Biomass is an increasingly used energy source in industrial and logistics sectors due to its renewable nature and low environmental impact. However, its handling requires specific precautions, as it can pose risks to operators and infrastructure. In this context, specialised equipment, such as the Electrohydraulic orange peel grabs and Clamshell grabs developed by Stemm, is essential to ensure safe, efficient operation tailored to the material's particular characteristics.
Main Risks Associated with Biomass Handling
Gas emissions are one of the less visible yet most significant dangers when handling biomass. When stored under improper conditions, biomass can begin fermenting, releasing gases such as carbon monoxide, carbon dioxide, and methane. These gases not only pose health risks but can also create explosive atmospheres in confined spaces. For this reason, constant ventilation and monitoring systems that can quickly detect abnormal concentrations are crucial.
In addition to emissions risks, biomass typically presents considerable physical instability. Being mostly loose materials, such as wood chips, pellets, or agricultural residues, their unpredictable movement can lead to entrapments or uncontrolled slides. These scenarios often occur when inappropriate handling tools are used. Stemm’s Clamshell grabs are specifically designed to improve material containment and ensure controlled discharge, minimising risks associated with the unstable behaviour of the load. Similarly, Electrohydraulic orange peel grabs enable precise and safe handling, even when working with large volumes or in challenging conditions.
Optimising Safety in Biomass Storage
The way biomass is stored directly impacts operational safety. A common mistake is uncontrolled accumulation, which can lead to pressure points, excessive compaction, or heat spots that, combined with moisture, may trigger self-healing processes. Proper storage area design, including direct access for loading and unloading equipment, is essential to reduce the need for manual intervention and improve airflow.
In this regard, gripping systems like those manufactured by Stemm allow operations to be carried out more quickly and with less exposure for personnel, reducing accident risks and improving process efficiency.
Incorporating temperature and humidity sensors and properly planning biomass storage volumes helps prevent incidents. Minimising manual tasks avoids forced postures and reduces physical strain on operators, positively contributing to injury prevention.
The Importance of Ergonomics in Gripping Solutions to Minimise Accidents During Biomass Handling
Equipment ergonomics is one of the least addressed yet fundamental aspects of industrial safety. In the case of biomass handling, this is particularly relevant due to the weight and volume of the material and the need for repetitive movements in often irregular or low-visibility environments. Stemm’s bulk handling machines are designed with ergonomic principles that support more intuitive and precise operation. The Clamshell and Electrohydraulic orange peel grabs prioritise smooth movement control, reducing operator strain and improving manoeuvrability in confined spaces.
The result is safer operation, less physical fatigue, and significantly reduced occupational risks. Using equipment specifically designed for the material being handled not only improves operational performance but also reinforces the commitment to safety and the workforce's well-being.
At Stemm, we understand that biomass handling presents challenges that should not be underestimated. From gas emissions and material instability to the need for proper storage, every stage of the process demands technical solutions that provide safety and control. We understand these needs and offer equipment designed to meet these challenges efficiently, precisely, and safely, contributing to developing sustainable, safe, and industry-adapted operations.
