According to Sean Bothwell, the executive director of the California Coastkeeper Alliance, “There are … thousands of facilities that have failed to enroll in the industrial stormwater permit, creating an economic disadvantage for those facilities that are doing their job to be compliant with their permit. SB-205 will level the playing field for the regulated community and help California achieve their mission of attaining swimmable, fishable, and drinkable California waters.”
California’s Stormwater Multiple Application and Report Tracking System (SMARTs) currently shows approximately 13,000+ active industrial stormwater sites/dischargers (Notice of Intent and No Exposure Sites). For these current General Stormwater Permit (IGP) enrollee’s vs. non-filers, the playing field has not been level across industrial sectors. There is a cost, sometimes substantial, for being in, and maintaining compliance under the IGP. The Permit is fee-based; water quality regulatory programs and the programs and resources supporting those programs are funded directly with the fees collected by these regulated entities under those programs.
The additional late-permittees and associated fees will help with the challenge of staffing at the State and Regional Boards, for processing and enforcement. As of today, there is not a direct additional fee/fine for the potential late filers; the message being that potential dischargers (or SIC code-based Facilities with a condition of No Exposure) not covered under the IGP should enroll as soon as possible, to avoid potential initial fines and future costly penalties.
Future penalties could also include “de facto” regulatory compliance penalties through non-government organizations (NGOs) and environmental group citizen lawsuits and 60-day notice-of-intents under Section 505 of the Clean Water Act. SCS Engineers advises businesses to check the Regional Board to see if they need coverage.
If unsure or unfamiliar with stormwater compliance, seek help from a Qualified Industrial Stormwater Practioner (QISP) or begin by using the resources linked to helpful sites from our blog. Although not a comprehensive list, these types of facilities do need stormwater compliance, as follows:
About the Author: Jonathan Meronek is a State of California Industrial General Permit (IGP) Qualified Industrial Storm Water Practitioner (QISP), QISP Trainer-of-Record (QISP-ToR) and an Envision Sustainability Professional (ENV-SP). With an eye to clients’ operational needs combined with long-term sustainable solutions, Jonathan has performed Site BMP and Pollutant Source Assessments, written Stormwater Pollution Prevention Plans (SWPPPs), and implemented Monitoring Implementation Plans (MIPs); for over one-hundred facilities throughout California.
He continues to provide National Pollutant Discharge Elimination System (NPDES) stormwater services for state, municipal, and private clients across a vast cross-section of industrial sectors. Jonathan works with LRPs, facility managers, and attorneys to re-evaluate facilities comprehensively for NPDES compliance using technology-based BPT/BCT/BAT/NSPS levels of control to reduce and eliminate pollutants of concern in stormwater discharge.
An aggressive carbon abatement goal often referred to as deep decarbonization, requires systemic changes to the energy economy. The scale and complexity of these projects are enormous, but achievable in our children’s lifetime. Legal Pathways recently published a legal toolkit Legal Pathways to Deep Decarbonization in the United States containing key recommendations and information from its larger publication to be released later this year. Both are a treasure trove for public and private decision-makers who desire pathways to a smaller carbon footprint.
The slimmer version works as a legal guide for businesses and municipalities interested in reducing greenhouse gas (GHG) emissions in the U.S. While each entity may draw on some, but not all, of the publication, it is a significant resource for public and private decision-makers who desire, or are working toward meeting stricter regulatory policies.
The authors identify all the legal options for enabling the U.S. to start addressing a monumental environmental challenge. Decision-makers can use combinations of resources to achieve their desired goals by employing these legal tools.
Thirty-four chapters cover energy efficiency, conservation, and fuel switching; electricity decarbonization; fuel decarbonization; carbon capture and negative emissions; non-carbon dioxide climate pollutants, and a variety of crosscutting issues.1 Each topic area identifies the main legal issues; then covers the options involving federal, state, and local laws.
With enough detail for readers to comprehend pathways best suited for them, the book is written for those who do not have legal or environmental engineering backgrounds. The authors include options even if they are not politically realistic now, recognizing that some may have value over time by becoming a legal pathway.
Notes and Citations
1 “Legal Pathways to Deep Decarbonization in the United States,” by M. Gerrard and J. Dernbach, Editors, 2019, Retrieved from https://www.eli.org/eli-press-books/legal-pathways-deep-decarbonization-united-states
Stormwater Regulation is evolving, pushing more responsibility on to the dischargers by holding them accountable through categorization based on a discharger’s ability to meet numeric benchmarks. Additionally, how a discharger responds and applies effective BMPs determines their status. Ultimately, it is up to the industrial permittee to take the initiative, with an eye to priorities and feasibility for the future of their stormwater compliance program.
Stormwater managers and facility compliance personnel have only just begun to come to terms with the tiered ERA Response paradigm. However, as the tiered escalation becomes more common and ERA Level 1 and Level 2 reporting is performed, facilities are beginning to reach an equilibrium of stormwater compliance in terms of strategy, feasibility, budget and allocation of resources.
In his whitepaper, Jonathan Meronek, QISP, ToR, takes readers through the fundamental components of the ERA, Exceedance Response Action, or tiered Corrective Action compliance mechanism already in place, and currently being implemented in the States of California, Washington and the most recent General Permit in Oregon. ERA has wide-reaching implications for future NPDES permittees of industrial stormwater discharges. The escalation or “tiered” response standards is based on EPA Benchmark Levels and potential for future Numeric Effluent Limits (NELs). The three western states are viewed as “precursors” of what may be expected throughout the United States, as several key components of the forthcoming Multi-Sector General Permit (MSGP) will push other states to move towards similar ERA response scenarios and regulations.
Sensitive natural resources include but are not limited to the following: Threatened and Endangered (T&E) species and their habitats, wildlife refuges, wetlands, and tribal burial grounds. These are areas where federal or states have identified protected resources. SCS Engineers has the expertise and credentials to perform surveys for clients with projects requiring the identification of these sensitive resources, along with the regulatory permitting with specialization in threatened and endangered species, wetlands, and critical habitats.
Development and construction often occur near or within areas identified as sensitive natural resources. Responsible developers identify sensitive resources near or within their proposed project area as part of their development plans because protecting our nation’s natural resources is important. The protection of sensitive natural resources is the basis of the Federal Endangered Species Act, Clean Water Act, and National Historical Preservation Act. Projects under consideration in sensitive areas require special permits; without which projects can be shut down causing costly contractor delays and schedule disruptions. Post-permitting and the associated fines can be severe, so even if you are not a conservationist, it makes good sense to complete the permitting process before breaking ground.
When considering a project in potentially sensitive ecological areas, SCS Engineers recommends a constraint analysis be performed. The analysis will determine if the proposed project location is within wetlands, critical habitat, threatened and endangered species range, and other potential constraints. If it is, SCS recommends that a site assessment is performed and initiate agency consultation to protect the sensitive resources.
Both the permitting process and the preliminary ecological assessments are not difficult but do require credentialed specialists. SCS has geologists, hydrologist, hydro-geologists, and environmental compliance professionals nationwide. SCS Engineers even has credentialed biologists for specialized threatened and endangered species monitoring and assessments for several species that include but not limited to the American Bury Beetle, Arkansas Shiner, Arkansas Darter, Topeka Shiner, Neosho Mucket Mussel, Rabbitfoot Mussel, Northern Longear Bat, and Indiana Bat in the Central U.S.
About the Author: Vaughn Weaver
Vaughn Weaver has over 20 years of environmental services experience with a strong background in water quality and bio-monitoring and is currently a senior field technician at SCS in our Wichita office. He provides project assistance to a diverse team of environmental professionals made up of geologists, hydrogeologists, engineers, chemists, and biologists. His responsibilities include surveying project sites, mitigation monitoring, well sampling and monitoring, and report writing for clients.
In addition, he has 15 years of water quality experience with National Pollution Discharge and Emissions Systems (NPDES) for point source and non-point source permits. Vaughn is also a Certified Wetland Delineator – USACOE.