Adrok Ltd.

🌍 The Future of Mining Depends on Communication. 🚀 Introducing ‘Mining Communication™️'. After years of requests from professionals across the mining sector, we are thrilled to introduce our groundbreaking course, Mining Communication. 🎥 In this already critically acclaimed training we explore: ✅ Public Trust & Social License: Mining’s social license to operate is increasingly at risk. How can we communicate our value and dedication to sustainable practices? ✅ Talent & Investment Gaps: The industry faces unprecedented challenges, including underinvestment, a shrinking talent pipeline, and waning public interest. What can we do now to attract both talent and sustainable investment? ✅ Strategic Engagement for the Energy Transition: The global energy shift hinges on mining. Are we ready to lead? Mining Communication taps into the latest in psychology and neuroscience to equip you with real-world skills and practical insights. Whether you’re a CEO, project manager, or geologist, this course offers targeted solutions to the industry’s most pressing challenges. 🌟 What Others Are Saying: 🙏 “The future of mining depends on strong relationships — this course is the roadmap to success.” – Julie Lucas, Executive Director, Mining Minnesota 🙏 “Indispensable for tackling the toughest challenges facing our industry.” – Lindsey Schultz, CEO, MSC Recruitment This is more than just a course. It’s a community of professionals who, like you, are ready to shape the future of mining. 💡 Ready to transform how you communicate? Join us and start building the industry we want to lead. #MiningCommunication #Geologize #SocialLicense #EnergyTransition #MiningIndustry

We are looking forward to GESGB (Geoscience Energy Society of Great Britain) #PETEX2024: The Future of Energy Geoscience – Tomorrow's World Today at The Brewery, London, on 19-20 November 2024. Our CEO, Gordon Stove, will be presenting "Pulsed electromagnetic techniques for non-destructively classifying rocks and rock sequences below the ground to help guide drilling programmes" in Session 5 at 2:30pm 19th November 2024. He will also be Co-chairing Session 7: How Energy Geosciences is 'Keeping the Lights On' at home on 19th November 2024. As well as Session 18: Geophysics from Exploration to Monitoring on 20th November 2024. https://lnkd.in/ebJPvgpq

🚰 Adrok Ltd. is developing precision targeting for Aquifers up to and over 1000m depth, depending on overlying geology. Our technology is a direct targeting tool whereby the Dielectric Permittivity of rocks within a vertical sequence is measured.  Water has a DC of 80, whereas rocks have a DC of 5 to 30.  We can differentiate water-rich aquifers by exploiting this difference in Dielectric Permittivity. 💚 The greener way to find groundwater. "leave only footprints". Unlike drilling, an Adrok scan only requires access to the selected site for a few hours while the field crew carries out it's scans. Our exploration is digital, low energy and non-destructive - we find the optimum position for successful drilling in the more environmentally friendly way. No clearing of trees, bushland or farmland. No digging of holes. No land clearing permits. No potential for land or water contamination. No disruption to wildlife or livestock. Find out more...

Adrok Ltd. are proud to be ranked in #IP100 since 2016 on the Dynamic IP League Table. #IP100 https://bit.ly/3XLUnd0

Adrok Ltd.'s founders enjoyed attending and presenting at the enlightening Smeaton300 symposium today at Heriot-Watt University to celebrate 300 years since the birth of John Smeaton (1724–1792), often referred to as the "father of civil engineering". John Smeaton's contributions to civil engineering were not limited to his technical innovations but extended to establishing the profession's foundations through scientific methods, professional standards, and collaborative efforts. His works and ideas laid the groundwork for modern civil engineering, combining theory with practical application to solve real-world problems. https://lnkd.in/e6Hr5qxp

A client reminded me of an interesting geotechnical project Adrok Ltd. performed to help restore a 150 year old pier in Shetland, that he came across whilst on a recent holiday. So, I thought I'd share it here too. #Shetland #Nearsurface #geotechnicalsurvey

Spectroscopy is a technique used to analyse the interaction between matter and electromagnetic radiation. It allows scientists to determine the composition, structure, and physical properties of matter by examining how it absorbs, emits, or scatters light. Electromagnetic Spectroscopy involves the use of electromagnetic radiation, which includes a wide range of wavelengths from gamma rays to radio waves. Different types of spectroscopy focus on different parts of this spectrum. Here are some of Adrok Ltd. results from non-invasively scanning rocks using one of our laboratory systems, at the famous Royal Ontario Museum in Toronto, showed sulphides can be separated from silicates using energy measurements derived from FFT at statistically significant levels. #innovation #research #geosciences #spectroscopy #electromagnetics

Red Dog Mine is one of the largest zinc mines in the world, located in the remote region of Northwest Alaska, approximately 90 miles north of Kotzebue and 55 miles from the Chukchi Sea. In addition to zinc, the mine produces lead and has associated silver by products. The Myrtle Mine, located in the Northern Territory of Australia, is a sediment-hosted massive sulfide (SHMS) type, similar to the nearby McArthur River deposit, and is known for its significant zinc and lead deposits. Both Red Dog and Myrtle are important parts of Australia's and USA's respective mining landscape, contributing to each country's status as a leading global producer of zinc and lead. Adrok Ltd. have been fortunate enough to have surveyed both zinc and lead sites. Here's a copy of our key findings.

Does Adrok compliment or compete with Drilling Companies? Adrok compliments and can team up with drilling companies. Adrok, a company known for its innovative subsurface imaging technology using Atomic Dielectric Resonance (ADR), offers a unique service that can significantly benefit drilling companies. By collaborating, Adrok and drilling companies can enhance their exploration and drilling operations in several ways: Improved Accuracy in Site Selection: Adrok's ADR technology can provide detailed images of subsurface structures, helping drilling companies identify the most promising drilling locations. This reduces the risk of drilling dry or non-productive wells. 1) Cost Efficiency: With better data on subsurface conditions, drilling companies can plan their operations more efficiently, potentially reducing the number of exploratory wells needed and lowering overall costs. 2) Environmental Benefits: By minimizing unnecessary drilling, the environmental impact of drilling operations can be reduced. Accurate subsurface imaging helps avoid sensitive areas and optimizes resource extraction. 3) Enhanced Risk Management: Detailed subsurface data allows drilling companies to better assess risks such as unexpected geological formations or fluid pressures, improving safety and operational outcomes. 4) Data Integration: Adrok's technology can complement existing geophysical data, providing a more comprehensive understanding of subsurface conditions. This integration can improve decision-making processes for drilling companies. Collaborating with drilling companies can also provide Adrok with more opportunities to validate and refine their technology in real-world conditions, leading to further advancements and increased market acceptance. In conclusion, a partnership between Adrok and drilling companies can be mutually beneficial, leveraging Adrok's advanced imaging capabilities to enhance the efficiency, safety, and environmental sustainability of drilling operations. #mineralexploration #criticalminerals #racetonetzero #miningtechnology #remotesensing