Insight into the various
aspects of a feasibility study
The feasibility study serves as a critical analysis of a project’s viability, aiming to determine its potential for success. There are several compelling reasons to commission a feasibility study. One such scenario arises when a client encounters a problem but lacks the expertise to formulate a solution. Alternatively, clients may possess a clear objective but require guidance in assessing the feasibility of their goals and the means to achieve them.
Weba engineers collaborate closely with clients, diligently gathering essential data, including material tests and particle size distribution tables. This information forms the foundation for a comprehensive engineering evaluation, allowing our experts to ascertain the complete project scope, identify potential risks, and accurately estimate the project’s execution costs.
Feasibility studies have been instrumental in resolving various issues, such as:
- Significantly reducing material degradation by up to 80%
- Drastically mitigating spillage.
- Enhancing the efficiency of multiple conveyor belt loading.
- Achieving up to 80% maintenance-free operation.
- Reducing noise levels and dust pollution.
- Minimizing damage to outgoing belts by up to 80%.
- Enabling overrun storage facilities.
- Maximizing belt capacity utilization.
Each feasibility study is tailored to the specific needs of the client. The process of conducting a feasibility study encompasses:
- An initial consultation with the client to address their concerns.
- Site visits by a team, when necessary, for precise measurements obtained either manually or through the use of advanced 3D laser scanning technology.
- In cases involving structural elements, the services of a Professional Engineer (PR Engineer) will be enlisted.
- Employing cutting-edge DEM (Discrete Element Method) software for simulations to assess material flow properties.
- Providing the client with an executive summary detailing the project's execution plan, anticipated outcomes, and financial viability.
- Supplying an accurate cost estimate that includes project scheduling, warranties, and potential discounts.
Optimally, one should be able to assess a working transfer chute handling the actual material, however in the case of a feasibility assessment this is not possible, and we therefore start with a review of the test work and studies prepared by independent qualified professional materials handling experts.
Access to DEM software allows engineers to predict bulk material flow patterns and flow rates as well as velocity patterns and dead zones within a transfer system. It also provides accurate information on particle distribution in segregation and blending and the impact forces on particles and boundary surfaces, showing wear patterns.
Weba will utilise their extensive knowledge in the bulk material handling sector and the latest technology to find a fit for purpose solution.
