Detect mineral deposits quickly to de-risk exploration drilling decisions and mine expansion with high-resolution subsurface geological models
Harnessing the power of seismic data through STRYDE’s solution allows mining geologists to:
Understand the subsurface architecture through Ambient Noise Tomography (ANT) or reflection seismic surveys
Explore depths that aren’t feasible with any other drilling or geophysical method
Reduce the uncertainty of the geological model being used for exploration
Directly image relevant drilling targets
Reduce the number of drillholes required to achieve exploration success
Develop high quality mineral system models
Achieve a detailed subsurface interpretation to drive decision making and mine planning
Gain investor buy-in to your exploration strategy by using innovative, cost-effective seismic solutions
Seismic data is a key tool in mineral exploration. For decades, the oil and gas industry has leveraged the power of seismic data to gain valuable insights into the subsurface for optimal well placement and enhanced recovery.
Despite this success, other sectors, including mining have struggled to access this critical information due to the traditionally high costs and labour-intensive processes of acquiring and visualizing high-definition seismic data.
Testimonial:
"We chose STRYDE due to the data quality that was able to be acquired from a lightweight, simple, and low-cost wireless system.
“Compared with other nodal systems, the STRYDE system is much lower priced and its impact on operational efficiency is higher, and this is even more magnified when compared to wired geophone systems! We look forward to using STRYDE again soon."
Project Director and Chief Geophysicist, Shanxi Coal
At STRYDE, we recognise and understand the constraints faced by the mining industry when it comes to budgetary and internal resource limitations for seismic exploration and have created tailored solutions that accommodate the need for high-resolution seismic data.
From full survey design to low-cost seismic acquisition, fast-track seismic imaging and interpretation solutions, we provide our customers with affordable, high-resolution 2D and 3D seismic data that is designed to de-risk decision-making, optimise drilling and production operations, and add value to your portfolio.
ANT, otherwise known as passive seismic data acquisition relies on ambient seismic noise to create coarse 2D or 3D velocity models of the subsurface. Ambient noise can be anthropic (noise that originates from human activities, such as noise from nearby vehicles) or natural (background noise produced from the natural events such as wind).
Low-effort seismic
Seismic sensors are used to record and measure the ambient noise over a period of time and is a low-cost, low-environmental impact alternative to conventional active seismic data acquisition which requires a source (such as a vibrator truck) to record the seismic data.
2D seismic reflection data offers depth resolution and spatial coverage over your prospect, features that are not available by any other techniques such as direct sampling or drilling. As a result, mining geologists can benefit from enhanced precision of geological modelling and increase the likelihood of successful drilling by uncovering faults, lithological contacts, shears, alteration zones, massive sulphide deposits and pegmatites.
This process of using 2D seismic reflection data ultimately allows mining and exploration teams to present a clear visual representation of the subsurface, and demonstrate scope for much deeper mineralisation than could previously be known. As a result, mining companies can increase the value of a mineral exploration project to their investors and have a greater chance of receiving investor buy-in.
Image reference: Seismic data from Survey Line 2, highlighting the Manta seismic reflector and MAD213 drill hole pegmatite intercepts- acquired by STRYDE Nodes™ for St George Mining Limited
3D reflection seismic data plays a pivotal role in enhancing the value of mining exploration and mine expansion projects by enabling precise drilling target identification.
STRYDE is dedicated to delivering low cost 3D cubes at a price point that is affordable for all types of organisations within the mining industry, from small exploration stage companies through to international mining operators.
De-risk exploration
3D surveys can help streamline the search process, reducing the number of boreholes needed for successful mining discoveries and resource delineation. This distinct advantage sets 3D reflection seismic apart from other exploration methods, offering efficient targeting capabilities for mining exploration.
Image reference: Isometric view of the Long South Gap prospect area illustrating location of northern seismic line, key initial litho- structural interpretation together with possible channel feature (yellow ellipse) - acquired by STRYDE Nodes™ for Lunnon Metals Limited
Reflection seismic data has been the mainstay of successful energy exploration for many decades.
In this article, esteemed geologist Graham Hird outlines the strong case for incorporating the reflection seismic method in your mineral exploration workflow to produce better seismic data.
Our technology unlocks the ability to conduct mining exploration at depths beyond which surface drilling is prohibitively expensive. STRYDE offers the most affordable seismic node on the market today, allowing companies to save significant costs when it comes to equipment leasing or purchasing.
Unlike bulky nodes and cable-based systems, thousands of STRYDE Nodes™ can be air-freighted to virtually any location and transported easily in small vehicles. This opens up the possibility of conducting seismic operations in remote or unconventional locations, whether that be in mountainous terrain or desert environments.
By coupling our advanced nodal technology, efficient field operation and our fast-track data processing solutions, we are able to quickly deliver interpretation ready seismic data to our clients, meaning critical decisions can be made faster than ever before.
By making the deployment of high-channel counts needed for high-trace density data an affordable option, we can generate better quality subsurface images to de-risk decision making further.
The STRYDE Node™ is the smallest and most cost-effective seismic recording device on the market today.
Weighing a mere 150g, this advanced seismic technology offers the most affordable and practical means to collect high-quality seismic data essential for geologists to make informed decisions.
Discover how companies operating throughout the mining industry have benefitted from STRYDE’s revolutionary nodal technology.
This presentation shows how velocity models derived from first-break refraction tomography for one particular high-density survey assist in the 3D mapping of the overburden/bedrock contact of a magmatic intrusion and provide extra detail to the extent of the low-velocity ore bodies beneath
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During this survey STRYDE's nodes were used to acquire 62 kilometres of active 2D reflection seismic and the overlapping 100 square kilometres of passive seismic data.
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STRYDE's seismic technology was used by Oceania Geo and Total Seismic to gather 2D seismic data which was crucial in allowing their customer to delineate coal resources and mitigate risks for future mining operations in Queensland.
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Iceni Gold Limited reported that 2D seismic acquired by STRYDE's nodes played a significant role in this project, by producing the geological model forming the seismic interpretation deliverable product.
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Discover how STRYDE's seismic sensors were used to acquire high-resolution seismic data required for mining exploration.
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Explor approached STRYDE to trial our STRYDE Nimble system™️ in conjunction with their innovative Pinpoint® seismic source for a mining client.
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By filling in this form, you can speak to one of our team members directly to:
Request a quotation for an upcoming seismic survey
Book a meeting with our team to understand more about our turnkey seismic solutions
Request more technical information about our seismic system and technology
