Lapis Energy Lake Salvador Carbon Sequestration Project

Project Summary

Critical Concerns

The Lapis Energy Lake Salvador Carbon Sequestration Project proposes CO₂ injection wells, access roads, and related infrastructure in Louisiana wetlands. Based on analysis, there are significant concerns requiring attention before approval.

Connection to St. Rose Blue Ammonia Plant

Based on its proximity, pipelines placement, capacity, and expected completion date, this is the most likely storage well for the planned St. Charles Clean Fuels Blue Ammonia facility in St. Rose. This connection is significant for residents concerned about the combined environmental impact of both projects. However, U.S. Army Corp of Engineers is currently accepting comments for the CO₂ well, not the ammonia plant.

Serious safety risks documented from similar CO₂ projects, including incidents resulting in hospitalizations, evacuations, and wildlife mortality
Inadequate emergency preparedness with no monitoring protocols, response procedures, or evacuation plans
Disclosure issues regarding corporate ownership and long-term liability
Direct conflicts with Louisiana's existing coastal restoration initiatives
Significant environmental impacts to wetland hydrology, biodiversity, and carbon cycling
Economic threats to the region's seafood industry, recreational activities, and tourism
Multiple permit application deficiencies in safety planning, mitigation, and impact avoidance

Project Details

Permit: MVN-2025-00066-EMM

Location: Lake Salvador, LA

Capacity: 5-10 million metric tons/year

Expected operating date: 2027

Project Ownership:

Primary applicant: Lapis Energy LP (represented by Brandon Anderson)
Joint venture partner: Libra CO2 Storage Solutions LLC (50% Lapis Energy, 50% Denbury Inc.)
Note: Denbury was acquired by ExxonMobil in a $4.9 billion transaction

Submit Comments by April 13, 2025

Read the USACE public notice for more information.

Submit Comment on RRS Site

Filter by "2025-00066" and click the comment balloon

Or email Scott Kennedy and mention the project number (MVN-2025-00066-EMM).

Proposed Infrastructure

24' x 33,980' access road across wetlands (approximately 6.4 miles)
400' x 400' injection well pad
Pipeline trenching
Total wetland impact: 10.69 acres of freshwater emergent wetland (classified as PEM1F in 1988). 6.46 acres of wetlands would be permanently impacted, the rest would potentially only be temporarily impacted.

Safety Concerns and Previous Incidents

Physical Hazards of CO₂

Colorless and odorless, requiring specialized detection equipment
Heavier than air, pools in low-lying areas
Causes rapid temperature drops and potential frostbite upon release
Acts as an asphyxiant

Emergency Response Limitations

Project location in wetland with limited access
Single 24' x 33,980' road to the injection well pad
Local fire departments lack specialized training, equipment, and vehicles for CO₂ incidents
Extended response times likely in emergency situations
Limited evacuation options

Previous Incidents Involving CO₂ Infrastructure

February 2020, Satartia, Mississippi 49 Hospitalized

Denbury CO₂ pipeline rupture
49 people hospitalized
Approximately 250 residents evacuated
Reports of long-term health effects

2011, Tinsley, Mississippi 37-Day Blowout

Denbury CO₂ blowout lasted 37 days
Wildlife mortality (deer) due to CO₂ suffocation
Required removal of 27,000 tons of contaminated material and 32,000 barrels of liquids
Resulted in significant fine from the Mississippi Department of Environmental Quality
Potential impacts in a wetland environment like Lake Salvador would be even more severe, affecting both aquatic and terrestrial wildlife

April 3, 2024, Calcasieu Parish, Louisiana Recent

CO₂ pipeline leak in Sulphur from a high-pressure carbon dioxide pipeline owned jointly by Denbury Inc. and ExxonMobil
Shelter-in-place orders issued for North Sulphur area residents
Pipeline operator representatives arrived almost two hours after Calcasieu Parish's Ward 6 Fire Department had already responded
James Hiatt, Executive Director of For a Better Bayou, noted this "wasn't the first incident at the North Sulphur site, highlighting a troubling pattern of safety lapses"

2007, Amite and Lincoln counties, Mississippi Homes Evacuated

CO₂ leaks from Denbury Resources' wells led to home evacuations
In Amite County, crude oil and saltwater contamination of soil and water occurred over several acres
Cleanup cost approximately $3 million
In Lincoln County, several homes had to be evacuated

Disclosure and Liability Issues

The Financial Supervisory Authority (FIN-FSA) previously imposed a €450,000 penalty on Privanet Capital Markets Ltd for providing false and misleading information about the financial position and risks of the Lapis Group
Limited disclosure of corporate relationships (Denbury's involvement as 50% partner not mentioned in public notice)
Denbury was acquired by ExxonMobil in a $4.9 billion transaction shortly after establishing the joint venture with Lapis Energy
Questions about long-term liability, especially given Louisiana regulations allow transfer of liability to the state after 50 years

More about liability »

Louisiana established the Carbon Dioxide Geologic Storage Trust Fund specifically to address long-term liabilities:

Funded through fees payable by injection well operators for each ton of CO₂ injected
Used for operational and long-term inspecting, testing, monitoring, remediation, well plugging, and administration
Maximum payment of five million dollars per facility and ten million dollars per storage operator
Release from liability does not apply if the trust fund is depleted and contains inadequate funds
The rapid corporate ownership changes (Denbury to ExxonMobil) demonstrate how quickly responsibility can shift, potentially leaving communities without recourse

Conflicts with Existing Coastal Initiatives

Community Voices

Louisiana residents and officials share their concerns about carbon sequestration

There's no value to injecting CO2 under our water – only risks

Roland Hollins

Allen Parish Police Jury

Everybody is skeptical of them storing whatever underground for eternity. It's unknown. No one wants to be the guinea pig

James Hiatt

Lake Charles resident

There is no guarantee this stuff is never going to leak

Lisa Cothern

Community member

[Carbon sequestration] is creating a dump and it is a dangerous dump... We don’t know what it’s going to do

Charles Owen

State Representative

Labeled carbon capture and storage a "climate scam"

Monique Harden

Deep South Center for Environmental Justice

Lake Salvador shoreline protection projects

Louisiana's Coastal Master Plan Projects

Lake Salvador Shoreline Protection Demonstration Project

Targets shoreline erosion along Lake Salvador's northern and southwestern shores
Phase I tested various shoreline protection structures along 5,900 feet of the northern shoreline within the Lake Salvador Wildlife Management Area
Phase II features a 9,000-foot rock shoreline stabilization structure along the southwestern shore, near Bayou Des Allemands
Designed to shield adjacent marshes from wave-induced erosion

Des Allemands Swamp initiatives:

Hydrologic restoration to alleviate impoundment conditions that hinder natural water flow and led to tree mortality
Vegetative planting including cypress and tupelo saplings with protective measures against herbivory
Located west of Lac des Allemands in St. James Parish

The 2017 Coastal Master Plan identified specific shoreline protection initiatives for both Lake Salvador and Lac des Allemands aimed at mitigating shoreline erosion and preserving adjacent wetlands.

Environmental Concerns

Documented Environmental Impacts

Research indicates several potential impacts from CO₂ infrastructure in wetland environments:

Hydrological Disruption

Flook et al. (2020): CO₂ wells and infrastructure alter groundwater systems through changed pressure and flow patterns in spring wetlands
Plach et al. (2017): Road construction specifically impedes groundwater movement across wetlands, creating hydrological barriers
Lemmer et al. (2020): Documented "an average rise in water table level of 10.4 cm in restored sectors compared to 5.6 cm in reference sectors"

Infrastructure Effects

Plach et al. (2017): "Semi-permanent road placement is linked to significantly reduced net natural CO₂ sequestration on the downflow side"
Research shows roads create measurable differences in vegetation composition and CO₂ exchange rates on either side, indicating ecological barriers
Permeable pavements, elevated roads or bridges, and geotextiles/mats would minimize environmental impact but haven't been incorporated into the project design

Biodiversity Impacts

Brittingham et al. (2014): Identified risks to wildlife and aquatic resources, particularly for species with limited range, small population size, specialized habitat requirements, and high sensitivity to disturbance
Plach et al. (2017): Documented long-term impacts of infrastructure on plant communities with observable differences in vegetation composition near infrastructure
No animal crossing structures (tunnels or overpasses) have been proposed to maintain wildlife movement and biodiversity

Carbon Cycling Alterations

Saraswati et al. (2023): "Access roads are linked to reduced growing season carbon uptake in adjacent peatlands"
Recommends "aligning roads parallel to local water flow and equipping them with culverts that enhance hydrological connectivity", which wasn't done in the suggested permit
Case studies in Florida have demonstrated these techniques can maintain wetland hydrology
Lemmer et al. (2020): Complete removal of well pad materials can create shallow open water areas with high methane emissions, making these sites net carbon sources

Edge Effects and Vegetation Changes

Plach et al. (2017) and Saraswati et al. (2023): Documented "differences in vegetation composition near infrastructure"
Research indicates these edge effects extend into wetland ecosystems, creating zones of altered ecological functioning

Water Quality Concerns

CO₂ leakage can lead to groundwater acidification
The application lacks assessment of groundwater acidification risks from potential CO2 leakage, which could mobilize metals and affect drinking water supplies
There are no comprehensive monitoring plans for detecting leaks into groundwater systems
Studies by Duke University found that CO₂ leaks can increase metal levels in drinking water by reacting with water to form carbonic acid
Louisiana's interconnected water systems would allow acidification impacts to spread through both groundwater and surface water
Particular risk to shellfish such as oysters, which cannot properly form shells in acidified water, threatening Louisiana's $1B+ seafood industry

Economic Considerations

Local Industries Potentially Affected

Commercial fishing and crabbing

Impacts on Louisiana's $1B+ seafood industry

Recreational activities

Hunting, fishing, wildlife observation

Tourism operators

Swamp tours, airboat operators, guides

Ecotourism

Wildlife and cultural experiences

Recreation details »

Documented Recreation Value:

380 ducks harvested in a single opening day on the Salvador Wildlife Management Area
Notable deer hunting achievements include Matt Caire's impressive eight-point swamp buck in Des Allemands that green-scored 141 4/8, featuring 20-inch main beams
Salvador Wildlife Management Area provides habitat for waterfowl, deer, rabbit, squirrel, rails, gallinules, and snipe
2 Da Swamp Cajun Tours based in Des Allemands offers boat tours focused on swamp wildlife and Cajun history
Airboat operators provide thrilling rides through marsh and cypress swamps
Tour guides share the region's Cajun heritage and history with visitors
Salvador Wildlife Management Area attracts birdwatchers to its freshwater marsh with scattered ponds and large cypress stands

Permit Application Deficiencies

Missing Safety Information

No monitoring protocols for detecting CO₂ leaks
No emergency response procedures
No evacuation plans
No coordination with local emergency services

Inadequate Mitigation Plans

"The applicant has proposed to compensate for any unavoidable impacts to jurisdictional wetlands by utilizing a Corps approved mitigation bank within the watershed"

This generic statement fails to provide:

No specified mitigation ratios
No consideration of temporal losses between impact and mitigation
No information about the functional value of affected wetlands
No explanation of how watershed needs factor into mitigation requirements
No acknowledgment of the scientific evidence (Lemmer et al., 2020) that the reintroduction of specific wetland plant species during restoration efforts influences carbon uptake and ecosystem functioning

Insufficient Avoidance & Minimization

No evidence of infrastructure design optimization
No consideration for aligning access roads with water flow patterns
No justification for the dimensions of the injection well pad and access road
No plans for hydrological management through culverts
No monitoring program for water table levels, carbon flux, vegetation changes, or wildlife impacts
No monitoring for potential groundwater acidification

More insufficiencies »

Failure to consider partial versus complete pad removal strategies
Failure to consider beneficial use of spoil material for marsh creation
No consideration of environmentally friendly construction techniques such as:
- Permeable pavements to allow water flow and maintain natural hydrology
- Elevated roads or bridges to minimize soil disturbance
- Geotextiles and mats to protect underlying soil
- Animal crossing structures to maintain wildlife movement

Comparable Applications

Compared to similar carbon sequestration project applications (like Hackberry MVN-2021-01265 WQQ and Denbury MVN-2023-000900-CQ), this application omits critical information typically included in such proposals:

No identification of Underground Sources of Drinking Water (USDW) depth
No specification of CO2 injection/storage capacity
Limited geological information about target formations

No reference to specific state regulations governing CO2 injection
No public hearing scheduled (unlike other similar projects)

Conclusion and Recommendations

Key Findings

The project presents documented safety risks based on multiple previous incidents at similar facilities
The proposed location conflicts with existing coastal restoration initiatives in the Lake Salvador area
Scientific evidence demonstrates significant potential impacts to wetland hydrology, wildlife, and carbon sequestration
The public notice fails to acknowledge Denbury's involvement, likely due to their poor reputation
The permit application lacks critical information on safety protocols, emergency response, and environmental mitigation

Recommendations

The U.S. Army Corps of Engineers should:

Deny the current permit application (MVN-2025-00066-EMM) due to its substantial deficiencies
Require comprehensive safety protocols including monitoring systems, emergency response plans, and evacuation procedures
Mandate a thorough alternatives analysis that demonstrates why impacts to Lake Salvador wetlands are unavoidable
Require detailed mitigation plans with specific ratios, temporal considerations, and functional assessments
Demand alignment with existing coastal initiatives to ensure the project does not undermine ongoing restoration efforts
Require full disclosure of corporate relationships and clear long-term liability frameworks
Schedule a public hearing to allow community input on the revised application