We offer our clients a range of corporate advising services to help them navigate the industry and achieve their exploration goals. Our team of experts has extensive experience in the field and can provide strategic advice on exploration targets, identify potential risks and opportunities, and assist with project management, budgeting, and technical report writing. We also have the expertise to help our clients navigate the regulatory and permitting process, and understand the market conditions, trends and best practices in the mineral exploration industry.

Analysis of a mining or exploration project using desktop-based methods. This study typically includes evaluating data such as geological maps, aerial photographs, satellite imagery, and historical data, as well as using computer-based modeling and simulation tools. The goal of this study is to provide a detailed understanding of the potential of a project in order to make informed decisions.

The process of evaluating the technical aspects of a mining or exploration project to assess its potential and identify any risks. This process includes a review of technical data, site visits, and interviews with key personnel. It helps investors, lenders and other stakeholders make informed decisions about whether to invest in a project or not.

Creating a detailed map of the geology of an area with the goal of identifying potential mineral deposits. This process includes fieldwork such as mapping out the location of rock outcrops, collecting samples, and analyzing data to create a detailed map of the area. The resulting map provides important information about the geology of an area and can help identify areas that are prospective for mineral deposits. It is a crucial step in the mineral exploration process, as it helps in understanding the geology of the area, identifying areas of interest, and making informed decisions about where to focus further exploration efforts.

Identifying areas of interest in an exploration project. This process typically begins with an initial review of existing data to identify areas that are prospective for mineral deposits. Once the areas of interest have been identified, further exploration techniques such as field mapping, geophysics, and geochemistry are used to gather more detailed information. The information gathered is then used to create a mineral exploration target, which is an area that is considered to have the greatest potential for hosting a mineral deposit. The information and data collected during mineral exploration targeting process follows industry standards and guidelines to ensure accurate and reliable information is provided.

These techniques provide a detailed understanding of the geology of an area and can help identify areas that are prospective for mineral deposits. Remote sensing and geophysics are commonly used in mineral exploration to generate new exploration targets, reduce exploration risk and increase the chances of finding economic mineral deposits.

An important tool in mineral exploration, as it helps to identify areas that are prospective for mineral deposits, by identifying geochemical anomalies associated with mineralization. This technique is commonly used to detect hidden mineral deposits, reduce exploration risk, and increase the chances of finding economic mineral deposits. Geochemical data can be used in combination with other data from remote sensing, geophysics, and geological mapping to produce more robust exploration targets.

Studying the structural features of rocks and minerals in the field to understand the geology of an area and identify areas that are prospective for mineral deposits. This process typically involves mapping, collecting samples and analyzing data to create a detailed understanding of the structural features of an area. Field structural analysis is an important tool in mineral exploration as it helps to identify areas that are prospective for mineral deposits by understanding the structural controls on mineralization. It’s different from exploration geochemistry that it focuses on the 3D distribution of minerals in the subsurface, how they were formed and the relationship between them, and the tectonic events that have influenced their formation, alteration and preservation. This information can be used to develop new exploration targets, and reduce exploration risk.

Creating a detailed plan for a mineral exploration project. This process includes defining the project objectives, identifying the resources required, and creating a schedule of activities. It also includes identifying potential risks, developing mitigation strategies and creating a budget for the project. The Project Planning process is critical for the success of a mineral exploration project, as it helps to ensure that resources are allocated effectively, timelines are met, and objectives are achieved. It also helps to identify potential challenges and develop strategies to mitigate those risks. Through a well-planned project, the exploration team can have a clear direction and a better chance of success in finding the mineral deposit.

Collecting and analyzing samples to determine the mineral content of an area, and ensuring that the data is accurate and reliable. Exploration sampling typically involves collecting rock, soil, or stream sediment samples, and analyzing them for specific chemical elements or minerals. The Analysis process is then used to determine the mineral content of the samples and identify areas that are prospective for mineral deposits. Quality Assurance and Quality Control (QA/QC) processes are then applied to ensure that the data is accurate and reliable. These processes include sample preparation, analytical methods, and the use of internal and external quality control samples. These steps are critical for the success of a mineral exploration project, as they ensure that the data collected is accurate and reliable, and that the results can be used to make informed decisions about where to focus further exploration efforts.

Set of services that support the exploration and sampling process in mineral exploration projects. These services typically include field mapping, geophysics, geochemistry, geological structural analysis, and sample collection. Field services teams are composed of professionals who are experts in the field and have the necessary equipment to conduct the exploration activities. They provide a wide range of support, from planning, logistics, and health and safety, to data collection, analysis, and reporting.

Determining the quantity, quality and location of mineral resources, and the calculation of how much of those resources can be economically extracted. This process involves the collection and analysis of data from drilling, sampling, and mapping to estimate the size and grade of a mineral deposit. Mineral Resource Estimation is a crucial step in the mineral exploration process as it helps to determine the economic viability of a deposit. Reserve Calculation is then used to determine how much of the resources can be economically extracted using mining methods. Both processes are critical for the success of a mineral exploration project, as they provide important information for mining companies, investors, and governments to make informed decisions about mining operations and investments.

Documenting and presenting the results of a mineral exploration project in a standardized format that adheres to industry reporting codes. These codes, such as JORC, NI 43-101, PERC, and SAMREC, provide guidelines and standards for reporting mineral resources and reserves. Technical report writing involves the compilation of data and information collected during the exploration process, such as drilling, sampling, and mapping, and presenting it in a clear and consistent manner that is compliant with the reporting code. This includes information on mineral resources, reserve calculations, and mining methods. Technical report writing is an important step in the mineral exploration process as it provides a clear and transparent record of the project and its results, making it easier for mining companies, investors, and governments to make informed decisions about mining operations and investments.

The process of obtaining the legal permission to conduct mineral exploration and mining activities on a specific area of land. Exploration License is a permit granted by the government to conduct mineral exploration activities in a specific area. Mining Lease is a permit granted by the government to conduct mining activities in a specific area. The application process involves submitting detailed information about the proposed exploration or mining activities, including maps, environmental impact assessments, and community engagement plans. The application is usually reviewed by various government agencies and may require public consultation. Obtaining an Exploration License and Mining Lease is a critical step in the mineral exploration process, as it provides the legal permission to conduct exploration and mining activities on a specific area of land.