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November 13, 2024

Toxin Assessment Renews Environmental Justice Questions at Weymouth Compressor Station

Physicians, researchers and neighbors of a natural gas compressor station in Weymouth, Mass., are skeptical of an environmental assessment that found no public threat from oil, asbestos or arsenic contamination on the site, which formerly housed an oil tank and coal generating station.

Enbridge’s (NYSE:ENB) Algonquin Gas Transmission is accepting comments until Sept. 29 on the Phase II Comprehensive Site Assessment (CSA) conducted by consulting firm TRC Environmental Corp.

At a virtual public hearing Sept. 15, TRC explained the environmental sampling it conducted in response to the discovery of oil in subsurface areas near where an 11.2-million gallon fuel oil tank once stood on the site in the Fore River Basin, an industrial site for decades that is next to two state-designated environmental justice communities.

TRC said it conducted 140 soil borings, dug five test pits, installed 31 groundwater monitoring wells and collected more than 300 soil and 110 groundwater samples at the site of the Weymouth compressor station, which is built on man-made fill that includes bricks, dredged material, coal ash and “clinkers” — noncombustible residue from coal-fired generation. The site is adjacent to a public park, the Kings Cove Conservation Area, and Calpine’s Fore River Energy Center, a 731-MW natural gas combined-cycle generator.

‘No Significant Risk’

TRC Project Manager Matthew Oliveira said the sampling found the underground oil was not moving or a threat to groundwater and that no asbestos had been found in any of nine kinds of bricks sampled.

“[For] anyone visiting the site, there is no significant risk,” Oliveira said.

But many of the more than 40 people who attended the hearing expressed skepticism of the findings.

Phil Landrigan, director of the Program for Global Public Health and the Common Good at Boston College, said in an interview with NetZero Insider that asbestos-containing bricks used in the former coal plant are strewn around the peninsula where the compressor station is located.   

The state’s health impact assessment shows that residents in Weymouth have higher rates of cancer, pediatric asthma and cardiovascular and respiratory diseases. Concern that the compressor could exacerbate health threats have been heightened because the plant has experienced four emergency releases of gas since it went into operation in fall 2020. The most recent release was in May. In February, FERC responded to the earlier releases by issuing an order seeking input on whether it should reverse its approval of the compressor station. FERC’s order is being challenged by the station operator in appellate court. (See Algonquin Gas Appeals FERC Order on Weymouth Compressor.)

The Weymouth Compressor Station is adjacent to the Kings Cove Conservation Area. | TRC Environmental Corp.

Landrigan told NetZero Insider that TRC’s evaluation was flawed because it failed to consider the risk of fire and explosion that could cause widespread distribution of all the carcinogens in the fill dirt and incinerate houses in the area. “No question, fire and explosion is the biggest potential hazard associated with this facility,” he said.

Schools and homes for the elderly also sit close enough to the facility that if there was an explosion, they would be incinerated, according to research by the Greater Boston Physicians for Social Responsibility. One of the schools caters to children with special needs and limited mobility, making an evacuation difficult.

“I think one of the reasons that industries, including this compressor station, have been sited there is because it is a low-income, blue collar, 46% minority community with limited political power,” Landrigan said. “I just think it’s morally and ethically wrong.”

Since Enbridge paid TRC for the site assessment, the findings must be “very carefully assessed and possibly discounted,” Landrigan added.

Oliveira, responded at the meeting that the Massachusetts Bureau of Waste Site Cleanup does not require an assessment of the potential risk of explosion.

Explosion Fears

Fresh in the minds of many of the public commenters and questioners during the public meeting on the impact assessment were the 2018 Merrimack Valley explosions, which killed one, injured 20 and caused 80 fires, displacing 8,000 people.

The pressure in interstate pipelines such the Algonquin Pipeline system connected to the Weymouth compressor ranges from 200 to 1,500 pounds per square inch (psi). That pressure is more than in the pipelines that exploded in the Merrimack Valley, which were pressurized at 0.5 psi, Landrigan said.

Geologists have found that human-made land, such as where the compressor station was built, is not as stable because it sinks over time, said Brita Lundberg, chair of the board of Greater Boston Physicians for Social Responsibility. Enbridge also built the pipelines connected to the compressor station with the wrong material, which corrodes in contact with salt water. According to residents in the area, Enbridge is in the process of digging trenches to uncover gas pipes and install cathodes to protect them from corrosion.

The Metropolitan Area Planning Council (MAPC), a county government agency based in Boston, also conducted a risk hazard assessment that did not consider the risk of fire or explosion. Marc Draisen, executive director of MAPC, has since backtracked on its risk assessment, acknowledging it was too superficial given the potential for explosion, malfunction or “serious mechanical or oversight failure,” though MAPC as an agency is not required to look into the impacts of potential explosions.  

“MAPC wishes to reiterate its opposition to the natural gas compressor currently under construction in Weymouth,” according to the statement from Draisen, which also highlights MAPC’s lack of engagement with environmental justice communities in its assessment.

However, Enbridge spokesperson Max Bergeron said in a statement to NetZero Insider that “there are significant differences between interstate natural gas pipelines designed and certificated to safely operate at greater pressures.”

“Local natural gas distribution infrastructure, which may be designed with different materials, generally operates at lower pressures,” Bergeron said in the statement. The Merrimack Valley explosions involved “local natural gas distribution infrastructure, which is materially different from interstate natural gas infrastructure, including compressor station facilities.”

Arsenic Contamination

Spectra Energy, a natural gas transmission company that merged with Enbridge in 2017, said during a Weymouth Conservation Commission meeting in 2019 it found that arsenic levels in the coal ash are above state and federal standards.

Lundberg met with the Massachusetts Department of Public Health (DPH) about the arsenic contamination and the potential exacerbation of hazard risks with the natural gas facility before it was built. But the state agency has been largely absent in recent discussions about the contaminants and did not know the site had arsenic contamination until it was approached by the Greater Boston Physicians for Social Responsibility, Lundberg said.

DPH did not respond to requests for comment.

Shellfish in the water next to the compressor station are now known to be contaminated with arsenic, Lundberg said. But residents, particularly low-income or non-English speaking residents, still fish there because they do not know the water and the fish are full of toxins, as neither Enbridge nor the DPH have put up signs warning people.

The compressor station was built on a public easement, so members of the public can still walk near the property and have legal access to the water.

Resident Robert Kearns, who uses the park, said at the hearing that Algonquin is “not being a good neighbor” in refusing to post warning signs.  

Kearns also said Algonquin should “clean up the beach as well as fulfill the promises that were made for the west waterfront to be a public park and not be calling us trespassers for using that area because that was a condition for the siting of the [Calpine] power plant.”  

Oliveira apologized for describing users of the area as trespassers, acknowledging it was “maybe not the best use of the term.”

“What’s really needed here is a careful evaluation by an outside agency,” Landrigan said. The U.S. Environmental Protection Agency has grounds for being involved, Landrigan added, as the peninsula juts out into the Boston Harbor. Arsenic and asbestos could have leaked into that area as well, he said.

Next Steps

TRC said it will respond to comments on its assessment and provide any updates by Nov. 8. TRC’s “phase three remedial action plan” is due July 28, 2022.

Mayflower Wind Pledges $81M for Economic Development in OSW Bid

Mayflower Wind has submitted a 1.2-GW bid in the latest Massachusetts offshore wind solicitation with a commitment to spend up to $81 million for economic development.

The joint venture between Royal Dutch Shell (NYSE:RDS.A), EDP Renewables and ENGIE said Thursday that it submitted multiple bids, the largest of which would interconnect 1.2 GW at Brayton Point in Somerset. Additional bid sizes were not disclosed.

“The bids we submitted were formulated after months of conversations with local stakeholders who shared with us their vision for the future of the offshore wind industry,” Mayflower Wind CEO Michael Brown said in a statement. “We took those conversations very seriously and developed packages that incorporate their feedback and support each of their diverse groups.”

Mayflower is one of only two developers that submitted bids in the 83C iii solicitation announced in May. Vineyard Wind said last week that it submitted bids for 800 MW and 1.2 GW under the name Commonwealth Wind. (See Partners Behind Vineyard Wind Divvy up Leases.)

The solicitation, which is the third call for offshore wind in Massachusetts, requested proposals of between 400 MW and 1.6 GW. Mayflower secured a power purchase agreement under the state’s second call with its 804-MW project. The Massachusetts Department of Energy Resources said in an August 2020 brief that the proposal had the lowest price of 28 received for the round.

Mayflower is developing a 127,000-acre lease area (OCS-A 0521) off the coast of Massachusetts that it won through a competitive sale held by the Bureau of Ocean Energy Management in 2018. The developer says the lease area has 2 GW of generation potential.

Workforce and Equity

Under the economic development program Mayflower is planning for its new bids, the developer will focus on building out the offshore wind supply chain and workforce. It also plans to make “significant investments” in ports, businesses and infrastructure, according to a company statement.

If Mayflower wins a contract in the new solicitation, it also will create an operations and maintenance port in the city of Fall River, at the Borden & Remington Ironworks complex.

“Our O&M port in Fall River and the National Offshore Wind Institute in New Bedford, which we are proud to support, will be twin anchors for a vibrant and growing offshore wind industry on the South Coast,” Brown said.

Fall River, which is opposite Brayton Point across Taunton River, was among 28 environmental justice communities identified in a recent state report as being a priority location for offshore wind workforce development. (See Mass. Has Significant OSW Workforce Gaps for 1.6 GW Pipeline.)

“We will get the benefit of the regular transition point for the crew and staff when they go out to work on the project,” Fall River Mayor Paul Coogan told NetZero Insider. “We could have 20 to 25 permitted jobs to start, depending on how many megawatts Mayflower Wind is awarded, and then we’ll be able to expand from there.”

The developer, Coogan added, is taking a 15-acre strip along the city’s waterfront, but there also will be space for expansion if needed. The complex, he said, has a working chemical company on it now and features a train track, close proximity to the highway and easy access from Mount Hope Bay.

In its bid, Mayflower committed to enabling disadvantaged businesses and incorporating diversity, equity and inclusion principles into its activities. The developer said it will target a portion of its spending for businesses certified by the Massachusetts Supplier Diversity Office to encourage minority- and women-owned businesses to enter the offshore wind supply chain, according to the bid document.

Texas PUC Directs Transmission Construction in Valley

Texas regulators exercised their newfound regulatory authorities Thursday in bypassing ERCOT’s stakeholder process and directing three utilities to add a second 345-kV circuit to an existing transmission line in the frequently constrained Rio Grande Valley.

Citing the its “broad, statutory authority to order construction that ensures safe and reliable power,” the Public Utility Commission ordered AEP Texas (NASDAQ:AEP), South Texas Electric Cooperative (STEC), Sharyland Utilities and Electric Transmission Texas (ETT) to add a second circuit to their portions of the 385-mile line that circles the region.

Utility representatives said it will take almost three years to add the second circuit. Given the commission’s demand for an accelerated timetable, the project will still be completed before ERCOT’s planned construction of a new 345-kV line in the Valley. The grid operator is recommending the project, which has a $1.28 billion price tag, and plans to get board approval before the year is up. (See ERCOT Finds 345-kV Solution for Valley Constraints.)

Woody Rickerson, ERCOT vice president of grid planning and operations, said the greenfield project will meet future load growth and generation development through 2040 and address reliability and stability constraints. Seven of ERCOT’s 16 generic transmission constraints are in the Valley, which sits at the edge of the Texas Interconnection with limited long-distance transmission circuits.

Adding a second circuit and new facilities to close the loop on an existing 345-kV line from San Miguel down to North Edinburg and then over to Palmito will wring an additional 300 MW of capacity for the region, where the gird operator has been having trouble keeping up with load growth.

“We don’t want to see anything delay” the project, Rickerson said. It “would get us out of this just-in-time [cycle] … and would be a step change from what we’ve done in the past. This is a kickstart all the way to 2040.”

Commissioner Will McAdams compared the project’s cost to the multibillion-dollar 345-kV Competitive Renewable Energy Zone in West Texas that connected renewable resources to the state’s urban population centers.

However, adding the second circuit will still cost up to $500 million, according to the utilities’ projections. Sharyland estimates it will cost $106 million to $128 million for its 47-mile portion and to close the loop, while STEC forecasted it will spend $31.8 million to add to its 42 miles.

ETT, a joint venture between AEP and Berkshire Hathaway Energy subsidiaries, said its portion will run from $311 million to $350 million and that AEP’s facilities will cost $28.9 million.

As the commissioners struggled to understand the short-term project’s costs, AEP Texas Project Manager Wayman Smith explained that while the original line was double-circuit-capable, the towers did not have arms on both sides. He said additional structures also have to be added when the line makes a severe turn, as the turn can’t be made with circuits on both sides of the tower.

Smith said some 70 miles of its lines already have conductors hanging and arms because they were used to interconnect three different wind farms.

“We’re not going to put the Valley at risk,” Smith said. “That has put us in a bind, because now we have infrastructure that should have been built with two circuits from the beginning.”

Commissioner Lori Cobos said the utilities will still be expected to meet regulations’ ratemaking principles and standards. “This is not a blank check.”

Offer Cap Could be Halved

The PUC has given ERCOT stakeholders until Thursday to file comments on whether halving the $9,000/MWh high systemwide offer cap (HCAP) to $4,500/MWh is an “appropriate level” and whether the change will have any consequences on the value of lost load, currently set at the HCAP when the latter is in effect (52631).

McAdams, who filed a memo suggesting the action, said he did so in the “interest of market certainty” and to “assuage consumer concerns” by putting in place safeguards that market participants and residential consumers can rely on as ERCOT, hoping to avoid a repeat of February’s devastating storm, heads into the winter months.

Last winter’s storm “was traumatizing. We recognize that,” McAdams said. “The next winter after [it] will be remembered by consumers of all classes.”

The comment period would begin a process that could have a new HCAP in place by December. The commission could also take up the issue during its next market redesign work session on Oct. 14.

“This isn’t market redesign. This is market design,” McAdams said.

The HCAP is currently set by rule at $2,000 after it remained at $9,000 for too many consecutive hours during the storm as ERCOT battled to meet demand with about half of its available generation. That resulted in about $50 billion in market transactions during the week of the storm, sending several retailers and one cooperative into bankruptcy. The cap is set to revert back to $9,000/kWh on Jan. 1.

In ERCOT’s energy-only market, the price cap is designed to incent generators to produce power during scarcity conditions. While reducing the cap would cut into generators’ profits, Stoic Energy’s Doug Lewin, a consultant for 16 years in the market, said even they have filed comments urging the cap be reduced.

“This is the one thing that is almost certain to happen,” he told RTO Insider. “I think politically, it has to happen.”

McAdams has also suggested opening a rulemaking to decouple demand response resources from the emergency energy alert levels, identify a more conservative trigger for deploying emergency response service (ERS) resources and consider raising the ERS resources’ spending limit from the current $50 million.

PUC Chair Peter Lake said the commission will consider and take action on the feedback it has gathered in recent months on proposed changes to the operating reserve demand curve, ancillary services and other market features.

“We run the risk of putting Band-Aids on bullet holes,” he said. “The legislature has asked us to look at ancillary services and new products, but also to ensure broader reliability in the marketplace. I’m asking the stakeholder community to think about the kind of substantial changes to the ERCOT market’s normal functions … that will ensure the resources and economics of the ERCOT model go to generating resources that provide reliable power in any form or fashion.”

Debt Securitization on the Calendar

The commission said it will take up an order securitizing debt from the winter storm following an unopposed settlement in one of two related dockets.

Vistra’s Amanda Frazier said during last week’s Gulf Coast Power Association’s Fall Conference that parties to ERCOT’s request for a debt-obligation order to finance $2.1 billion in market debt have filed a settlement. She said the agreement addresses three key issues: the methodology and allocation of securitization proceeds among load-serving entities; how LSEs would document their exposure; and establishing opt-out provisions for municipalities and cooperatives (52322).

“We put a lot of work into the agreement. PUC staff really helped drive that outcome,” Frazier said.

McAdams said it would be prudent to give staff additional time to cover the agreement’s finer points and issues before issuing a final order. Staff has also scheduled time next week for the commissioners to discuss the settlement.

The second securitization docket proposes to finance $800 million to replenish ERCOT funds used to reduce short pays to the market (52321). As of Sept. 1, the market was still short almost $3 billion.

ERCOT filed its debt-obligation requests in August, and a three-day hearing was held earlier this month. (See “Securitization Hearings Conclude,” PUC Workshop Takes First Stab at Market Changes.)

PUC to Intervene in ANOPR

Following staff’s recommendation, the commission will intervene in FERC’s Advanced Notice of Proposed Rulemaking to reconsider its regulations on regional transmission planning, cost allocation and generator interconnection processes (RM21-17). (See FERC Goes Back to the Drawing Board on Tx Planning, Cost Allocation.)

ERCOT is not within FERC’s jurisdiction and serves about 90% of Texas’ load. MISO, SPP and WECC all oversee portions of the remainder.

Noting MISO is currently working on long-term transmission-planning issues and cost-allocation measures, Cobos, who represents the PUC on the Organization of MISO States, said, “I think it’s important we get involved in these issues at the federal level.

“We do need transmission to ensure reliability in those areas of the state that are not within ERCOT,” Cobos said. “Those are very important areas of the state as well, and we need to make sure those ratepayers are not being allocating costs for other parts of those ISOs and RTOs that they’re not getting benefit from.”

Staff proposed the commission intervene in the FERC docket, direct them and outside counsel to monitor the proceeding, and participate in relevant discussions with SPP and MISO state regulators (41211).

“These regions, they’re not easy games to play in,” Commissioner Jimmy Glotfelty said. “Us getting in there and building relationships — getting them to understand what we want and what we need — is important.”

In other actions, the PUC:

      • extended through May 2022 ERCOT’s requirement to make public generator forced and maintenance-level outages and derates within three operating days. Existing protocols have kept that information confidential until 60 days after the operating day. The commission in June ordered the grid operator to report that information after an above-normal number of outages forced a conservation call. The grid operator is working on a pair of protocol changes that will set up timely automated public reporting of outages (52266).
      • gave Executive Director Thomas Gleeson authority to solicit nominees to the Texas Energy Reliability Council, recently created by legislation. The council will be responsible for ensuring that Texas’ electric and energy industries meet “high-priority human needs,” address “critical infrastructure concerns” and improve their coordination and communication. It will comprise eight members, five of which will individually represent dispatchable power entities, transmission and distribution utilities, retail electric providers, municipalities and cooperatives. Three others will speak for energy sectors not otherwise represented (52557).

Counterflow: Participant Funding and Its Discontents

As we contemplate throwing hundreds of billions at new transmission in order to interconnect new renewable generation — $2,360 billion according to the Princeton net-zero study[1] — here’s a cautionary note on a central target of the Advance Notice of Proposed Rulemaking (ANOPR) FERC announced in July:[2] participant funding.

Participant Funding: ABCs

Participant funding has been a foundational principle in all the RTOs[3] — dating back more than 20 years in PJM for example.[4] Stated simply, a new generator pays for whatever upgrade of the grid is needed to maintain reliability with  the interconnection of its project. If the new generator causes a reliability risk, a.k.a. violation, that didn’t exist before, the new generator pays to relieve the violation.

Economics

This principle makes so much sense that even an economist can explain it. Take, for example, a developer pursuing two potential wind projects of the same size and capacity factor; the first would cost about $110 million to build and the second would cost about $90 million. The first would necessitate $10 million in grid upgrades in order to maintain reliability, and the other would cost $50 million in grid upgrades. If the developer has to consider the total cost of its alternative projects, then it will opt for the first project at a total cost of $120 million instead of $140 million for the second. If, instead, others (transmission customers for example) will pay for the upgrades then the developer will opt for the second project at a total cost to it of $90 million instead of $110 million. The generator saves $30 million on its project; transmission customers pay $50 million for the upgrades; and the difference of $20 million is a deadweight loss to society. Not good.

And Fairness

Not only is participant funding economic, it is also fair. Other than paying for any necessary upgrades, the new generator gets access to the grid for free; transmission customers and past generators paid (and pay) for the existing grid. Transmission customers pay for the transmission service from the generator to load. And transmission customers will pay for any upgrades needed in the future even if the new generator contributes to the need for such future upgrades.

The discontents like to say (often in the case of the ANOPR) that a new generator’s upgrades can provide increased transmission capability, a.k.a. “headroom,” that provides system benefits like lower energy costs and higher reliability. What this ignores is that the new generator gets the benefit for free of existing headroom paid for by transmission customers and past generators. To illustrate this, a new generator’s project could increase loading on, say, 10 transmission lines (remembering that this is a grid where new generation injected at a single point is distributed across many lines[5]). On, say, eight of the 10 lines there is existing headroom, paid for by others, such that the project does not cause a reliability violation on those lines. The generator gets to use that headroom for free.[6] On the other two lines there are reliability violations, and the generator pays for upgrades to relieve those violations. Manus manum lavat, hand washes hand.

Speaking of fairness, let’s not forget the many, many billions that investors have contributed to construct and interconnect the existing generation that today provides us reliable electric service at reasonable cost and at declining carbon emissions. Changing the rules now to favor new generation investment, at the disadvantage of past generation investment, would be unfair.

System Benefit Claims

Even if the above weren’t enough — which it ought to be — we need to carefully scrutinize claims of system benefits. Let’s remember at a basic level that whatever energy savings benefit comes from new generators at uneconomic locations, that we’d get roughly the same benefit from new generators at economic locations. Why pay extra to subsidize uneconomic generation?

And a few words about the latest study to claim benefits for customers as a reason to abandon participant funding: A study by the ICF consultancy paid for by the American Council on Renewable Energy (ACORE).[7] In a nutshell ICF started with a pool of 663 network upgrades in SPP and MISO, and selected 12 (2%). One criterion for selection was that the upgrade capital cost be low relative to the potential generation that would be connected; it’s unclear how that might have biased the results. In any event, if you add up all the costs of the 12 upgrades,[8] the total is about $3.3 billion. If you add up all the claimed benefits to load, the total is about $990 million. Somehow these results are supposed to show that we should get rid of participant funding and just bill load for the $3.3 billion. So load would pay $3.3 billion and in return get $990 million of benefits. Such a deal!

The study also ignores the benefits that new generation gets for free from transmission that was paid for by others, as discussed in the preceding section. Is the benefit that new generation gets from others more than the benefit it provides others? I don’t know, and neither does anyone else.

As for the assertion: more transmission = more reliability, this is specious. The grid is planned to satisfy reliability criteria. More transmission facilities driven by the need to interconnect remote generation (the ANOPR’s premise is that the new generation we need is remote) may, or may not, increase reliability. All else equal, the longer the transmission line the less the reliability (think longer lines’ increased exposure to extreme weather and, yes, more squirrels).

Remoteness

The ANOPR tried to come up with a reason why the last 20 years of RTOs developing — and FERC blessing — participant funding should be thrown away. (See FERC Goes Back to the Drawing Board on Tx Planning, Cost Allocation.)

The lead claim seems to be that since Order No. 2003 was issued, “the composition of the generation fleet has rapidly shifted from predominately large, centralized resources to include a large proportion of smaller renewable generators that, due to their distance from load centers, often require extensive interconnection-related network upgrades to interconnect to the transmission system. The significant interconnection-related network upgrades necessary to accommodate geographically remote generation are a result that the commission did not contemplate when it established the interconnection pricing policy for interconnection-related network upgrades.”[9]

I count four fatal flaws in this thesis. First, I can’t find anything in Order No. 2003 that says participant funding turned on a lack of remote, smaller generation, or that the commission didn’t contemplate the possibility of remote, smaller generation needing “extensive” network upgrades. Second, conditions on the ground when Order No. 2003 was issued don’t support the thesis, as there already were wind projects, such as 30 listed in the PJM queue.[10] Third, currently proposed renewable projects aren’t necessarily remote from load centers as this PJM slide shows.[11] Fourth, perhaps most fundamental, if new renewable generation is relatively remote and if that can cause “extensive” network upgrades, then all the more reason that such generation not be interconnected without considering total cost, including upgrades.

Wrapping Up

Participant funding was the right idea 20 years ago. And it still is.


[2] Building for the Future Through Electric Regional Transmission Planning and Cost Allocation and Generator Interconnection, 176 FERC ¶ 61,024, 86 Fed.Reg. 40266 (2021).

[3] The ANOPR states at P 105: “Over time, each RTO/ISO sought, and the Commission accepted, independent entity variations to adopt some form of participant funding rather than the crediting policy.”

[4] PJM Interconnection, L.L.C., 87 FERC ¶ 61,299, at page 17 (1999) (“… generators will be required to pay the full cost of grid expansion …. this type of proposal forces the developer to consider the economic consequences of its siting decisions when evaluating its project options, and should lead to more efficient siting decisions.”).

[5] A good introduction to the basic concepts is here, https://www.e-education.psu.edu/ebf483/node/513.

[6] To get a little technical, take a line that has peak loading of 70 MVA, and a maximum line rating of 100 MVA. Suppose the project increases the peak loading to 85 MVA. Because that is still below the maximum line rating of 100 MVA, the new generator pays nothing for increasing the peak loading.

[8] Exhibit 2 on page 5.

[9] ANOPR at P 100.

[10] https://pjm.com/planning/services-requests/interconnection-queues, select “Wind” as fuel and the “Dates” tab for queue date.

Extreme Sea Levels to Occur More Frequently, Study Says

The type of extreme sea levels previously expected to occur roughly once every 100 years could happen annually by 2100 due to global warming, a study by the Pacific Northwest National Laboratory and several other institutes has concluded.

The results were published last month in the journal Nature Climate Change.

The PNNL-led study reached the same conclusion as a 2019 Intergovernmental Panel on Climate Change report. However, the 2021 report studied significantly more seaside locations than the 2019 study, said Claudia Tebaldi, a PNNL staff scientist who coordinated the writing of the 2021 report. Tebaldi works at the Joint Global Change Research Institute, a partnership between PNNL and the University of Maryland.

“Our [2021] results are stronger,” Tebaldi told NetZero Insider.

The 2021 study looked at scenarios of the Earth’s average temperatures increasing from preindustrial averages by 1 degree through 5 degrees Celsius by 2100. So far, average temperatures are 1 degree above preindustrial levels. There is significant scientific speculation that the averages could increase by 1.5 to 2 degrees by 2100.

“We know we’re going to hit 1.5 already,” Tebaldi said.

The 2021 study looked at 7,283 shoreline locations around the world. Its computer modeling concluded that extreme spikes in seas levels that would have been predicted to occur every 100 years would likely take place annually in about half of the locations by 2100.

Fluctuations in sea levels are tied to melting polar ice, currents and tides. Colder water coming from melted polar ice has ripple effects on currents, Tebaldi said.

The annual sea level extremes are more likely to occur in the Northern Hemisphere’s lower latitudes, she said.  The most likely affected areas will be the Southern Hemisphere, the Mediterranean Sea, the Arabian Peninsula, the southern half of North America’s Pacific coast, Hawaii, the Caribbean, the Philippines and Indonesia.

“At vulnerable locations, high [extreme sea levels] can constitute severe hazards, causing extensive damages to both human settlements and coastal ecosystems when natural and engineered defenses are overtopped or breached,” the study said.

Tebaldi said the next research step will likely include numerous scientific ventures examining the individual spots facing an increased likelihood of rising sea levels, determining each area’s vulnerabilities and preparing local communities to deal with the changes.

Meanwhile, the rising sea levels and changed currents will likely affect the direction and frequency of storms in these areas, she said, adding that future studies also need to address the potential changes in storms.

PG&E Denies New Manslaughter Charges

A prosecutor’s decision Friday to charge Pacific Gas and Electric (NYSE:PCG) with four counts of involuntary manslaughter from last year’s Zogg Fire came two weeks after the utility was sued for starting the immense Dixie Fire and grilled by a federal judge over why it didn’t do more to prevent it.

The filing of charges by Shasta County District Attorney Stephanie Bridgett marked the second time this year PG&E has been criminally charged for a wildfire and the fourth time in five years the utility has faced charges in disasters related to its gas and electric systems.

“While criminal prosecutions of corporations are rare, one of the primary reasons to charge a corporation criminally is a finding that illegal behavior is widespread. It’s serious. It’s offensive, and it’s so persuasive that the only appropriate action is criminal charges,” Bridgett said Friday in a press conference. “My office has made such findings and believes that criminal charges are appropriate at this time.”

PG&E CEO Patti Poppe denied her company’s criminal liability in the Zogg Fire. | PG&EPG&E CEO Patti Poppe denied the accusations Friday in a video-recorded statement and news release.

“We’ve accepted Cal Fire’s [the California Department of Forestry and Fire Protection’s] determination, reached earlier this year, that a tree contacted our electric line and started the Zogg Fire … but we did not commit a crime,” Poppe said.

Cal Fire concluded in March that the Zogg Fire began on Sept. 27, 2020, when a leaning gray pine tree fell onto a PG&E power line near the rural community of Igo, in Shasta County. (See PG&E Equipment Started Zogg Fire, Investigation Finds.)

The fire killed an 8-year-old girl, the girl’s mother, a 79-year-old woman and a 52-year-old man who were overtaken by flames as they tried to flee. It burned more than 56,388 acres and destroyed 204 structures.

The DA’s office charged PG&E with involuntary manslaughter for the four deaths and accused it of 27 other felonies and misdemeanors related to the fire.

It was the second time the state’s largest utility has been charged with homicide. PG&E pleaded guilty in June 2020 to 84 counts of involuntary manslaughter and one count of arson in the 2018 Camp Fire. (See PG&E Pleads Guilty to 84 Homicides and Arson.)

Jurors convicted PG&E in August 2016 of six felonies stemming from the San Bruno gas pipeline explosion in 2010, which killed eight people. The crimes consisted of obstructing a federal investigation and violating pipeline safety standards; PG&E was not charged in the deaths. A federal judge sentenced the utility to five years’ probation starting in January 2017.

In April, Sonoma County prosecutors charged the utility with five felonies and 28 misdemeanors from the October 2019 Kincade Fire including “recklessly causing a fire with great bodily injury” to firefighters and emitting harmful contaminants such as wildfire smoke and ash into the air, harming children. PG&E has also denied criminal liability in the case. (See Prosecutors Charge PG&E for 2019 Kincade Fire.)

‘Reckless and Criminally Negligent’

Bridgett contended in her press conference that years of disasters have failed to improve PG&E’s safety culture.

“It appears they haven’t changed,” the prosecutor said Friday.

Shasta County District Attorney Stephanie Bridgett said her office could prove PG&E started the Zogg Fire, killing four. | Shasta County DA

As in prior cases, she said, PG&E failed in its statutory and regulatory duty to maintain its equipment and clear vegetation to reduce the fire risk. The 100-foot-tall pine tree that started the Zogg Fire was marked as hazardous in 2018 but never removed; it had a damaged trunk and was leaning at a 23-degree angle on a downhill slope toward PG&E’s lines, she said.

“Their behavior was reckless and criminally negligent, and it resulted in the death of four people,” Bridgett said.

Poppe said Friday the utility has been struggling to cope with the West’s persistent drought and climate change that has “forever changed the relationship between trees and power lines.”

“Two trained arborists walked this line and, independent of one another, determined the tree in question could stay,” Poppe said in her statement. “We trimmed or removed over 5,000 trees on this very circuit alone.”

PG&E is investing $1.4 billion in vegetation maintenance and plans to remove 300,000 trees and trim 1 million more while burying 10,000 miles of power lines in high-threat fire areas, she said.

“This vital safety work is all done by real people who are trying every day to do the right thing,” she said. “My coworkers are working so hard to prevent fires and the catastrophic losses that come with them. They have dedicated their careers to it. Criminalizing their judgment is not right. Failing to prevent this fire is not a crime.”

Dixie Fire Proceedings

Federal Judge William Alsup, who oversees PG&E’s probation in the San Bruno explosion, has also said he believed it was “reckless, maybe criminally reckless, for PG&E to have left … that gray pine looming.” The judge has been trying to get PG&E to improve its line maintenance practices. (See CPUC, Judge Pressure PG&E to Clear High-Risk Lines.)

Alsup also has taken a hard line with PG&E on the Dixie Fire, a 963,000-acre blaze still burning in the Sierra Nevada Foothills of Northern California. It is the largest single blaze in state history and second only in the list of all-time-biggest fires to last year’s August Complex of 38 fires that grew together and topped 1 million acres.

Cal Fire is investigating the possibility that a fir tree falling on a PG&E line in the rugged Feather River canyon may have started the fire on July 13, and the utility has acknowledged its equipment may have sparked the blaze. (See PG&E Says Its Line May Have Started Dixie Fire.)

On Sept. 13, Alsup called a PG&E “troubleman” to the stand to answer questions about the day in mid-July when he was asked to investigate blown fuses on a PG&E line and hours later discovered a small fire that may have exploded into the Dixie Fire.

The troubleman, whose name was withheld from the media for his protection, described the hours it took him to reach the line over rough, circuitous roads, the Associated Press reported. When he finally got there, he found a fire burning near where a fir tree had fallen onto the line and tried to put it out using fire extinguishers and a shovel.

Alsup told the PG&E worker he did not blame him for the Dixie Fire but asked why PG&E hadn’t shut down the line once it was clear something was wrong, according to the AP. The troubleman said he would have needed an order from supervisors to shut off power to customers.

Alsup instructed PG&E to produce transcripts of calls between the troubleman, dispatchers and his superiors by Aug. 17. The transcripts filed with the court showed confusion among the parties and difficulty communicating by radio and cell phone over remote, mountainous terrain.

“If anyone can hear this, we have fire northwest of Cresta Dam on the hillside,” the troubleman said on a call after 5 p.m. When a supervisor eventually responded, the troubleman said: “There’s a fire on the hillside. It’s small now, but it’s picking up. … I would think if they get a helicopter up here, they can put it out quickly, if it gets here quick.”

Alsup told PG&E lawyers at the hearing that with only four months left in its probation, “my job is to rehabilitate you, and that is what I am going to do until the last minute,” the AP reported.

Two days later, the first lawsuits against PG&E were filed on behalf of 200 plaintiffs whose homes and properties were destroyed in the fire.

The San Diego law firm that filed the complaints, Singleton Schreiber McKenzie & Scott, said in a statement that the power outage in the Feather River canyon was first reported at 7 a.m. on July 13, but the PG&E troubleman did not arrive on scene until after 4 p.m. The law firm said PG&E was negligent in failing to maintain an appropriate clearance between its equipment and surrounding vegetation.

“It’s clear that PG&E started this fire,” lead attorney Gerald Singleton said in the statement. “The best thing they can do is to acknowledge that fact and make the survivors whole.”

Lawsuits over the 2015 Butte Fire, the 2017 Northern California wine country fires and the 2018 Camp Fire resulted in a settlement that gave a fire victims trust a 20% equity stake in PG&E at the conclusion of the utility’s Chapter 11 reorganization in June 2020.

Initially valued at $13.5 billion, the trust fund has lost at least $2.5 billion in value because of PG&E’s involvement in the fires of 2019, 2020 and 2021, the trustee said. (See PG&E Value Lags as Dixie Fire Rages.)

FERC Denies Rehearing of ISO-NE Capacity Market Values

FERC on Thursday denied a rehearing request by the Electric Power Supply Association (EPSA) and New England Power Generators Association (NEPGA) on a pair of commission orders issued this spring related to the recalculated cost of new entry (CONE), net CONE and performance payment rate (PPR) values used in ISO-NE’s Forward Capacity Market (FCM) (ER21-787-003).

The commission reaffirmed that ISO-NE’s proposed definition of net CONE did not violate the RTO’s tariff or the filed-rate doctrine. FERC added that it continues to find that ISO-NE estimated the values at issue in a manner consistent with tariff requirements, using “just and reasonable” inputs and methodologies.

“ISO-NE is entitled to file revised methodologies, which may include the use of updated definitions, at any time in advance of the FCA [Forward Capacity Auction],” the commission wrote. “This approach is supported by the language of the tariff, which establishes the relevant temporal limitation on the filing of new net CONE values.”

The ISO-NE tariff requires the RTO to file new values with FERC before the FCA in which they are to apply.

According to the commission, EPSA and NEPGA’s argument that the filed-rate doctrine bars the calculation and filing of new values until after a revised tariff definition takes effect “does not reasonably reflect either the authority provided to ISO-NE by the tariff or an appropriate application of the filed-rate doctrine.”

“The tariff and filed-rate doctrine do not require that the methodology underlying the calculation of net CONE be anything other than the approved methodology on file at the time the net CONE values are implemented,” FERC wrote.

Additionally, FERC said EPSA and NEPGA’s claim that the commission was departing from precedent was made “without adequate explanation.”

FERC said the situation is “analogous” to a Dec. 15, 2009, filing in which ISO-NE proposed updated values for the installed capacity requirement (ICR) for use in the final FCM configuration auction held in March 2010. That filing also included proposed amendments to the ICR methodology, which were used to derive the updated values. The commission accepted the updated values and the tariff amendments effective Feb. 15, 2010.

“Similarly, here ISO-NE used the proposed definition of net CONE to calculate its updated net CONE values for the upcoming FCA, which is allowed by the tariff,” FERC wrote. “Accordingly, we continue to find here that the commission appropriately determined that ISO-NE was entitled to base its recalculations on the definition it ‘intended to file and have in effect in advance of that FCA.’”

FERC Pauses Transmission Upgrade Charges for NE Solar Dev

FERC on Thursday ordered National Grid (NYSE:NGG) subsidiaries New England Power and Narragansett Electric to cease assessing direct assignment facility charges to a solar developer interconnecting four 9.6-MW projects until they properly comply with a provision in ISO-NE’s tariff (EL21-47).

Under the tariff, direct assignment facilities are transmission upgrades or additions constructed for the sole benefit or use of a transmission customer. Their costs are thus not shared and are directly assigned to the customer; in this case, distribution utility Narragansett, which passed the costs of the upgrades necessary to interconnect the projects through to developer Green Development in their interconnection service agreement.

Green Development complained to FERC that transmission owner New England Power had not properly followed ISO-NE’s process for designating the upgrades as direct assignment facilities to Narragansett. It also argued that the upgrades were not for Narragansett’s sole benefit or use

The commission said that Green Development had demonstrated that the upgrades had not been “specified in a separate agreement” from the ISA between the three companies, as required by ISO-NE.

But FERC also said that the developer had not demonstrated the upgrades were not solely for Narragansett.

“Green Development contends that, because the upgrades will allow Green Development to interconnect to Narragansett’s distribution system, the upgrades cannot be considered for the ‘sole use/benefit’ of Narragansett,” the commission wrote said. “Green Development provides no evidence to support this proposition. The direct assignment facilities are upgrades to Narragansett’s transmission system, and Narragansett will be the only transmission customer using the upgrades, which are necessary to ensure that Narragansett can accommodate the interconnection of Green Development’s projects to Narragansett’s system while continuing to reliably serve its existing network loads.”

FERC did find that Green Development met the burden of proof to demonstrate a failure to comply with the second part of the definition of direct assignment facilities that requires them to be “specified in a separate agreement among ISO-NE, the interconnection customer and the transmission customer, as applicable, and the transmission owner whose transmission system is to be modified.”

National Grid admitted that the upgrades had not been specified in a separate agreement but contended that the transmission service agreement among New England Power, Narragansett and ISO-NE stipulate that they are subject to direct assignment facility charges, thus satisfying the RTO’s requirement. The commission disagreed with that argument.

“We find that the Narragansett TSA does not specify the direct assignment facilities that New England Power seeks to assign to Narragansett; rather it merely states that ‘service under this local service agreement shall be subject to the following charges’ and then lists a number of charges including a ‘direct assignment facility charge,’” FERC wrote. “Accordingly, we agree with Green Development that the upgrades have not been specified in a separate agreement as required by the definition of direct assignment facilities.”

The commission ordered that New England Power not to assess direct assignment facility charges to Narragansett for the upgrades “unless and until it complies with this part of the definition.”

Overheard at the 2021 GCPA Fall Conference

PUC’s Lake, ERCOT’s Jones Focused on More Reliable Grid

The Gulf Coast Power Association had hoped to resume in-person meetings with its annual Fall Conference last week, but it was forced to return to a virtual format with COVID-19’s re-emergence in Texas.

Interim ERCOT CEO Brad Jones | GCPANo matter. Peter Lake, chairman of the Public Utility Commission, and interim ERCOT CEO Brad Jones appeared virtually with separate keynote appearances to get the Sept. 20-22 conference off to a good start.

“We’re starting with a blank sheet of paper,” Lake said, alluding to the PUC’s work to redesign the ERCOT market after it came within minutes of total collapse during February’s devastating winter storm.

Andrew Barlow, the commission’s director of external affairs, noted to Lake that the market is like an airplane sitting on the runway while being built. Lake promptly corrected him.

Texas PUC Chair Peter Lake | GCPA“We’re building an airplane while we’re flying the airplane,” Lake said. “We’re definitely at 35,000 feet while working on it,” Lake said. “I hope that in five years, most Texans don’t even think about the power grid or talk about it. It comes on; it’s affordable; it’s reliable; and it’s not even a topic of conversation at the dinner table.”

During his keynote, Jones said he was asked to bring trust back to ERCOT when he accepted the temporary leadership position after his predecessor was fired.

“No one in the world does wholesale competition and retail competition like we have in Texas,” he said. “The event in February greatly tarnished our reputation, not to mention the horrific impacts on the many people in the state of Texas.”

Jones said ERCOT needs to “swing the pendulum” back to reliability, which he said has been overshadowed by an emphasis on affordable and clean energy.

“Our focus is on making improvements throughout the market,” he said. “The fact we are carrying the majority of the blame for the event is not a place we’re going to dwell upon. We’re going to dwell upon how to we fix this going forward.”

Texas Digs Bitcoin Miners

Bitcoin entrepreneurs, drawn by Texas’ low energy prices and business-friendly environment, are flocking to the Lone Star State. The state’s political leaders have welcomed the bitcoin miners, recognizing blockchain and cryptocurrency in its commercial law this summer.

Bitcoins are a digital currency that only exist and are exchanged online. Bitcoin “mining,” which uses complex calculations to verify transactions, is energy-intensive. It consumes more than 121 TWh/year, according to Cambridge University. The ERCOT market designates theses loads as “controllable load resources.”

“I can’t wait until they arrive,” said Jones, who recently visited a 300-MW facility east of Austin. “What cryptocurrency does for us, or any data center, is allow those loads to participate in the market. They’re able to come off the grid quickly, making them a fantastic load for us to serve because it brings up the valleys of our loads while not increasing our peaks at all.”

Recently, technology firm Lancium broke ground on a bitcoin mining facility near Fort Stockton in West Texas, the first of what it says will be several “clean campuses.” The facility is expected to reach its full capacity of 325 MW by the end of 2022.

Compute North is already operating a mining operation a couple of hours away in Big Spring.

“We think there’s a bigger opportunity that these controllable loads can have a number of applications at one location, but also be flexible at times,” Lancium CEO Michael McNamara said. “I’m not an expert on transmission design, but by moving these loads, we are effectively exporting energy by converting it into a product.”

Renewables Still Viable

Several panelists said the outspoken preference by regulators and legislators for dispatchable or conventional generation over intermittent renewable resources does not mean Texas’ bounty of wind and solar resources will soon be diminished. The renewable developers are still interested in the state — interested, but cautious.

“February threw everyone for a loop in how to invest,” EIG Global Energy Partners’ Shalin Parikh said. “We are seeing a more measured approach to financing of these projects over the last six to eight months. Developers may still see value in renewable projects in ERCOT, but until the market broadly has a better handle on how these hedged contracts are structured going forward against risk, I think we’ll see a little bit of wait-and-see approach.”

Bob Helton, Dynegy | GCPA“Transmission will be the limiting factor for renewables. That’s the challenge for the legislature and the commission and ERCOT,” Dynegy’s Bob Helton said. “We see more of this outside Texas than we do coming in. The rules are going to have to be change, so we can integrate [renewables] better and more appropriately; so that ERCOT can look at them and they can begin providing ancillary services.”

Energy consultant Alison Silverstein, referred to as “The Oracle” by her panel’s moderator, said it might be time for the decision-makers to take alternatives to thermal generation more seriously.

“If there’s anything I’d like to change, it’s attitudes,” she said. “Doing it the way traditional generation has always done it has not been super successful for ERCOT. We’re getting way too many close calls. It’s time, when you’re in a deep hole, to stop digging and try other tools. Let’s look for and exploit every resource.”

Industry Leaders Honored

The GCPA honored the industry’s seasoned veterans and its up-and-coming professionals with a pair of its annual awards.

Darryl Tietjen, who leads the PUC’s Rate Regulation Division, was presented — albeit virtually — with the Pat Wood Power Star Award by its namesake. During his 30 years at the commission, Tietjen has worked on numerous projects and cases involving the transition to a competitive electricity market and filed recommendations on every securitization issue related to the PUC’s financing orders.

“Darryl is viewed by so many as the steady hand and wise oracle for energy policy in our state,” said Wood, who chaired both the PUC and FERC, calling Tietjen an “indispensable part” of ERCOT’s transition to a competitive market. “He knows the first name of the commission is ‘public.’ He understands healthy competition and balanced regulation. He’s one hell of a fun guy to be around, and he has been since I’ve ever known him.”

“I’ve always marveled at the caliber of people in this industry,” Tietjen said. “I’ve had the great fortune to work for and with a stellar set of commissioners, stakeholder groups and folks throughout the industry. That’s one of the reasons I’ve been able to hang around so long. I’m going to embark on a very complex and deep analysis of whether it is feasible for me to work another 30 years, or maybe 40 years.”

ExxonMobil’s (NYSE:XOM) Alexandra Williams was awarded the organization’s emPOWERing Young Professionals Award, presented to an individual younger than 40 who has achieved excellence in the industry, made unique contributions to the market’s success, and served as a role model and leader. Williams was ill and unable to call in.

NERC’s Lauby Sees 3D Transition

Mark Lauby, NERC | GCPAKeynote speaker Mark Lauby, NERC’s chief engineer and a senior vice president, labeled the grid’s transition to clean energy as a “3D transformation”: decarbonized, distributed and digitized.

NERC’s “focus is always on whether we can operate the grid reliably. Will the grid be resilient? Will we be able to respond to events on the grid and restore it?” Lauby said.

He said among the questions that need to be addressed in ensuring a resilient and reliable system is from where the balancing resources will come.

“We have wind and solar, but they’re variable. Right now the transition is being sorted by natural gas,” Lauby said. “Until we get small modular nuclear units and hydrogen [resources], we need to get to that bridge and know how far that bridge is going to be. We’re ending up with a resource mix that is more sensitive to extreme weather.

“We will need to look at other ways to make up for that uncertainty that comes with variable generation,” he said. “The metamorphosis of the bulk power system requires [the ability] to quantify these emerging issues.”

Oregon GHG Cap Plan Faces Critics from Both Flanks

The Oregon Department of Environmental Quality’s proposal to reduce greenhouse gas emissions from fuel suppliers and large stationary sources would align the state with California’s ambitious targets, but some residents and environmental advocates last week said the rules won’t go far enough or fast enough.

At the same time, representatives from business and agriculture warned the new rules could hobble the state’s economy and transfer production to places with more lax environmental regulations.

The DEQ this month floated its proposal for the Climate Protection Program (CPP) in response to Gov. Kate Brown’s Executive Order 20-04, which directed each state agency to develop measures that help reduce Oregon’s GHG emissions to 45% below 1990 levels by 2035 and to 80% below by 2050.

The CPP would cover the state’s natural gas utilities and suppliers of gasoline, diesel, kerosene and propane. It would also apply initially to stationary facilities that emit at least 200,000 metric tons (MT) carbon dioxide equivalent (CO2e) a year, with that threshold falling to 25,000 MT by the end of the decade. In its current draft form, the rules exempt emissions from the state’s gas-fired power plants, which are already subject to other regulations.

If approved by the state’s Environmental Quality Commission (EQC), the new rules would go into effect next year, setting an initial cap of 28.2 million metric tons (MMT) of emissions for covered entities, which is based on average 2017-2019 emissions. That cap would decrease to 16.9 MMT in 2035 and 6 MMT in 2050, representing an overall cut of 80%.

Under the program, the DEQ would issue covered entities compliance instruments in amounts equivalent to each year’s cap. Participating entities would be allowed trade unused instruments or bank them for future use.

“This both incentivizes early emission reductions and provides flexibility for covered fossil fuel suppliers, allowing them collectively to find the lowest-cost emission reductions,” the DEQ said.

The program would require covered entities to submit a compliance instrument or community climate investment credit (CCI) for every metric ton of CO2e. Participants could earn CCIs by contributing funds to third parties that develop GHG-reduction projects in Oregon. The DEQ would initially set the CCI contribution value at $81, increasing it over time. At the outset of the program, covered entities would be eligible to use CCIs to meet 10% of their compliance obligation, eventually rising to 20%.

‘Things are Changing Fast’

Testifying Wednesday at a virtual public hearing hosted by the DEQ, several Oregon residents criticized the agency’s plan for not being ambitious enough in the face of alarming changes in the state’s climate.

Oregon has experienced massive wildfires during the past two summers, and like much of the West, it is suffering from “extreme” or “exceptional” drought in most areas, according to the U.S. Drought Monitor. A June heat wave saw temperatures across the state shatter previous records, with Portland hitting a high of 116 degrees Fahrenheit.

Melanie Plaut, a retired Portland-area OB/GYN physician, said she was testifying out of concern for her granddaughter and all the babies she delivered during her career.

“The U.N. has recently said that we have this decade to make a difference — and I emphasize this decade,” Plaut said. “So, I’m going to ask that you put a more stringent cap on emissions: The CPP should decrease emissions 50% by 2030. The work we do now is much more valuable than action delayed, which is essentially the equivalent of climate denial.”

Plaut also said the plan must take a more serious approach to methane emissions, noting that the state’s six largest stationary polluters are gas-fired power plants that burn fracked natural gas.

“Although I understand the rationale behind avoiding double regulations, this loophole is way too large, and not only gives these larger polluters a loose rein, it ignores the upstream climate effects from methane leakage and the local pollution effects whose burden falls heavily on the communities surrounding the plants,” Plaut said.

Linda Kelley echoed Plaut’s concern about the CPP’s exclusion of gas-fired generators, saying the plants should be brought under the cap. “There’s no other way to have any hope of reaching climate stability,” she said.

Kelley said she worked for seven years in the source testing lab of the Bay Area Air Quality Management District and understood the challenges of regulating polluters after developing relationships with people in industry.

“That said, the natural gas industry must pivot quickly. They will likely try to hang on, fight and scare people into believing we cannot live without natural gas. We actually cannot live with it anymore,” Kelley said. “Their business model is an existential threat to us. We have the sun above us and a stable heat source in geothermal below us. We have solutions to our dilemma. We just need to stop the harm.”

Deborah McGee, a former teacher and co-founder of climate justice group 350 Eugene, said “things are changing fast” on the forested land where she has lived for 37 years outside the city of Eugene. McGee pointed to the death of Douglas firs from drought, an unusually heavy snowfall that collapsed her greenhouse and the destruction of subsistence crops from June’s heat wave.

“And today I sit with 150 feet of fire hose outside my door, hooked up to a 25,000-gallon water tank, waiting for the fire to come; if not this summer, then next. I am frightened of these fires,” McGee said.

Allie Rosenbluth, campaigns director for Rogue Climate, recounted that a year ago, she was just returning to her home in the city of Talent after evacuating from the “climate-fueled” Almeda Fire, which destroyed hundreds of homes in her community. Despite serving on the advisory committee that helped draft the CPP, Rosenbluth said the rules do not fulfill Gov. Brown’s directive and “represent a missed opportunity to take the swift and aggressive action necessary to avoid the worst impacts of climate change.”

“DEQ must revise the program to ensure real pollution reduction in frontline communities,” she said. “This means ending exemptions for the largest polluters and eliminating or limiting offsets, banking and trading, ensuring that the CCI program is prioritized for and is accessible for tribes and other frontline communities, reducing thresholds [and] increasing greenhouse gas-reduction goals to science-based targets.”

Another participant in the draft rulemaking process, Pat DeLaquil with the Metro Climate Action Team, agreed with other speakers that the proposal does not go far enough.

“Given the ever increasing cost of climate impacts, DEQ must enact targets in line with the best available science, which requires an emission-reduction target of 50% by 2030 and 100% by 2050,” DeLaquil said. He called for greater public review of the program’s best available emission-reduction process for stationary sources, saying that it must “require long-term emission reductions in line with the technical potential for that particular industry subsector.”

‘Negative’ Impacts

Defending the perspective of the natural gas sector was Mary Moerlins, director of environmental policy and corporate responsibility for NW Natural and another participant in the committee that drafted the rules.

Moerlins said Oregon’s largest gas utility is “pleased that our voluntary goal of carbon emission reduction is directionally aligned with the state’s target within the Climate Protection Plan. We know we want to decarbonize, and we know that we will, and that’s a good place to start.”

But, she said, NW is concerned that the CPP “breaks with all other established carbon regulation policies” because it lacks “instruments for cost controls or off-ramps” in the case of high costs related to meeting targets. The company also seeks more clarity on the CCI concept to get a better understanding of the potential supply of projects.

Sharla Moffett, director of energy, environment, natural resources and infrastructure with Oregon Business & Industry, said the GHG policy must balance environmental and economic considerations to prevent the state’s businesses from being “placed at a competitive disadvantage either nationally of globally.”

“The proposal does not accomplish these objectives and should be modified to address the cost of compliance, consider the global impacts of transferring emissions elsewhere, [and] ensure that the program produces actual verifiable certifiable reductions of greenhouse gas emissions,” Moffett said.

Although the rules would not cover agriculture, representatives from that sector warned about their indirect impact on farmers.

Citing recent closures and restrictions affecting the state’s breweries and brewpubs, Michelle Palacios, executive director of the Oregon Hop Growers Association, said the CPP “would greatly increase the cost of natural gas for local hop growers at a time we can least afford it.” Once the second largest hop-growing state in the country, Oregon has been displaced from that rank by Idaho, which has cheaper energy and land, Palacios said.

“Most Oregon hop growers use efficient natural gas burners to drive pumps during harvest in August and September. We prefer natural gas because it’s currently the cleanest fuel option,” she said, adding that reduced access to and higher prices for natural gas will “negatively affect” the state’s $6.6 billion beer industry.

Angi Bailey, president of the Oregon Farm Bureau, said higher natural gas prices will prevent family-scale farms from investing in needed climate resilience measures. She complained that farmers are not able to estimate the impact of expected fuel-price increases because the DEQ has not even modeled them.

“While [the CPP is being done] under the premise of climate change, I must point out that climate change is a global issue that requires a global solution. This program will do nothing to stop climate change, but [it] will have very real impact on rural Oregonians, many of whom are already struggling to make ends meet,” Bailey said.

The EQC will hold a second public hearing on the draft CPP rules this Thursday, and comments are due to the DEQ by Oct. 4. The department expects to issue final proposed rules to the EQC in November.