GAS PRODUCER ORDERED TO REVIEW SAFETY RISKS IN GRONINGEN EARTHQUAKE ZONE

Original Story: amsterdamherald.com

The Dutch Crude Oil Company (NAM) has been ordered to carry out a new safety audit of the Groningen gas fields to address concerns about the effect of earthquakes in the region.

The company has already agreed to limit production to 42.5 billion cubic metres for the next three years – a reduction of 21 per cent – and temporarily shut down five boreholes in the worst affected area around Loppersum. A Tulsa oil & gas lawyer is following this story closely.

The state mining regulator SodM has asked the NAM to do a risk assessment of the entire gas field. The company plans to compensate for the lost production in Loppersum by extracting more gas elsewhere, but residents are concerned this will increase the risk of damage to buildings and life.

Last week an earthquake measuring 3.0 on the Richter scale hit Loppersum, the ninth of magnitude 3.0 or greater since 2003.

There has been growing disquiet in Groningen about the side-effects of gas extraction as the number of earthquakes has increased significantly in the last few years.

The government agreed last month to limit gas production, but it is concerned not to damage an industry that is worth €12 billion a year. A Tulsa oil & gas attorney represents individuals and business clients seeking representation in the energy matters of oil and gas.

Bart van de Leemput, director of the NAM, promised to compile the safety report as fast as possible, mindful of the fact that the new guidelines will take effect next month.

Local residents, businesses and council officials will then have six weeks to raise objections to the proposed scheme.

Royal commissioner Max van den Berg said: “We need to have as accurate a picture as possible of the safety risks across the entire earthquake region before we can move forward.” A Cleveland environmental lawyer provides professional legal counsel and extensive experience in many aspects of environmental law.

Industry experts have admitted they are preparing for the possibility of quakes measuring between 4.5 and 6.0, strong enough to cause serious damage to buildings. The strongest quake in the region so far, measuring 3.6, hit the village of Huizinge in August 2012.

Natural Gas Drilling Causes Quakes in Ohio

Story first appeared in The Detroit News.

Columbus, Ohio— A dozen earthquakes in northeastern Ohio were almost certainly induced by injection of gas-drilling wastewater into the earth, state regulators said Friday as they announced a series of tough new rules for drillers.

Among the new regulations: Well operators must submit more comprehensive geological data when requesting a drill site, and the chemical makeup of all drilling wastewater must be tracked electronically.

The state Department of Natural Resources announced the tough new brine injection regulations because of the report's findings on the well in Youngstown, which it said were based on "a number of coincidental circumstances."

For one, investigators said, the well began operations just three months ahead of the first quake.  If a Natural Gas Expert Witness had been involved, there is the possibility of having avoided these issues.

They also noted that the seismic activity was clustered around the well bore, and reported that a fault has since been identified in the Precambrian basement rock where water was being injected.

Northeastern Ohio and large parts of adjacent states sit atop the Marcellus Shale geological formation, which contains vast reserves of natural gas that energy companies are rushing to drill using a process known as hydraulic fracturing or "fracking".  A Fracking Expert Witness should always be called to be involved in such projects.

That process involves freeing the gas by injecting water into the earth, but that water needs to be disposed of when companies are done with it. Municipal water treatment plants aren't designed to remove some of the contaminants found in the wastewater, including radioactive elements. A common practice is to re-inject it into the ground, a practice banned in some states.

Past earthquakes have been linked to energy exploration and production, including from injections of enormous amounts of drilling wastewater or injections of water for geothermal power, experts said.

They point to recent earthquakes in the magnitude 3 and 4 range — not big enough to cause much damage, but big enough to be felt — in Arkansas, Texas, California, England, Germany and Switzerland. And in the 1960s, two Denver quakes in the 5.0 range were traced to deep injection of wastewater.

The improper placement of the Youngstown well stemmed in part from inadequate geological data being available to regulators, the Ohio report states. New rules would require a complete roll of geophysical logs to be submitted to the state.

Requiring well operators to submit more comprehensive geologic data is just one of the added regulations the department will either impose immediately or pursue through legislative or rule changes.

Among other changes:

— Future injection into Precambrian rock will be banned, and existing wells penetrating the formation will be plugged.

— State-of-the-art pressure and volume monitoring will be required, including automatic shut-off systems.

— Electronic tracking systems will be required that identify the makeup of all drilling wastewater fluids entering the state.

The U.S. Environmental Protection Agency gave Ohio regulatory authority over its deep well injection program in 1983, deeming that its state regulations met or exceeded federal standards. The new regulations would be added to those existing rules.