ESGWAY specializes in offering solutions aimed at enhancing the efficiency and safety of CCS/CCUS (carbon capture and storage/carbon capture, use, and storage) projects. These solutions leverage advanced methodologies to expedite engineering analyses and significantly shorten the timeframe from planning to implementation.

Main Products:

eCAST Platform: A comprehensive suite for the integrated design, forecasting, and risk management of CCS projects. It includes tools like CCS-DESIGN, which streamlines decision-making processes and project valuation, and CCS-FLOW, which focuses on optimizing sequestration development.

Apps under the eCAST platform:

• CCS-DESIGN: is a comprehensive framework for integrated design, cost modeling, and financial forecasting for carbon capture and storage (CCS) projects, blending technical and economic analyses to improve project outcomes. It encompasses financial modeling to evaluate costs, energy needs, and emissions, and incorporates a planning framework that aligns with various financing options and stakeholder forecasts. The framework also includes tools for forecasting and analyzing project data, offering scenario generation, sensitivity analysis, and probabilistic modeling to navigate project uncertainties. Additionally, it features visualization tools for presenting key performance indicators and financial summaries, aiding in the analysis and decision-making process.

• CCS-FLOW: aims to unlock the storage value of subsurface pore space by optimizing sequestration development and providing forecasting and monitoring capabilities for the CO2 storage process.

eCURE: A comprehensive platform for low-carbon oilfield development and emission reduction. It features solutions like CARBON-LEAN, which develops lower carbon energy and minimizes production costs, and CCUS-DESIGN, focused on designing and optimizing CCUS projects for enhanced oil recovery and maximum ROI.

Apps under the eCURE platform:

• CARBON-LEAN: develops lower carbon energy, improves field performance by reducing emissions, and minimizes energy production costs.

• CCUS-DESIGN: facilitates the design, forecasting, and optimization of CCUS (CO2-EOR, Huff-n-Puff) projects. It focuses on optimizing carbon utilization versus storage to maximize project value and ROI.

CCS-MBAL: Simple-to-use advanced material balance modeling platform for fast and reliable forecast of CO2 injection process for storage capacity and efficiency estimation. It allows users to validate reservoir tank models by matching historical performance data such as production, injection, and pressure. Additionally, the platform offers history matching parameters for reservoir properties and effective volume, along with an automated workflow for constructing PVT models. It supports data upload in various formats, enhancing accessibility and usability for users.

Services includes:

PLUME MODELING

Numerical simulations to quantify areal and volumetric advancement of CO2 plume during CO2 sequestration projects. Results of the study are used to delineate the Area of Review (AoR) for Class II or VI permit application and to design monitoring plans, as well as to estimate the effective CO2 storage capacity of the target reservoir. Deliverables are:

• Delineation of Area of Review (AoR) and impact on surface and storage.

• Monitoring design and corrective action plan.

• CO2 storage capacity, rate and EOR type curves.

• CO2 plume migration (areal and vertical) dynamics.

• Well requirements and optimized development scenario.

CCS/CCUS-FEASIBILITY

Provide bolt-on services to assist in scoping and economic/risk evaluation of CCS/CCUS projects. This effort will quantify the project value and determine if there is a compelling evidence to proceed with the more detailed steps of CCS FEED study or certifying the target reservoirs for sequestration. Deliverables are:

• Project feasibility and value creation pathways.

• Project capital and operating cost requirements.

• Optimum project design and development.

• Project KPIs and risk profile.

• CO2 storage capacity, rate and EOR type curves.

ESGWAY's pricing model consists of a license fee, paid annually or semi-annually and a consulting fee based upon a hourly or monthly rate. Consultant fees include and are not limited to regulatory and permitting support.

Total project management is available and will be billed on a per hour or monthly basis.

• Technical and operational expertise.
• Technological advantage - modern and easy to use products.
• Highly adaptable - products are added based upon client's needs.

ESGWAY's eSolutions will assist in accelerating carbon capture use and storage projects to decarbonize industrial and energy production systems.

CCS/CCUS projects have high risk associated with them and ESGWAY's eSolutions assist industries and authorities to de-risk these projects from both the financial and environmental points of view.