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EEC exhibited at the 28th Annual Environmental Law Conference at Yosemite, CA to Feature PFAS

EEC Environmental (EEC) exhibited at the 28th Annual Environmental Law Conference at Yosemite at the Tenaya Lodge at Yosemite, October 17-20, 2019.

The Environmental Law Conference at Yosemite® is nationally recognized as the largest and most prestigious gathering in California of leaders in environmental, land use, and natural resources law.

EEC featured our expertise in tackling Per- and polyfluoroalkyl substances (PFAS) which pose a serious human health risk leading to stringent action levels in California and throughout the US. 

EEC provides a broad spectrum of litigation support ranging from scientific investigations to expert testimony in state and federal courts. EEC’s ability to provide a reliable scientific basis for overcoming or minimizing contentious issues includes experience in matters related to contamination of soil, soil vapor, and groundwater; geologic and hydrogeological issues; industrial wastewater; historical document research and PRP Identification; CERCLA cost allocation; and insurance cost recovery.

Click the following link at https://calawyers.org/section/environmental-law/yosemite/ for more information.

Tina Bickerstaff joins EEC to head up east coast operations

EEC Environmental is pleased to welcome Ms. Tina Bickerstaff, CPG, PG to its Mid-Atlantic Team of environmental professionals. Tina joins EEC with more than 29 years of professional experience as its East Coast Regional Branch Manager. She is a Certified Professional Geologist (CPG) with national and state registrations and has held responsibility for the coordination, management and completion of all aspects of site investigations, remediation, environmental compliance programs, and regulatory negotiations. Tina is a Subject Matter Expert for due diligence Environmental Site Assessments (ESAs), RCRA Corrective Action, and has extensive experience in coastal plain, karst, and bedrock geology.

As a Sr. Managing Geologist at EEC, Tina will draw upon her extensive experience in leading multi-disciplinary project teams at complex, dynamic industrial and commercial properties to provide high quality solutions to EEC’s valued clients.

Latest News: California Sets the Lowest Notification Levels for PFAS in the Country

The California State Water Resources Control Board, Division of Drinking Water (DDW), has accepted the Office of Environmental Health Hazard Assessment’s (OEHHA) recent recommendation on new lower Notification Levels (NLs) for PFOA and for PFOS. On August 23, 2019, the DDW announced it established notification levels for PFOS and PFOA at 6.5 parts per trillion for PFOS and 5.1 parts per trillion for PFOA. These new levels are set at the lowest levels at which they can be reliably detected in drinking water using currently available analytical detection methods.

More information can be found here.

Joseph Jenkins of EEC Presented for WEF on the Implementation of FOG Control Programs May 30

EEC presented in a webcast hosted by the Water Environment Federation (WEF).  EEC’s Joseph Jenkins shared his expertise about the proper implementation of plumbing code requirements to prevent blockage of fats, oils, and grease (FOG) that can be accumulated in sewer lines. The abstract for the presentation can be found here.

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Industrial General Permitting

Most new construction, development and upgrade projects require some sort of industrial general permitting assessment.  Sometimes abbreviated as IGP, this permit puts regulations in place for how stormwater is discharged from industrial sites.

Facilities Subject to Regulations

Not all facilities are subject to regulations regarding stormwater discharge, or need an industrial general permit. However, some of the types of facilities that are usually subject to these regulations include:

  • Hazardous waste management
  • Landfills
  • Manufacturing
  • Mining
  • Recycling
  • Sewage or wastewater treatment
  • Transportation

This is by no means an exhaustive list. The IGP may differ as you move across state lines as some states prioritize natural resource management more than others. The facility’s Standard Industrial Code (SIC) determines if coverage is required.  If your facility has no outside exposure of the potential pollutants, then your facility can obtain non-exposure certification (NEC).

What Happens if Your Business or Project is Out of Compliance?

It is the responsibility of local government agencies to identify and report any facilities that are out of compliance. However, older establishments are more likely to be out of compliance than new organizations.  This is because many government agencies now check business license applications to see if you will need an industrial general permit, and will usually inform you at that time. If you are found out of compliance, you may be significantly fined or have the project put on “hold”.

How to Verify if Your Facility is in Compliance

The process of verifying your organization’s compliance status varies from state to state, or even across city and county lines. As a result, it is important to have professional consultants on your team, like the environment compliance experts at EEC Environmental.  We are experienced in all environmental compliance and permitting applications, and assist our clients in navigating complex industrial permitting laws.

Should we find that you are out of compliance, we will also assist you with getting your permit in place, whether it requires a new application or a renewal.  For more information on how we can assist you, contact our corporate office at (714) 667-2300 or send us a detailed message via the contact form on our website.  Industrial general permits can be daunting, let EEC Environmental help you navigate.

What Is Bioremediation?

What Does Bioremediation Technology Entail?

Bioremediation is the method of cleaning up groundwater, soil, and subsurface contaminations using biological organisms. Bioremediation specialists treat pollutants, such as oil, pesticides, solvents and various petroleum products, through mimicking and stimulating nature’s biodegradation processes.

In nature, microbes such as yeast, bacteria and fungi feed on contaminants and release water, CO2, ethene and other harmless gases as byproducts. Bioremediation specialists employ this organic occurrence to reduce or eliminate pollutants from different mediums in the following ways:    

  • Bioaugmentation is the method of supplementing the appropriate variety of microbes indigenous to the groundwater and soil. For the microbes to thrive and eat pollutants most effectively, certain conditions are required, such as a suitable temperature, oxygen and the addition of nutrients and amendments, e.g., vegetable oil or molasses. The treatment may be performed in situ, meaning in place, or, if conditions are not ideal, ex situ, meaning above ground. Ex situtreatment is achieved through the pumping polluted groundwater or excavation impacted soil. Once removed from the subsurface treatment would occur. Read here to learn more on the topic.
  • If there is little or no biological activity at a site, exogenous microbes can be introduced and enhanced to degrade the contamination.
  • Some microbes require oxygen in the environment to function, while others bioremediate in an anaerobic, or oxygen-free, environment.

Are There Any Side Effects?

Bioremediation uses microbes that naturally occur in groundwater and soil, harmlessly stimulating chemicals, nutrients and amendments, causing no damage to onsite personnel or the surrounding community. Samples from the treatment site are frequently tested by bioremediation specialists to maintain balance and monitor progress. After treatment, the microbes die off and leave minimal byproducts such as water and gases. In comparison with several other methods, onsite bioremediation offers a cheaper and less disruptive way to clean up a site.       

What Is the Treatment Length?

The duration for remediation is site specific. It can range from a few months to a few years, depending on the size of the contaminated site, the favorability of the host and surrounding environments, contaminant concentration, in situ or ex situ methods, and cleanup after ex situ treatment.

Why Choose EEC?

Selecting an appropriate remedial approach and action plan is crucial to clean up a site and meet regulatory closure requirements. EEC Environmental employs a combination of the latest remedial technologies and other time-tested methods. If you are looking for a bioremediation solution for soil and groundwater, contact an EEC expert today.

Soil and Groundwater Remediation System Design

As available land for construction and redevelopment in large urban environments becomes more and more scarce, the once terrifying idea of redeveloping an environmentally impacted site has now become a tremendous opportunity to make a significant return on investment. As savvy investors realize these opportunities, soil and groundwater remediation is something many developers and investors face on a daily basis. The good news is that we have entered an era when there is an ever-expanding list of options to clean these sites at greatly reduced cost and time frames than in early years of environmental industry.

Sources of Soil and Groundwater Contamination

Causes of soil and groundwater pollution are varied, and include release from landfills, industrial operations, sewage, mining, nearby sanitation systems, fuel stations, dry cleaners, and liquid waste from wastewater treatments. Groundwater may be contaminated with volatile and semi-volatile chemicals, pathogens, radioactive material, metals and organic compounds.

Soil and Groundwater Remediation Options

  • Physical treatments can include excavation of impacted soil, soil stabilization, air sparging, soil vapor extraction, dual phase extraction, and pump and treat with carbon adsorption.
  • Biological treatments comprise biosparging, bioventing, bioslurping, in situ anaerobic bio-augmentation and phytoremediation.
  • Chemical treatments, chemical precipitation, in situ chemical oxidation, ion exchange, surfactant enhanced recovery, membrane separation and oxygen and ozone gas injections.

The treatment method should be chosen based on the contaminants specific to the site and other site-specific factors. For example, pollutants such as tetrachlorethene (better known as the dry cleaning solvent PCE or PERC), trichloroethene, benzene, ethylbenzene, poly-nuclear aromatics and vinyl chloride can be remediated through enhanced or natural aerobic and/or anaerobic degradation, carbon adsorption, insitu chemical oxidation, or in situ or exsitu thermal treatment. Other like metals and pesticides are more effectively addressed by soil removal or stabilization.    

Combination of New and Old Techniques

Offering clients comprehensive site investigation, remedial feasibility expertise, and remedial design and implementation, EEC Environmental has remained on the front line of the newest remedial technologies while also utilizing time-tested techniques.

If you are faced with a situation where an environmental site assessment and/or soil and groundwater remediation for a contaminated site is necessary, or simply if you need to discuss your situation with an environmental professional, or have questions regarding any of our other services, contact us online or by telephone and an EEC team member will be happy to connect with you.

TSCA and the Pollution Prevention Act Compliance

Understanding an Environmental Site Assessment

ESA and the Pollution Prevention Act ComplianceAn ESA, short for Environmental Site Assessment, is an evaluation of a property for the purposes of identifying any existing or potential environmental issues. ESAs are ordered during the due diligence period of the sale of a property by lenders and purchasers to avoid contamination liabilities. ESAs are completed for commercial, industrial, and multi-family residential properties as well as undeveloped land. The Phase I ESA is also completed to support the “innocent landowner defense” pursuant to the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA). The evaluation begins with a Phase I ESA and is followed by a Phase II ESA if necessary.

What Is a Phase I ESA?

The objective of the Phase I ESA is to assess the environmental condition of the property and identify recognized environmental conditions (RECs), as defined by the American Society for Testing and Materials (ASTM), in connection with the property.  The Phase I ESA comprises the following steps:

  • Site inspection for petroleum products, hazardous chemical storage areas, chemical spills, underground storage tanks, clarifiers, sumps, and pits, among other things
  • Review of federal, state and local governmental files
  • Review of historical sources including aerial photographs, topographic maps, city directories, fire insurance maps, recorded land title records, building department records, and environmental reports
  • Interviews with tenants, current and past owners, key site managers, neighbors and government officials
  • Review of public records of neighboring properties that are hazardous or contaminated as per federal and state regulations to evaluate contamination risk
  • Review of the physical setting of the property, including general geology, topography, and hydrogeology
  • A review of recorded land title records, regulatory agency records, and State Institutional Controls/Engineering Controls databases for environmental liens or activity and use limitations (AULs)
  • Review potential vapor encroachment conditions (VECs) at the property
  • Out-of-scope, optional considerations may include mold, lead, radon, asbestos, wetlands, flood zone, and seismic hazards

What Is a Phase II Environmental Site Assessment?

If RECs are identified during a Phase I ESA, a Phase II ESA may be requested. Phase II ESAs involve sampling of groundwater, soil, soil vapor, and indoor air to check for chemicals such as petroleum hydrocarbons, volatile organic compounds, metals, and other contaminants. The following tasks may be conducted during the second phase to verify the existence and concentrations of hazardous substances:

  • Surficial soil and water sampling
  • Subsurface soil, soil vapor, and groundwater sampling
  • Geophysical testing to identify buried drums and tanks
  • Sampling of indoor air to evaluate health risks to occupants
  • Installation of groundwater monitoring wells to evaluate groundwater beneath the site and neighboring properties

What Standards Should Be Followed for an Environmental Site Assessment?

Phase I ESAs must meet the most updated standards established by ASTM and the All Appropriate Inquiries Rule (AAI) under CERCLA. Phase II ESAs must comply with applicable USEPA, State, and local regulatory agency requirements. The assessments must be performed by environmental experts with professional registrations who are trained in the fields of geology, hydrogeology, environmental science, engineering, biology, and chemistry, among others.

EEC Environmental has over 20 years of experience providing consulting services to a variety of clients. If you are in search of an environmental site assessment company, need remediation help with a contaminated site or simply have questions regarding any of the assessment steps or services, contact us and one of our experts will assist you.

Stormwater Management Plans

Stormwater Management Planning Steps

Stormwater Management Plans

Stormwater management plans are required for most new commercial and residential developments, provide long-term plans for rainwater harnessing, modernization of antique water management systems and reinvigoration of communities through updated waterways and green spaces. Effective management of stormwater prevents flooding and contamination of water

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Wastewater Treatment Basics

Wastewater Treatment Basics

Wastewater TreatmentWastewater is generated after human and commercial consumption of water. The domestic use produces wastewater, also called sewage, from showers, sinks, various household cleaning appliances and flush toilets. Industrial and agriculture wastewater comes from water usage for various processes and washing and cleaning of products. Wastewater is directed to a wastewater treatment plant for removing pollutants before it can be released into

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Implementing LID and Green Infrastructure BMPs

Implementing LID and Green Infrastructure Best Management Practices

Implementing LID and Green InfrastructureStormwater runoff is a major cause of water pollution in urban areas. Whatever doesn’t get soaked into the ground and filtered back into the natural water cycle floods and carries trash, bacteria, heavy metals, and other pollutants from the urban landscape into nearby water bodies.

Higher flows as a result of heavy rains can also cause erosion and flooding in urban streams that damage habitat, property, and infrastructure. One can manage stormwater runoff by engineering Blue, Grey, and Green Infrastructure.

Stormwater Infrastructure

Green Infrastructure, or Low Impact Development (LID), uses or mimics the natural processes that result in infiltration, evaporation or use of stormwater. These processes aim to create functional and appealing site drainage that treat stormwater as a resource rather than a waste product. On a broad scale, these practices can be managed so that they maintain or restore a watershed’s hydrologic and ecological functions.

Gray Stormwater Infrastructure includes the conventional piped drainage and water treatment systems that are designed to move urban stormwater away from the built environment. This separate from Blue Infrastructure, which uses small footprint high-efficiency devices installed and retrofitted within existing collection systems.

Implementing Best Management Practices

EEC Environmental (EEC) assists industrial facilities with the identification and implementation of best management practices (BMPs) to assist in consistently meeting California’s established numeric action levels (NALs).

Industrial facilities are required to implement source control BMPs. These BMPs are intended to keep pollutants out of the stormwater and could be structural or non-structural. However, when source control BMPs are not sufficient to consistently meet the NALs, a facility may need to implement advanced BMPs, which are controls intended to remove the pollutants from the stormwater. Examples of source control BMPs and advanced BMPs include:

  • Good Housekeeping (i.e., sweeping, preventing material tracking)
  • Preventative Maintenance
  • Spill and Leak Prevention and Response
  • Material Handling and Waste Management
  • Erosion and Sediment Controls
  • Employee Training
  • Quality Assurance Record Keeping

Advanced BMPs include:

  • Exposure Minimization (i.e., shelters, preventing contact with materials)
  • Containment and Discharge Reduction (i.e., infiltration, reuse, diversion, LID BMPs)
  • Treatment Control BMPs (i.e., mechanical, chemical, biologic, or other treatment technology)

For more information about stormwater infrastructure and best management practices contact EEC by clicking the following link here.

Wastewater Treatment Compliance

Wastewater Treatment Compliance and Meeting Regulatory Requirements

Wastewater Treatment ComplianceThe treatment of wastewater is essential to ensuring public health and clean water. The process involves converting the wastewater into an effluent, or an outflowing of water to a receiving body of water, which can be directly reused or returned to the water cycle with minimal impact on the environment. However, before treated wastewater can be discharged to the water cycle, it must comply with local, state, and federal regulations. So, how can wastewater treatment facilities and entities that produce wastewater remain compliant with these regulations?

Federal State and Local Regulations

The Clean Water Act (CWA) prohibits the discharging of pollutants from a point source into a water of the United States unless they have a National Pollutant Discharge Elimination System (NPDES) permit. The permit provides control for technology-based and water quality-based limits.

The national pretreatment program, a component of the NPDES program, is a cooperative effort of the federal, state, and local levels of environmental regulatory agencies that have been established to protect water quality. Local municipalities can then perform permitting, administrative, and enforcement tasks for discharges into the municipalities’ publicly owned treatment works (POTWs).

Wastewater Treatment Compliance

EEC Environmental (EEC) conducts local limits evaluations, develops industrial pretreatment ordinances and enforcement response plans, and assists in industrial user permitting. EEC also designs and builds wastewater pretreatment systems and performs pretreatment system evaluations for flows up to 2.5 millions of gallons per day (MGD).

Our team has unique expertise in developing technically based local limits and ensuring that industrial users have reasonable discharge permits. EEC has also created and conducts an operator training program for industrial wastewater dischargers and assists industries in achieving compliance with their wastewater discharge requirements.

EEC has developed a strong national reputation for helping public agencies, private industries, and commercial businesses come into complete compliance with their environmental regulations. We have experience negotiating favorable permit conditions for our clients resulting in reasonable regulations and millions of dollars in savings.

Industrial laundry washing machines in dry cleaner's workshop, PERC

Reducing PERC Contamination in Laundry and Dry Cleaning

Industrial laundry washing machines in dry cleaner's workshop, PERC ContaminationPerchloroethylene or Tetrachloroethene (PCE, PERC) has been used as an effective dry cleaning solvent in dry cleaning facilities for a number of years. Today, it is the most commonly used solvent. However, PERC can pose health hazards if exposure is not adequately controlled. So, how can one reduce PERC contamination and workplace exposure in dry cleaning and industrial laundry facilities?

Sources of PERC Contamination and Exposure

Employees in dry cleaners can be exposed to PERC while performing routine maintenance on machines and conducting various tasks such as removing clothes (especially thick items) before the drying cycle is finished or transferring solvent-laden garments into the dryer.  Working around uncontrolled “fugitive emissions” from dry cleaning machines can also expose workers to high levels of PERC.

Reducing PERC Contamination and Exposure

The United States Department of Labor’s Occupational Safety and Health Administration (OSHA) has implemented mandatory standards such as Hazard Communication (29 CFR 1910.1200); General requirements for personal protective equipment (29 CFR 1910.132); and Respiratory Protection (29 CFR 1910.134) in order to reduce PERC exposure with employees. Laundry and dry cleaning facilities also must comply with the United States Environmental Protection Agency (EPA) regulations to control the release of PERC into the environment.

Machine operation and maintenance, building design and ventilation, work practices, as well as PERC storage and disposal are ways in which these facilities comply with these regulations. Air monitoring for PERC release, recordkeeping, and PERC use reporting are also critical when reducing contamination.

Environmental Solutions for Dry Cleaners, PERC Contamination

EEC Environmental (EEC) has significant experience with the evaluation of industrial laundry facilities that have been impacted by petroleum, chlorinated solvents, and other contaminants. EEC performs a wide range of activities for the laundry industry, including Phase I Environmental Site Assessments‎ (ESAs), compliance services, Phase II subsurface investigations, insurance cost-recovery, remedial services, regulatory negotiations, and litigation support. EEC provides a broad base of general compliance services to the industrial laundry industry, including regulatory compliance, permitting, emergency business plans, emergency response, safety, Underground Storage Tanks (USTs) compliance, and state-specific compliance such as compliance with California’s SB989.

EEC prides itself on working with landowners, managers, and individual dry cleaner owners to evaluate potential contamination and provide remedies, when necessary, in a manner that allows business to continue uninterrupted so that both the landowner and dry cleaner owner do not lose essential revenue. When dealing with an operating dry cleaner, decisions cannot always be driven by environmental factors alone.

EEC’s overall project goal in supporting the dry cleaning industry is about smart, common sense decisions that meet regulatory requirements that are manageable for the client.

Contact EEC for more information.

Regulatory Closure, Compliance & Negotiation for Litigation, EPA

EPA Compliance Requirements for Real Estate Construction and Property Development

Environmental and land use regulations can, frequently, become overwhelming. Understanding and complying with these regulations take away from time-sensitive projects, and unwanted fines ranging into the tens of millions of dollars for larger commercial or retail property can be more than daunting. So what are some of the United States Environmental Protection Agency (EPA) compliance requirements for real estate construction and property development?

Clean Water Act (CWA) Permit Coverage
Regulatory Closure, Compliance & Negotiation for Litigation, EPA, Construction

If your real estate construction activity disturbs one or more acres of land, you may have to obtain Clean Water Act (CWA) permit coverage for discharge of stormwater runoff from your construction site. The EPA National Pollutant Discharge Elimination System (NPDES) program or the state NPDES permitting authority issues general permits for stormwater. However, to obtain permit coverage, you will need to submit a Notice of Intent (NOI) or permit application to develop and implement a Storm Water Pollution Prevention Plan (SWPPP) and provide a Notice of Termination (NOT), if required by your permitting authority.

Resource Conservation and Recovery Act (RCRA)

If your site or project generates or handles hazardous wastes, such as lead-based paint (LBP); fluorescent lamps that contain mercury; and construction/demolition (C&D) wastes, such as wood, roof material, insulation, plaster, or sheet rock, then you may have to check their allowed concentrations are in the regulations that implement the Resource Conservation and Recovery Act (RCRA).

Assistance Meeting EPA Compliance

Industrial Wastewater – CERCLA Allocation ProjectThere are a number of other laws and regulations under the construction sector (NAICS 23) of the EPA. However, there’s help to meet the requirements. EEC Environmental (EEC) has assisted real estate and property developers throughout the United States on all aspects of environmental-related issues. Our professionals understand the nuances of this business sector, including the need for rapid response, quick turnaround, and discretion that must be maintained throughout the process. EEC’s services are utilized at the earliest stages of the real estate transaction and development process, often even before the due diligence phase, when we do a “Phase 0” to quickly determine if there will likely be significant environmental issues.

We have extensive experience in large portfolio and specialized due diligence necessary for property transactions, evaluation of costs associated with environmental liabilities, evaluation of fast-track remediation alternatives, evaluation of risk-based remedial strategies, and installation of preventive mitigation equipment such as those to prevent vapor intrusion. Further, EEC assists our clients in determining if the utility infrastructure (electrical, sewer, stormwater) and permitting abilities are sufficient for the intended property use, developing and implementing SWPPPs, and conducting facility audits.

Our construction personnel has diverse backgrounds, which include mechanical, electrical, plumbing, and structural concrete experience. All construction staff works under the direct supervision of a construction manager with more than 20 years of experience and are 40-hour Hazardous Waste Operations, and Emergency Response (HAZWOPER) trained to work at contaminated sites.

Contact EEC for more information.

What Is GIS And How Is It Used?

GIS

Hundreds of thousands of organizations are using GIS to solve problems. But what is GIS, and how is it being used?

GIS, or Geographic Information Systems, is a technological field that incorporates geographical features with tabular data for one to map, analyze, and assess real-world problems. According to Esri, the company that builds and manages ArcGIS, “a geographic information system (GIS) is a computer-based tool for mapping and analyzing things that exist and events that happen on earth.” However, GIS is more than just a generated computer system and, in many ways, GIS can change the way we view the world.

Geographic information systems operate on various levels.  On the most basic level, geographic information systems technology is used as computer cartography or straightforward mapping. The real power of GIS is through using spatial and statistical methods to analyze attribute and geographic information giving one a deeper understanding of the layers of collective data.

GIS works as a tool to help frame an organizational problem. The tool can help organizations make various analysis with acquired data, and to share results that can be tailored to different audiences through maps, reports, charts, and tables and delivered in printed or digital format. Geographic information systems allow organizations of all sizes and in almost every industry to better visualize, question, study, interpret and understand the relationships, patterns, and trends in their data.

GIS Integration

Geographic Information System (GIS) and Data ManagementEEC Environmental’s (EEC) technology professionals assist in all phases of new application development and adoption of GIS design and asset management software implementation. We match the appropriate technology to our clients’ business needs and deploy these solutions to ensure that they remain sustainably effective.

EEC retains business partnerships with companies like Esri, Cityworks (CMMS), and Amazon Web Services which gives us access to the latest in GIS and information technology software, infrastructure, and best practices. EEC’s engineers utilize computer-aided design (CAD) software for drafting and updating As-Built plans, and database technologies to support and manage a variety of projects across all divisions of the company.

The technology services team at EEC can provide the tools to meet their mission whether they have a small-scale project or need enterprise implementation. Our team of expert consultants will help our clients establish their organization’s vision for their GIS and craft a pragmatic, budget-conscious, step-by-step approach to getting the most out of all software investments.

Contact EEC for more information.

Stormwater Pollution Prevention

What Is Stormwater Management and Why Is It Important?

Stormwater Pollution PreventionStormwater management is the effort to reduce runoff of rainwater or melted snow into streets, lawns and other sites and the improvement of water quality, according to the United States Environmental Protection Agency (EPA).

When stormwater is absorbed into the soil, it is filtered and ultimately replenishes aquifers or flows into streams and rivers. However, when heavy rainwater hits, ground saturated by water creates excess moisture that runs across the surface and into storm sewers and road ditches. This water often carries debris, chemicals, bacteria, eroded soil, and other pollutants, and carries them into streams, rivers, lakes, or wetlands.

So, how does stormwater management help?

In urban and developed areas, impervious surfaces such as pavement and roofs prevent precipitation from naturally soaking into the ground. Instead, water runs rapidly into storm drains, sewer systems and drainage ditches and can cause flooding, erosion, turbidity (or muddiness), storm and sanitary sewer system overflow, and infrastructure damage. However, stormwater design and “green infrastructure” capture and reuse stormwater to maintain or restore natural hydrologies.

Detaining stormwater and removing pollutants is the primary purpose of stormwater management. Pervious Surfaces that are porous and allow rainfall and snowmelt to soak into the soil, Gray infrastructure, such as culverts, gutters, storm sewers, conventional piped drainage, and Blue/Green infrastructure that protect, restore, or mimic the natural water cycle, all play a part in stormwater management.

How can you help?

Educating yourself on where rainwater and snowmelt flow on your property when it doesn’t get absorbed into the ground is a huge first step. Implementing best management practices to reduce runoff and to make sure that it is clean when it leaves your property is the next step.

Stormwater MS4 InspectionsOur staff at EEC Environmental (EEC) has been specializing in stormwater compliance for more than 20 years. EEC can aid anyone looking to improve stormwater management on their property with our experience in developing stormwater pollution prevention plans (SWPPPs), sharing best management practices (BMPs), assisting with design, municipal separate storm and sewer systems (MS4), conducting inspections, and helping clients with Level 1 & 2 ERAs compliance.

Our staff has assisted both MS4 programs and industrial facilities with compliance issues as part of these services. EEC develops Local Implementation Plans (LIPs) that include program management and the inventory, prioritization, and inspection of industrial, commercial, and municipal facilities.

EEC’s Stormwater/National Pollutant Discharge Elimination System (NPDES) group has developed and implemented municipal, industrial, commercial, and construction programs to achieve full compliance with federal, state, and local stormwater regulations.

Successful implementation and management of a stormwater program demand a clear understanding of the NPDES permit requirements and solid teamwork between staff and consultants/contractors. EEC stands poised to support any city or industrial facility with their stormwater compliance needs, having supported other cities and industrial facilities with the development and implementation of their stormwater/NPDES programs, as well as having developed multiple LIPs.

Please click here if you need assistance with stormwater concerns.

OSHA’s Top 10 Most Frequently Found Safety Violations (Infographic)

When it comes to compliance, you can learn a lot by reviewing the safety requirements that OSHA most frequently finds to be in violation. This enables you to review your own operations for similar compliance issues and implement corrective action before OSHA comes calling. View the Infographic below to learn more about OSHA’s top 10 most frequently found safety violations.

 Infographic created by EEC Environmental; Information was taken from OSHA.

1 – Fall Protection in Construction Work: Consider your work area. Are there locations from which someone could fall? What sort of protection is in place to prevent a fall? And is there equipment to stop a fall?

2 – Hazard Communication: You must ensure that the hazards of all chemicals are labeled correctly. The requirements must be consistent with the provisions of the United Nations Globally Harmonized System of Classification and Labeling Chemicals (GHS).

3 – Scaffolding in Construction Work: Inspect and check daily. Take no chances. Scaffolding must be inspected by the scaffolding contractor after erection, and before use. Don’t remove or allow removal of any parts. Leave this to the scaffolding contractor only.

4 – Respiratory Protection: If you use a respirator, you must be cleanly shaven. Facial hair limits the effectiveness of the face-to-facepiece seal. Fit testing is also required prior to respirator use.

5 – Lockout/Tagout: Lockout/tagout is more than just putting a lock on the main electrical disconnect to a machine or part of a machine. You should always follow the lockout/tagout plan and verify that each potential hazard has been “de-energized” before starting a job.

6 – Powered Industrial Trucks: Ensure that a daily lift truck inspection is completed for each lift truck, prior to use. Do not use a lift truck if the checklist shows that maintenance is required.

7 – Ladders in Construction Work: All ladders shall be maintained in a safe condition and inspected regularly, with the intervals between inspections being determined by use and exposure. Those which have developed defects shall be withdrawn from service for repair or destruction and tagged or marked as “Dangerous, Do Not Use.”

8 – Electrical Wiring, Components, Equipment: Is there any exposed wiring in your work area? Are there any open receptacles? Is all the equipment properly grounded?

9 – General Machine Guarding: It is important that everyone working with or around machinery understands that no guard shall be adjusted or removed. No machine should be started without guards in place. If you see that guards are missing or defective, report it to your supervisor immediately.

10 – Electrical General Requirements: It is a violation when employers use equipment in the workplace that has only been labeled and listed for home use. Never use an extension cord as a permanent connection. An extension cord must be put away at the end of each task.

Why Do In-Situ Remediation Projects Fail?

In-Situ remediation refers to the cleanup of contamination in-place without the costly removal/ex-situ treatment of the soil and/or groundwater. In-situ remediation is often a logical choice for remediating a site due to the inherent cost savings; however, in some cases in-situ remediation is ineffective.

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Industrial laundry washing machines in dry cleaner's workshop, PERC

EEC Provides Dry Cleaner Remediation Solutions

Dry Cleaner contamination has become a significant liability for many individuals and retail shopping center owners. The remediation of chlorinated solvents, specifically tetrachloroethene (PCE), from dry cleaning operations can place an extreme financial burden on a company as it can impact not only the existing dry cleaner location but it can also have ramifications for adjacent suites and shopping centers as a whole.

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EEC Helps Clients Recover Millions in Environmental Investigation and Remediation Costs from Old Insurance Policies

Insurance Cost Recovery – Are you staring at a costly site remediation or Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA) allocation? Did these releases start before 1985? Did you have a comprehensive general liability (CGL) insurance policy at the time or did you purchase or acquire a property that was contaminated by others, in which the prior owner may have had a CGL policy?

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