代写论文：自动化钻井
根据玛丽亚姆等人。 （2014年），非常规钻井延伸钻探和深水钻探等新技术在油气行业提出了更高的要求。这种技术还需要提供钻井和效率的优化（Couturier等，2015）。根据詹姆斯（James）（2010）的观点，这种效率需要井下质量和重复能力，在保持工作效率的同时保持一致和安全（Fredericks and Reitsma，2006）。钻井自动化还通过在高速传动装置中提供井下测量来进一步提供益处。这些传输，根据玛莎等人。 （2011）提供了更高的井下传输速度，从而允许控制井下钻井参数和优化算法的闭环性质（Saeed Lovorn and Arne 2012）。另外，自动化钻井提供了一个重要的信息集，这对于理解渐进性是必不可少的，对于通过数据进行决策至关重要这种技术已经在美国地区的各种项目上实施。
代写论文：自动化钻井
According to Mariam et al. (2014) the advancements in nonconventional reach wells extensions and drilling of deep water has brought forward the requirement in the industry of oil and gas for newer technologies of land and off shoring. Such technology further needs to provide optimization of drilling as well as efficiency (Couturier et al. 2015). According to James (2010), this efficiency needs to have quality in well bore along with having the ability of repetition, should remain consistent and safe while improving efficacy in the workforce (Fredericks and Reitsma 2006). Automation of drilling furthermore indulges in providing benefits through the provision of down hole measurements in high speed transmissions. These transmissions, according to Martha et al. (2011), provide higher downhole transmission speed allowing control of closed loop nature to parameters of downhole drilling and algorithms of optimization (Saeed Lovorn and Arne 2012). Additionally, automated drilling provides a major information set essential for understanding of progressive nature and essential for making decisions driven through data. Such technology has been implemented over variety of projects in United States region.
