(s). As part of the petroleum geochemistry approach source rock maturity level, hydrocarbon potential, oil saturation, oil-oil and oil-source rock correlations, and primary and secondary cracking are studied. Geochemical interpretation incorporates analyses of pyrolysis, organic petrography, bulk parameters, gas and liquid chromatography, biomarkers, diamondoids, and isotopes data.
Basin Modelling
Basin modeling is a quantitative approach of the petroleum system, which integrates geological, thermal and geochemical data. Kuenka uses ZetaWare software products such as Kinex for defining a quick source rock maturation model, Genesis (1D modeling) for establishing a burial history, and timing of hydrocarbon expulsion and Trinity (3D modeling) for conducting interactive migration and hydrocarbon charge analysis.
Reservoir Assessment
Static & Dynamic Model
Reservoir evaluation with a multi-disciplinary approach including static and dynamic model, volumetric calculation and proposal for new wells. The assessment includes oil field description (geology and production), seismic interpretation, trap mapping, petrophysical characterization and dynamic model including review of the input data, validation of the representativeness of the initial conditions of the reservoirs (initial volumes, pressures, contacts, etc.), history matching validation (pressures, cumulative fluids production at field and well level) and validation of the prediction model.
Reservoir Fluids Geodynamic (RFG)
Integration between regional modeling of petroleum systems and geochemical characterization of the fluids (oil and gas) in a reservoir, aims to study the distribution of hydrocarbon composition and its post entrapment changes. This approach provides valuable conclusions that can be involved in static and dynamic reservoir models, contributing to improve production and enhanced recovery processes (EOR).
Near Field Exploration
Hydrocarbon migration and charge modeling applied to near field exploration. Modeling includes a basic estimation of the OOIP / OGIP / GOR. Fetch maps and Montecarlo trap volume and phase. Oil quality, biodegradation, hydrocarbon charge history and compartmentalization assessment. Hydrocarbon charge probability map including migration pathways and charged traps.
Hydrocarbons & Energy Transition
Gas prospectivity (NG & LPG)
Gas prospectivity assessment (natural gas and liquefied petroleum gas) combining the analysis of discovered resources and current production (volumes and production mechanisms) with the definition of its geological habitat, gas origin, generation and migration processes and play fairway mapping for both NG and LPG.
CO2 storage
Petroleum systems modeling can be used to estimate the volume of CO2 that can be stored in a reservoir within a field that is depleted. The 3D modeling (Trinity software) has a probabilistic approach with Monte Carlo simulation and uses data as input; structural map at depth at the top of the evaluated reservoir and field specific data, such as area, thickness, NTG, porosity, saturation, pressure, temperature and density).
Co-production geothermal
The subsurface thermal modeling (Software Genesis & Trinity) can be adapted to obtain the current regional and local reservoir temperature, heat flow and thermal gradient. By combining the subsurface geological model, reservoir analysis and thermal maturity modeling (1D and 3D) it is possible to define play fairway maps by reservoirs in a basin, block or evaluated oil field.
Natural Hydrogen from source rocks
Natural hydrogen can be generated from organic matter present in stratigraphic intervals (coals and shales) with high levels of thermal maturity (%Ro > 3 %). Hydrogen generation from thermal decomposition of organic matter offers the possibility to study the hydrogen system based on the elements and processes proposed in the petroleum systems methodology (source rock, reservoir, seal, migration, accumulation and preservation). Thermal modeling (1D and 3D) can be adapted to estimate the timing and amount of H2 generated from a specific source rock.
Energy Sustainability
Public Policy
Analysis and design of public policy instruments for sustainable energy transitions, focusing on regulatory frameworks, institutional arrangements, and incentive mechanisms to ensure secure energy transitions . Emphasis on alignment with national energy plans, SDGs, and energy justice principles.
Social and economic sustainability
Evaluation of the social and economic dimensions of energy projects. Methodologies integrate quantitative indicators (affordability, accessibility, energy poverty) with qualitative insights (perceptions, practices, and local governance) to assess long-term sustainability of fuel switching programs.
Social appropriation of knowledge
Design and implementation of participatory methodologies for the co-construction and dissemination of knowledge about energy resources and technologies. Focus on community engagement, capacity building, and the generation of trust around gas-based energy solutions, particularly in post-conflict and rural territories.
Kuenka Energy Research
Gas prospectivity and sustainability
Interdisciplinary analysis of gas prospectivity combining geological, technical, and socioeconomic dimensions. Integration of subsurface data with socio-territorial indicators to evaluate the viability and sustainability of LPG and natural gas development projects in Colombia.
Colombian PRMS (Petroleum Resources Management System)
Application and adaptation of PRMS classification standards for the Colombian context, incorporating not only technical and commercial criteria but also environmental, social, and governance (ESG) dimensions in the categorization of prospective resources.
Geopolitics of critical materials
Assessment of the geopolitical dynamics associated with the extraction, trade, and strategic use of critical materials required for the energy transition (e.g., lithium, rare earth elements). Emphasis on Latin American scenarios, territorial implications, and governance challenges.