Helping Keep Energy and Utilities Projects Safe and Compliant

Energy and utilities infrastructure refers to the systems that generate, transmit, distribute and store power, gas and water. This includes electricity networks, gas pipelines, water pipelines, as well as renewable energy assets like wind, solar and battery storage.

These projects typically involve:

• Building and upgrading power networks (substations, overhead lines, underground cables).
• Maintaining and modernising gas and water networks, including pipelines, pumping stations and treatment facilities.
• Connecting renewable energy sources such as offshore/onshore wind, solar and storage systems.
• Engineering, environmental planning and grid integration to meet net‑zero goals.

Key UK legislation and regulatory frameworks include:

• National Policy Statements (EN‑1 & EN‑5) - guide planning and consent for nationally significant energy infrastructure.
• Procurement Act 2023 - governs how utilities procure services and equipment.
• Environment Act 2021 & Climate Change Act 2008 - drive environmental protection and net‑zero requirements.
• Electricity Act 1989, Gas Act 1986 & Utilities Act 2000 - regulate the supply and safety of gas and electricity.
• Ofgem licensing and compliance requirements - ensure networks and suppliers meet safety and operational standards.

The Great Grid Upgrade is the UK’s largest overhaul of the electricity transmission network in generations. It includes 17 major new power routes, new pylons, subsea cables, substations and grid‑capacity upgrades to connect more renewable energy and meet rising electricity demand.

How RVT Group can support:

• Noise control for substations, cable trenching, drilling and transformer installation.
• Dust and fume control during civil works and construction of new infrastructure.
• Ventilation and air quality management in enclosed or confined workspaces (e.g. tunnel sections, cable chambers).
• Environmental monitoring to help contractors meet planning and environmental standards on sensitive sites

Typical hazards include:

• Electrical hazards from live cables, substations and switching equipment.
• Dust, fumes and airborne contaminants from excavation, drilling and cutting activities (requiring specialist control).
• Noise and vibration from heavy plant, generators and piling works.
• Confined‑space risks in ducts, chambers and tunnels.
• Environmental hazards such as oil leaks, water contamination or disturbance of ecological areas.

Hazards reflect typical conditions in regulated utility activities and energy construction environments.

Upgrading the UK’s energy and utilities networks is essential to meet rising electricity demand, integrate renewable energy, support net‑zero 2050 commitments, and replace ageing infrastructure. Without upgrades, the UK risks energy bottlenecks and reduced network resilience.

Projects must comply with environmental obligations such as Environmental Impact Assessments, biodiversity protections, air quality rules and climate‑related emission targets. These requirements influence planning, construction methods and mitigation measures on site.

Energy and utilities sites involve risks such as electrical hazards, dust, noise, confined spaces and environmental contamination. Effective hazard controls typically include:

• Dust and fume extraction during excavation, drilling and cable works to protect worker health.
• Noise control solutions around substations, generators and heavy machinery.
• Ventilation systems for safe working in cable chambers, tunnels and other confined spaces.
• Environmental protection measures such as spill containment and air‑quality monitoring to meet regulatory obligations.

These controls help contractors manage common risks in energy and utility environments and maintain compliance with UK environmental and safety frameworks.