Blast Information Management System [BIMS]
Blast Information Management System (BIMS) has been developed for Indian mining operations with the above uses in mind. BIMS provides information to meet the strategic and operational needs. BIMS provides methods to store, manage, document and retrieve drill and blast related information. This information helps in better control and optimizing mining operations. Performance and cost of blasts can be monitored and appropriate blast designs for particular areas of different zones can be identified.
BIMS helps to quickly respond to information and remain successful in today’s competitive market place. The software has been designed to be user friendly and require little training as such it easy for mine personnel to use. The data management and retrieval is easy and simple to use which can be done in few minutes instead of days for manual methods which helps in optimizing various operations.
Training and Support :
- Software Installation
- Five day on-site training for your staff
- 6 months e-mail support
Annual Maintenance Contract
Annual Maintenance Contract (AMC) helps you ensure that your system and users are running at the best possible speed. The maintenance contract has been kept at low priced and has been designed as all-in-one support package to keep your BIMS software up-to-date and to keep your staff trained on the most current version.
• Updates of the next version for free within the contract period.
• Discount (25%) on other softwares marketed by our company.
• Unlimited priority e-mail support.
• Special backup, protection of data.
• Option to participate in the beta test program for the next version of BIMS so you have a voice in product development.
• Discounted customization for your needs.
Pattern Analyzer
Wavefront reinforcement has been found to cause substantial increases in both air and ground vibration from both surface and underground blasting operations. Simple alterations to firing patterns can prevent wavefront reinforcement and be used to control vibration levels in many situations.
This paper describes the wavefront reinforcement model and the software based on the model. The model allows for the time taken for blast vibration wavefronts to travel from each blasthole, and has been successfully used to explain the reason for directional increases in both air and ground vibration in certain situations. The model has been used to identify wavefront reinforcement due to the propagation of air vibration and ground vibrations in certain situations.
The software based on this model can help engineers in drill and blast design and assist them in controlling their vibration levels.
