Industrial chemistry and radiation protection: how to design safe and compliant plants

In the complex world of material production and transformation, safety is never an option—it is a fundamental prerequisite. When discussing industrial chemistry and radiation protection, these two fields become an inseparable duo, especially in plants that utilize radioactive sources for process control or manage materials containing Naturally Occurring Radioactive Material (NORM).

Designing plants that are simultaneously efficient, safe, and compliant with strict regulations requires an integrated approach. In this article, we will explore how Atlas Services supports companies in ensuring that chemical processes take place in full respect of worker health and the environment.

The role of radiation protection in chemical plants

Why should a chemical plant be concerned with ionizing radiation? The answer lies in monitoring technologies and the very nature of certain raw materials. Within the scope of industrial chemistry and radiation protection means managing several critical areas:

  • Radiometric Instrumentation: Many plants use level gauges, density meters, or thickness gauges that operate via sealed radioactive sources. These instruments are essential for operating in environments with high temperatures, high pressure, or corrosive substances.
  • NORM Materials: Certain industrial processes (such as phosphate fertilizer production or zirconium and titanium processing) can concentrate the natural radioactivity present in raw materials, generating residues that require specific management.
  • Non-Destructive Testing (NDT): The use of industrial radiography to verify the integrity of welds and piping.

Integrating industrial chemistry and radiation protection protocols right from the design phase is the only way to prevent accidents and regulatory sanctions.

Safe design: the pillars of compliance

The design of a production site involving radiological risk must follow rigorous technical and regulatory standards, primarily Legislative Decree 101/2020 (the Italian reference for radiation protection).

To ensure a safe working environment, the Atlas Services approach is based on three fundamental pillars:

1. Preventive analysis and zoning

Before any machinery is installed, a risk assessment is mandatory. This involves defining “classified areas” (controlled or supervised zones) within the chemical plant. Proper zoning prevents unauthorized access to risk areas and defines standard operating procedures.

2. Shielding and engineering

When industrial chemistry and radiation protection meet engineering, shielding calculations become crucial. Whether using lead, concrete, or special barriers, protections must be sized not only to reduce the radiation dose but also to withstand chemical aggression from the surrounding environment.

3. Environmental monitoring and dosimetry

A safe plant is a monitored plant. The installation of continuous detection systems and the management of personal dosimetry for exposed workers are services that Atlas Services implements regularly to ensure long-term compliance.

Infographic of the 3 pillars for safe design in industrial chemistry and radiation protection: risk assessment, shielding, and monitoring.

Atlas Services: the expert partner for the chemical industry

Managing bureaucratic and technical requirements can be complex. Atlas Services acts as a strategic partner for companies in the sector, providing the expertise of a qualified Radiation Protection Expert.

Our intervention covers the entire life cycle of the plant:

  • Preventive assessment for authorizations to use sources.
  • Staff training on specific risks related to industrial chemistry and radiation protection.
  • Periodic physical surveillance and radioactive waste management.
  • Emergency management and intervention plans.

Our approach to industrial chemistry and radiation protection stands out for our ability to handle complex projects, from the conceptual phase to post-installation maintenance. We operate throughout Italy and abroad, ensuring that every plant is not only productive but intrinsically safe.

Design of Bunkers and shielded structures

Physical safety is the first step. We design and build custom shielded bunkers and protective structures for the use of radioisotopes, X-ray machines, and particle accelerators. Every structure is calculated to guarantee complete shielding while facilitating the daily operations of the staff.

Industrial chemistry and radiation protection: orange safety vest worn by Atlas Radiation Protection staff.

Emergency systems and access control

A safe plant must know how to react to the unexpected. Atlas Services designs integrated emergency systems, including optical-acoustic signals, safety interlocks, and rigorous access control systems for high-criticality environments. This ensures that during risky operational phases, no unauthorized person can enter controlled zones.

Are you looking for experts in industrial chemistry and radiation protection?

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