As demand for critical minerals grows, the mining industry is evolving to meet sustainability, efficiency, and resilience in one integrated approach. By combining smarter energy solutions, advanced low-emission equipment, and resource-conscious processes, mines can reduce their environmental footprint while maintaining productivity, navigating operational complexity, and aligning with societal expectations.
Decrease energy dependence of the mine by reducing reliance on external power supply and strengthening on-site generation capabilities by sustainable technologies. Allowing for new mining sites through innovative power supply solutions.
Enhance sustainability in mining vehicle operations by integrating low-emission technologies such as electrification, hydrogen, and hybrid systems to ensure resilient, efficient operations while significantly reducing environmental impact and lifecycle emissions across all equipment and processes.
Minimize water consumption and environmental impact by implementing closed-loop water management systems that enable efficient reuse, reduce contamination risks, and ensure responsible resource utilization across mining operations.
Rising energy and labor costs demand a holistic efficiency boost, achievable through digitalization, process optimization, and smart resource management, while electrification offers greater independence from volatile oil prices and enhances long-term operational stability.
Driving expansion by prioritizing brownfield opportunities over greenfield projects, with a strong focus on the copper sector to maximize value creation and accelerate scalable growth.
Securing a mine’s social and regulatory license requires strict adherence to sustainable practices, ensuring environmental stewardship, community trust, and alignment with society’s expectations.
Increasing operational complexity driven by declining ore grades and aging assets requires a step change in maintenance discipline, planning, and execution, enabling more resilient, efficient, and adaptive operating strategies.
Wether you need to define what lies ahead or implement what’s decided – FEV helps along the whole project lifecycle.
We define the strategic direction, target picture and value case – understanding technological potentials and the reality behind the business cases. Fast, honest and precise.
We build powerful partnerships, with the target to de-risk the investment from day 1. Our early systems designs rely on decades of experience and powerful tools that allow to gain detailed insights in early phases.
We assess technical, economic and regulatory viability to shape tailored solutions that fit the client’s specific context — not technology show cases, but phased pathways that are realistic, implementable and scalable over time.
Within FEED, we define the technical architecture, develop equipment and layout concepts, specify interfaces, validate utilities and infrastructure needs, and build up capex, opex and execution schedules to a decision-ready level. This gives clients a robust basis for FID with clear scope, realistic costs, identified risks and an implementation concept that can actually be carried forward into execution.
We support execution from detailed planning through implementation and, together with leading EPC partners worldwide, provide end-to-end delivery support to ensure projects are realized safely, efficiently and as intended.
The Regout Group, a leading industrial manufacturer in Maastricht, aims to enhance sustainability and reduce energy costs. With rising electricity prices and the need for greener operations, the challenge was to identify an optimal mix of renewable energy generation and…
Global industrial engine manufacturer seeks tounderstand the diesel and natural gas power generation marketto evaluate further engine development.
Silo-ed operation of all DC systems and reactive control strategies were leading to inefficient power consumption. Help identify and implement energy efficiency improvement measures.
FEV and Ford have collaborated to create a comprehensive smart grid simulation framework that optimizes energy flows for electric vehicle (EV) charging, stationary batteries, and photovoltaic (PV) systems. This solution combines advanced algorithms, real-world data, and predictive modeling to enable…
Automotive client has a large portfolio and in-depth knowledge of thermal solutions. Investigate the opportunities for the client to enter the data center space with new offerings…
As electric vehicle adoption accelerates, grid stability and renewable integration become critical challenges. Traditional charging approaches lack flexibility, making it difficult to balance energy demand, dynamic tariffs, and renewable generation. The need: on-demand, multi-directional EV charging that supports Vehicle-to-Grid (V2G),…
Develop a concept of a symbiotically optimized industrial park…
Targeting the data center emergency power market To set the right development targets, understand the data center specific requirements for gensets…
Identify the future global market potential and local production opportunities for renewable fuels to support the transformation to a green energy production hub.
