US CEOs prepare for new drilling projects following crude oil price increase

By Dale Benton
After years of extreme cost cutting measures, including laying off more than 250,000 members of staff, leading US oil CEOs believe that the time for str...

After years of extreme cost cutting measures, including laying off more than 250,000 members of staff, leading US oil CEOs believe that the time for struggle is over with an increase in the price of crude oil.

Drilling and fracking across the U.S had all but ground to a halt as oil prices plummeted to a meagre $25 per barrel, but since February there has been a 50 percent increase taking the price of a barrel up to $44.

This steady increase has brought with it a flurry of positivity, something that Dave Lesar, chief executive of oilfield services provider Halliburton Co, believes will increase the U.S drilling rig count – which currently sits at its lowest figure since 2009.

 “Certainly with oil prices a little higher people are more optimistic. We do think that potentially we will see an upswing in the rig count in the back half of the year.” He said.

Follow @MiningGlobal

Read the April 2016 issue of Mining Global magazine

Share

Featured Articles

GEM: Non-China Coal Power Sees First Growth Since 2019

Global Energy Monitor 2024 global coal Tracker shows less coal-power capacity was retired in 2023 than for a decade but that trend will be 'short lived'

Biden Ruling 'Threat to US Critical Minerals Mining'

The Essential Minerals Association says Biden's Public Lands Rule is threat to critical minerals mining industry and compromises move to clean energy

Thermo Fisher Scientific Tackling Lithium eco Issue

Thermo Fisher Scientific's Dan Shine, on how the company's sodium battery tech can help reduce the mining of critical minerals like lithium for EVs

EC on Importance of Minerals Security Partnership Forum

Sustainability

EU & US form Critical Minerals Security Partnership Forum

Sustainability

World Gold Council: Gold Miners 'Must Create ESG Value'

Sustainability