功能

工地安全审核-ag亚游app网站的爆破专家对钻孔和爆破sop进行详细分析, 实践, 以及将手术风险降到最低的条件.

特定场地钻 & 爆炸的程序-为钻井队和爆破队制定现场特定的安全规程, 提供培训和标准操作程序，以“启动”新业务, 或者让现有的行动重回正轨.

爆炸性产品培训– New blasters may benefit from detailed instruction on best 实践 of the explosive products used at your site. 经验丰富的爆破手可能已经养成了坏习惯，需要重新学习.

监管文件跟踪-通过组织和跟踪报告和记录，防止违反基本文书工作. ag亚游app网站的电子射击报告(ESR)软件提供自动化功能.

邻居关系– Experts stand ready to interface with community members either individually or at community meetings to present facts and science, 提高知识水平，协助公众听证.

专家证人-ag亚游app网站的几位专家在诉讼期间为广泛的客户提供可靠的支持.

远程射击能力– Introduction and training on our remote firing systems for both underground (BlastWeb) and surface (Commander) mines. Ensures your blasters always initiate from a safelocationwhile maintaining absolute control over the process.

近距离地震仪振动监测– Use of seismographs installed near a surface or underground blast for the primary purpose of detecting misfires. 还提供了井内爆炸性能的指示.

电磁脉冲失火探测-一项突破性的新技术，可监测单个炮眼产生的电磁脉冲. 这是一个很好的方法来检测失火，也可以用来跟踪雷管延迟的准确性.

烟气测量 & 跟踪– Capture the level of fume generation from individual blasts using both visual qualitative methods and UAV/terrestrial mounted sensors for quantitative measurement.

减烟设计– Ensures neighbor satisfaction by altering blast parameters and selection of optimal explosive product to reduce fumes such as NOx.

减少地下水污染-有些矿井在地下水质量有重大问题的地区作业.DynoConsult提供建议，以尽量减少硝酸盐浸出从爆炸物, 其他可能的污染物.

Backbreak (塌方)测量和跟踪– Scanners and photographic analysis can be used in both surface and underground applications to determine extent of overbreak. 跟踪这一点是确保坑壁稳定或顶板控制的关键.

减少过流设计—可以使用先进的软件程序和尖端的产品来减少过流, 提高安全性，降低与坑壁修复和地下支架安装相关的成本.

3-D工作台建模FAA certified drone pilots to conduct aerial image capture for creation of a detailed 3-D model to be used in a large number of design applications.

〇现场制作计划Generation of near-term blast planning mapped over the operation to balance requirements such as sales volumes, 质量水平, 等.

剥采比 & 材料体积计算——Drone scans and models can be used to confirm stripping ratios and volumes of material moved each month.

爆炸模式尺寸 & 〇形状优化Design of blast patterns and bench height to maximize operational efficiency by limiting the number of equipment moves (production cycles) required and ensuring pit dimensions match equipment requirements.

爆破优化小组(BOT)培训 & 开始- - - - - -BOT团队成员和客户内部资源的建立和培训.

创建仪表板创建一个站点性能仪表板，其中:

• 建立指示站点性能的关键操作指标
• 识别操作改进的机会
• 设定并实现可衡量的绩效目标
• 为企业提供深入了解其网站组合的信息

设备船队跟踪-DynoConsult has the capability to use telemetry systems installed on fleet equipment to track key performance statistics related to cycle times, 吞吐量, 等. 这可以与客户已经拥有的可能的现有系统集成.

〇时间研究是使用传统的人员方法，还是使用更新的设备跟踪能力.

〇趋势分析执行跟踪以显示对残疾的影响, 粉的因素, 铲/装载机挖掘率, 还有很多其他的.

钻井需求最小化分析设计旨在减少钻井需求，并允许可能的车队减少. 通过检查扩展模式的可行性来实现, 直径较小的孔, 以及图案设计效率. 降低相关成本，如钻头、燃料、人工等.

堆形优化3-D terrain models captured from scanners are used to modify blast design parameters to ensure muckpile height and shape allows for the most efficient loading possible.

起爆系统和散装炸药的选择Site analysis to determine if advanced products such as electronic detonators and gassed emulsion are economically justified for an operation.

〇爆炸物分配计划Assistance in designing ideal drilling and explosive distribution to reduce secondary 爆破 such as trim shots and boulders.

运动/投掷预测建模DynoConsult has access to the proprietary 宝石 (Ground Earth Movement) numerical software to model the optimal blast design for a desired blast movement or throw.

地板上 & 道路坡度分析-三维地形模型提供了坑底和道路凹凸不平的详细等高线地图, pinpointing areas that require work and highlighting blast design modifications which can improve grade going forward. 这将影响与最小化燃料消耗相关的运营成本, 设备维护和停机时间, 轮胎消费, 运营商安慰, 并改进了循环时间(加载), 搬运, 倾销).

〇钻孔审计出色的爆破不能弥补拙劣的钻孔. 高级仪器，如测量级GPS, 井斜测量装置, 先进的软件包用于确保项圈的位置, 角孔, 钻孔漂移在可接受范围内.

稀释减少-爆破设计的配置是为了防止有价值的矿石和废石的混合. 运输和加工不可行材料的成本可能是可观的.

高速录像-现在用标准胶片速度记录爆炸已经很普遍了. 然而, 高速视频分析通常可以清楚地指出性能问题的根源.

爆速(VOD)分析Recording and analyzing VOD often provides an indicator as to the underlying problems causing blast performance issues. DynoConsult同时操作MREL和Shottrack系统.

地下标题 & 〇采场扫描Scans of advance headings or stopes can be used create 3-D models of underground production areas allowing several key analyses to be made:

• 面对概要文件
• 每轮预付款
• 扩展卷
• 塌方

面扫描 & 模式分析结合扫描和井眼测量数据，为分析钻井精度提供详细的叠加.

〇无人机的地下飞行Capability allows close examination of the condition of areas which otherwise may be difficult or impossible to inspect. 也可以用于扫描采场进行体积计算吗.