Bespoke Engineering Solutions
Design - Engineer – Succeed

Metallurgical Testing Work Programs play an especially vital role in mine planning and mineral processing by improving resource efficiency and maximizing ore utilization. At GTS, our highly skilled process metallurgists are best in the domain of developing custom-made test work programs along with cost-effective process flow diagrams that present incredibly detailed mass balances. We offer comprehensive bench-scale and pilot-scale metallurgical test programs to analyze ore behavior under diverse conditions and further aim to optimize recovery rates and improve process efficiency.

Engineering studies done in a comprehensive manner are crucial for mining engineering and for the overall success of any mining project. At GTS, our team evaluates key project variables and conducts economic viability assessments to provide valuable insights and tailored recommendations in our reports. Our suite of engineering studies encompasses Project Conceptual Studies, Pre-feasibility and Feasibility Studies, Detailed Project Reports (DPR), Bankable DPR, TEV Studies, Due Diligence Studies, and HAZOP Studies. With GTS, your mining endeavours are in capable hands.

Basic Engineering Services are essential for laying the groundwork, defining the scope, and ensuring feasibility in the early stages of the project, which sets the path for successful development and execution. At GTS, we specialize in providing essential Basic Engineering services that are uniquely custom-made for establishing mineral processing and bulk material handling plants as per every project’s requirements. Our engineering services include basic engineering, trade-off studies, value engineering, equipment sizing and selection, plant layout and master planning, and infrastructure assessment.

Detailed engineering (DE) services help provide design and engineering services specifically tailored for the mining industry, which consists of infrastructure development, bulk material handling, and mineral processing. At GTS, we transform conceptual designs into detailed, actionable plans, utilizing rigorous analysis and precise specifications to ensure optimal project performance. With a multidisciplinary team specializing in process, mechanical, electrical, and instrumentation, civil and structural, utility, and safety engineering— we are committed to delivering all engineering requirements. This includes IFC drawings for project execution, technical specifications for packages, vendor drawing reviews, procurement assistance, and as-built drawings.

Through technical support, we are committed to revolutionizing mining engineering, mineral processing, and bulk material handling plants by conducting meticulous plant audits. At GTS, our sole focus is on driving efficiency and performance improvements to elevate productivity in our clients’ mining operations. We offer an array of services, including process plant audits, process optimization, evaluation and upgrades of equipment performance, engineering support for proposed plant modifications, endeavours for energy efficiency and sustainability, along an assessment of comprehensive risk and mitigation strategies.

Owner’s engineer services are a comprehensive offering through which we oversee the entire spectrum of plant engineering, from project conceptualization to commissioning on behalf of developers and owners. At GTS, our extensive range of services includes meticulous site assessment, evaluation of feasibility-suitability studies providing detailed project reports, precise development of tender specifications, thorough bid evaluation and finalization, review of engineering deliverables, equipment factory inspection and testing, along efficient project management.

Mineral processing is crucial for extracting valuable metals and minerals from ores, as it minimizes environmental impact and maximizes resource use. From conducting feasibility studies to basic and detailed engineering, we ensure efficiency and innovation in mineral processing by optimizing extraction methods, refining process designs and incorporating advanced technologies for maximum resource recovery and sustainability. Our expertise includes designing plants for a variety of minerals, such as Coal, Iron, Rock Phosphate, Gold, Lithium, etc., and we offer solutions from project initiation to successful completion.

Bulk material handling plants’ engineering, with efficient design, have given us proven success in India and globally. At GTS, our diverse team covers mechanical, electrical, civil, structural, process, and utility engineering, all with strict adherence to industry standards. Utilizing the latest tools, we deliver efficient conveyor systems (Trough, Pipe, Uphill, Downhill), transfer towers, crushing, screening, storage, reclaiming, and loading/dispatch systems. Committed to quality and innovative solutions, we customize our approach to ensure reliability and excellence in every facet of bulk material handling.

Project management services are vital, and we customize our solutions for mineral processing and bulk material handling projects, for both greenfield and brownfield projects. At GTS, our services cover every aspect required for efficient project completion, from project planning and scheduling, cost control, procurement management, site deputation, and governance to risk assessment, and even risk mitigation. With a priority on meeting project milestones and ensuring strict compliance with safety-environmental standards, we utilize engineering and project execution expertise to provide dependable and sustainable solutions as a part of project management.

Software is an essential part of ensuring the smooth functioning of various aspects of mine infrastructure planning. Our engineering team is experienced in utilizing advanced software applications for engineering processes, and bulk material handling plant design. Among the industry-leading softwares, we use Sidewinder, Staad Pro, E-Tap, Dialux Evo, Pipenet, Primavera, Google Earth Pro, Navisworks, Auto Cad, BricsCAD, amongst others. These software tools empower us to deliver advanced and efficient solutions, ensuring optimal design, analysis, and project management capabilities throughout the engineering lifecycle.