Minerals & Aggregates

Securing consent for minerals and aggregates developments requires careful navigation of planning policy, environmental considerations and stakeholder expectations. Our planning specialists support operators throughout the consenting process, preparing planning applications, coordinating Environmental Impact Assessments, managing stakeholder engagement and providing strategic planning advice. By identifying constraints early and developing robust evidence bases, we help clients secure approvals efficiently while minimising project risk. This work is closely integrated with environmental, ecological, engineering and restoration services to provide a coordinated route from site appraisal through to operation.

Maintaining compliance across active mineral and aggregates operations demands a proactive approach to environmental management. We support operators with environmental permitting applications, compliance audits, environmental monitoring and ongoing regulatory advice, helping them meet legal obligations while maintaining efficient site operations. Our multidisciplinary team works closely with clients to manage environmental risks, respond to regulatory changes and demonstrate environmental performance. This integrated support helps businesses reduce operational risk while supporting sustainable and responsible resource extraction.

Mineral extraction sites often operate within environmentally and culturally sensitive landscapes, making effective environmental management a key consideration throughout the project lifecycle. Our ecology, landscape and heritage specialists assess constraints, undertake surveys and develop mitigation strategies that support planning approvals and responsible site management. We help clients balance operational requirements with biodiversity enhancement, landscape protection and heritage considerations, while identifying opportunities to deliver wider environmental benefits. These services naturally extend into restoration planning, biodiversity net gain delivery and long-term land management strategies.

Water management is a critical aspect of both operational and proposed mineral sites, influencing site design, environmental compliance and long-term viability. Our specialists provide flood risk assessments, drainage strategies, hydrogeological studies and water management solutions tailored to the unique challenges of extraction environments. By understanding how water interacts with site operations and surrounding catchments, we help clients manage flood risk, protect water resources and support regulatory compliance. This expertise is supported by wider environmental permitting, engineering and climate resilience services to ensure a fully integrated approach.

Well-designed infrastructure is essential to the safe and efficient operation of minerals and aggregates sites. Our engineers provide support across the lifecycle of site infrastructure, from access roads, drainage networks and operational compounds to landform modelling and earthworks design. We work closely with operators to develop practical engineering solutions that improve operational efficiency, support site expansion and enhance long-term resilience. By combining engineering expertise with planning and environmental considerations, we help clients deliver infrastructure that supports both operational performance and regulatory requirements.

Successful restoration planning is fundamental to creating long-term value from minerals and aggregates sites. Our teams support the design and delivery of restoration and aftercare strategies that meet planning obligations while creating lasting environmental, community and land management benefits. Whether the objective is habitat creation, agricultural restoration, recreational use or biodiversity enhancement, we work with clients to develop practical and achievable end-use solutions. By integrating ecological, landscape, engineering and planning expertise, we help ensure restored sites deliver positive outcomes long after extraction activities have ceased.