mon-fri 9-13 / 14.30-18.30
Liquid containment basin. Ideal for 1 drum of 200 kg. Capacity: 240 liters.
Containment basin for drums. Capacity: 240 liters. Ideal for 1 drum of 200 kg.
Steel liquid collection sump. Ideal for 2 drums of 200 kg.
Liquid containment bund. Capacity: 260 liters. Ideal for 2 drums of 200 kg.
Drum containment tray. Ideal for two 200 kg drums. Dimensions: 154 x 85 x h. 100 cm.
Liquid containment pallet. Ideal for 2 x 200 kg drums. Dimensions: 134 x 85 x 133 cm.
Hazardous substances collection sump. Capacity: 240 liters. Dimensions: 85 x 85 x h. 160 cm.
Steel liquid containment bund. Capacity: 260 liters. Dimensions: 134 x 85 x h. 160 cm.
Liquid containment pallets represent a fundamental solution for the safe management of hazardous substances and drums in industrial, chemical, and manufacturing sectors. These collection systems are designed to prevent accidental spills, protect the environment, and ensure compliance with occupational safety regulations. Their importance is growing in environments where contact with oils, solvents, acids, or other liquids represents a daily risk. An appropriate containment pallet is not just a regulatory obligation, but an investment in preventing accidents, environmental damage, and production downtime. Choosing the right pallet depends on the required capacity, the type of liquid to be contained, the dimensions of the available space, and the specific requirements of the application.
Liquid containment pallets offer multiple levels of protection: they reduce the risk of soil and groundwater contamination in the event of leaks, minimize operator exposure to harmful substances, and facilitate proper waste management according to regulatory provisions. In industrial contexts where 60, 200, or 1000-liter drums are stored, an appropriate collection pallet allows for maintaining order, organizing space efficiently, and responding promptly to emergencies. The implementation of containment systems significantly reduces costs associated with environmental remediation and administrative sanctions. Furthermore, modern pallets are designed with a capacity that reaches 110% of the largest stored container, ensuring a safety margin that completely absorbs any spill.
From an operational perspective, pallets facilitate the transport and handling of heavy containers thanks to integrated supports and stable bases. Many models are equipped with removable grids that allow for quick visual inspection and easy cleaning. In chemical and pharmaceutical environments, where traceability and documentation are critical, pallets also represent a key element in documenting safe storage procedures, a fundamental aspect for audits and ISO certifications.
The market offers containment pallets in various configurations, materials, and capacities. Polyethylene pallets are among the most common: lightweight, resistant to chemical corrosion, easy to clean, and suitable for a wide range of substances. Some models are made of UV-stabilized virgin polyethylene, ideal for outdoor use as it resists degradation caused by solar exposure. Polyethylene pallets are available in capacities ranging from 19 liters up to over 600 liters, and many models are foldable, solving storage problems when not in use. Steel pallets, on the other hand, represent the choice when maximum structural strength and prolonged durability are required: made of 3 mm steel sheet or hot-dip galvanized steel, they withstand higher loads and maintain integrity even in high-humidity environments or with significant temperature fluctuations.
Alongside these two main materials, specific solutions exist such as PVC pallets, particularly suitable for containing medium-sized drums, and lightweight PVC-coated fabric pallets, designed for situations where practicality and space are critical factors. Collection capacity varies in relation to the number of drums: compact models hold a single 200-liter drum, while larger pallets can store 4 or 6 60-liter drums or 2-4 200-liter drums. External dimensions are designed to integrate into standard workspaces, with lengths between 80 and 1310 millimeters and depths ranging from 500 to 1200 millimeters.
The selection of the containment pallet must start from four fundamental parameters: the total capacity of the liquid to be contained, the type of substance (acidic, alkaline, oily, flammable), the dimensions of the containers, and the available space. A common mistake is underestimating the collection capacity: regulations require the pallet to contain at least 110% of the volume of the largest container, not 100%. If storing two 200-liter drums, the pallet must have a minimum capacity of 220 liters. Evaluating in advance the maximum number of containers that will occupy the pallet is decisive to avoid improper choices that would compromise regulatory compliance.
A second aspect concerns the chemical compatibility of the material: not all substances are suitable for all materials. Polyethylene resists mineral oils, organic solvents, and many chemicals well, but might be unsuitable for some high-concentration aromatic solvents. Steel is universally compatible with most industrial liquids; however, in environments with high humidity or specific corrosive liquids (such as certain strong acids), hot-dip galvanized or stainless steel represents the optimal choice. Always check the product’s technical data sheet or consult chemical compatibility data provided by the manufacturer. An additional selection factor concerns the ease of cleaning and maintenance: removable grids simplify inspection and sanitization operations, while trolley-mounted models offer mobility for situations where containers must move frequently between different areas of the facility.
The regulatory framework governing containment pallets is complex and varies depending on the type of liquid and the geographic context. In Europe, the ISO 13516 standard specifies technical requirements for secondary containment tanks, establishing minimum capacities, leak tests, and inspection methods. At the Italian national level, Legislative Decree 231/2017 (regulations on the prevention of marine pollution) and Legislative Decree 152/2006 (environmental code) mandate the use of containment systems for hazardous liquids and waste. Substances classified as hazardous according to the CLP Regulation must be stored in pallets that guarantee total impermeability and a capacity equal to at least 110% of the volume of the largest container. For industrial environments subject to ARPA or VVF inspections, photographic documentation of the pallet’s status and its capacity represents documentary evidence of compliance.
In addition to environmental regulations, occupational safety standards exist: Legislative Decree 81/2008 requires that workplaces be organized to prevent accidents and occupational diseases, and the safe containment of hazardous liquids falls under this responsibility. Periodic maintenance of the pallet is mandatory: monthly visual inspections, cleaning when necessary, and structural integrity checks at least annually. In the chemical and pharmaceutical sector, GMP (Good Manufacturing Practice) regulations require full traceability of storage systems and documentation of procedures. In the case of flammable products (ATEX classification), the pallet must be positioned in designated areas and away from ignition sources according to the minimum distances imposed by national fire safety regulations.
Explore all the products in the category and compare the available solutions to find the one best suited to your operational context. The liquid containment pallets in our catalog cover a full range of capacities, materials, and configurations, ensuring regulatory compliance and long-term reliability.
A containment pallet is a secondary container designed to collect liquids in case of leakage or spillage from primary containers. It serves to protect the soil, water, and surrounding environment, ensuring regulatory compliance in industrial, chemical, and manufacturing settings. The minimum required capacity is 110% of the volume of the largest container stored.
Polyethylene pallets are lightweight, resistant to chemical corrosion, and easy to clean, ideal for limited spaces and indoor use. Steel pallets offer superior structural strength, prolonged durability, and are suitable for heavy loads and high-humidity environments. The choice depends on the type of liquid, expected duration, and environmental conditions.
Multiply the volume of the largest container by 1.10 (the 110% required by regulations). If you store two 200-liter drums, the minimum capacity of the pallet must be 220 liters. If there is more than one container, some regulations require 110% of the total: always check the regulations for your specific sector.
Yes, as long as it is made of suitable material such as UV-stabilized virgin polyethylene or hot-dip galvanized steel, which resist solar exposure and atmospheric agents. However, protecting the pallet with a cover or canopy extends its life and prevents the accumulation of rainwater, which complicates waste management.
Some concentrated aromatic solvents, certain specific hydrocarbons, and some aggressive chlorinated solvents can degrade polyethylene over time. Always consult the product technical data sheet or contact the supplier to verify chemical compatibility with the liquid you intend to store. In case of doubt, steel is a universal choice.
Inspect the pallet monthly for signs of leaks or accumulation. Remove the grid (if present) and empty any stagnant water. Clean with water and neutral detergents; avoid abrasive products that damage the material. If chemical residues are present, use distilled water. Inspect the structural integrity at least once a year.
Trolley-mounted pallets are ideal if you need to frequently move containers between different areas. They offer mobility and practicality but slightly reduce the total capacity compared to fixed models. Evaluate whether your operations actually require this flexibility before choosing this type.
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