SACRAMENTO, Calif. – Los defensores de la conservación ambiental dicen que las nuevas reglas para el almacenamiento y la transmisión de gas natural beneficiarán a los consumidores, mejorarán la calidad del aire y ayudarán en la lucha contra el cambio climático.

Estos activistas ya respiran más tranquilos –y por su parte las empresas de servicios públicos se preparan para acatar los planes– luego de que la Comisión de Servicios Públicos aprobó unas innovadoras reglas sobre almacenamiento y distribución de gas natural.

Las reglas obligan a que las empresas de gas adopten 26 nuevas “mejores prácticas” para detectar, reparar y prevenir fugas del gas natural, el cual contiene metano, un gas de invernadero vinculado al cambio climático.

Tim O’Connor, director del programa “California Oil and Gas” del Fondo para la Defensa Ambiental de California, dice que las empresas tendrán que evaluar las fugas pensando en los consumidores y el clima, y no sólo en la seguridad y el resultado final.

“En vez de que las empresas permitan que una fuga dure décadas sólo porque no representó un problema inmediato de seguridad. Ahora esas fugas tienen que ser reparadas tan pronto como sea razonablemente posible, pero en menos de 3 años de haberse descubierto.”

Las nuevas normas buscan lograr un 40% de reducción del desperdicio de gas asegurándose de que se captura y se manda al mercado en vez de ventearse a la atmósfera.

Datos reportados por las compañías indican que tan solo en California las empresas dejan fugar unos 6.6 billones de pies cúbicos de gas por año. O’Connor estima que eso podría valer unos 20 mil millones de dólares en el mercado, suficiente para suministrar energía a 72 mil hogares anualmente. Eso es más que todo el gas que se fugó en el desastre del Cañón Aliso en 2015.

Agrega que las nuevas reglas también exigirán que las empresas enfrenten el problema.

“Deben informar con un mapa por internet dónde están las fugas, para que clientes y consumidores puedan ver exactamente su localización y qué están haciendo. Y tienen que reportar cada año cuántas tienen, de qué son las emisiones y cuánto se tardarán en repararlas.”

Hace algunos meses California aprobó normas para limitar las emisiones de pozos de petróleo y gas. Poco después la Administración Trump revocó reglas similares que habrían regido en tierras federales, llamadas Regla del Desperdicio de Metano.


get more stories like this via email

A round of public testimony wrapped up this week as part of renewed efforts by a company seeking permit approval in North Dakota for an underground pipeline carrying carbon emissions. Economic benefits were again touted but the plan still has opponents.

Last year, North Dakota's Public Service Commission denied a permit request from Summit Carbon Solutions, which wants to build a maze of pipelines in several Midwestern states. Emissions from ethanol plants would be captured for underground storage in North Dakota.

Skott Skokos, executive director of the Dakota Resource Council, said they remain unconvinced it would be a worthwhile project.

"It felt like déjà vu," Skokos observed. "I don't think Summit did anything to relax the concerns of the public."

Company officials have submitted a new application with a revised route as they try to ease concerns about safety and landowner rights. During comment periods, Summit leaders and other speakers discussed how the project would provide economic boosts, including corn prices. However, skeptics restated their concerns about potential ruptures and lasting negative effects on the landscape.

Skokos pointed out large carbon-capture projects like these have yet to prove themselves, noting smaller initiatives are not as likely to rile up opponents. He pointed to the Red Trail ethanol plant in North Dakota.

"They're storing it, basically, almost on-site, next to the facility and they're not affecting a bunch of landowners in the process," Skokos emphasized.

The Summit regulatory case has two upcoming public hearings in North Dakota, one scheduled for May 24 and the other on June 4. The company has run into similar opposition and permitting headwinds in other states, including South Dakota.

Leaders concerned about pollution and climate change are raising awareness about a ballot measure this fall on whether the state should mandate buffer zones around new oil and gas wells.

Voters will be asked to uphold or revoke Senate Bill 1173, which would require a 3,200-foot setback around any new well near schools, neighborhoods and hospitals.

Meghan Sahli-Wells, former mayor of Culver City and a leader with the group Elected Officials to Protect America, fought to phase out the Inglewood oil field and said no community should be a sacrifice zone.

"A study from Harvard found that in California, 34,000 people died in 2018, prematurely, from fossil fuel air pollution," Sahli-Wells pointed out. "These figures are three times higher than other studies."

The Stop the Energy Shutdown campaign, supported by the California Independent Petroleum Association, opposes the setback rule, arguing it could constrict local supply and cost jobs in the industry. A court put the bill on hold pending the outcome of the November election. A "yes" vote would keep the setbacks. A "no" vote would rescind them.

Clean energy advocates are also speaking out against companies operating older low-producing wells rather than pay to shut them down and seal them up properly.

Ahmad Zahra, a city council member in Fullerton, said Assembly Bill 2716 would incentivize their closure by charging companies $10,000 a day to operate so-called "stripper wells."

"We have over 40,000 oil wells currently sitting orphaned or idle, leaking methane and volatile organic compounds into the air, water and soil," Zahra emphasized.

Other states are following California's lead. Rep. Debbie Sariñana, D-Albuquerque, New Mexico, is sponsoring a bill to require setbacks near sensitive locations since more than 32,000 children in the state attend school within a mile of an oil and gas extraction site.

"Over 80 schools in northwestern New Mexico - the San Juan Basin and southeastern New Mexico, the Permian Basin - are within one mile of an oil and gas well," Sariñana noted. "Some schools are surrounded by dozens and even hundreds of wells within a single mile."

The construction of more solar farms in the U.S. has been contentious but a new survey shows their size makes a difference in whether solar projects are favored by neighbors.

South Dakota's largest solar installation, the Wild Springs project in New Underwood, began operations in March and covers more than 1.5 square miles. The survey showed projects under 100 megawatts are generally favored by neighbors, while larger ones like Wild Springs are unpopular.

Kristi Pritzkau, finance officer for the City of New Underwood, said the construction traffic was tough on the town of just over 600 but the project's builder, National Grid Renewables, is giving back to the community.

"They had to use our well, so they paid for the water, and they paid for a new pump for it, too," Pritzkau pointed out. "They've been really great with the city."

Prtizkau noted the company donated to the town's pool and Lions Club and has created a school scholarship program, all part of the more than $500,000 of charitable giving it has promised in the project's first 20 years of operation. It is also expected to bring in $12 million of tax revenue to the county in the same time frame.

Sioux Falls-based Missouri River Energy Services has plans to build a new solar project near Brookings and build a transmission line from South Dakota into Minnesota.

Tim Blodgett, vice president of member services and communications for the company, said federal grant programs and tax credits provide incentives and South Dakota produces more energy than it can use.

"With the development of more wind, the development of solar, there's a lot planned right now to get these resources out of this area," Blodgett explained. "Into Minneapolis and other places where there's larger demand for the energy."

Currently, more than half the state's power generation comes from wind, followed by hydropower.


get more stories like this via email