Workshop H RCRA Program Management Best Practices and the - - PDF document

Workshop H

RCRA Program Management Best Practices and the Hazardous Waste Generator Improvements Final Rule

Tuesday, March 27, 2018 11:15 a.m. to 12:30 p.m.

Biographical Information

Christa Oerly Russell, Senior Engineer, Trinity Consultants Trinity Consultants, 5829 Haverford Avenue, Indianapolis, IN 46220 317-695-4644 crussell@trinityconsultants.com Christa has more than 39 years of experience in environmental compliance, regulatory permitting, solid and hazardous waste management, and in industrial coatings and cement manufacturing. Christa began her environmental career in 1979 with Missouri DNR in air permitting and expanded her regulatory experience with IDEM working predominantly in solid and hazardous waste permitting and compliance. Christa’s regulatory experience was followed in 1991 by a position as corporate Manager of Environmental Affairs for an industrial coatings manufacturer and included multimedia compliance responsibilities for 26 manufacturing facilities in the U.S. and Canada. In 1998 Christa joined Lone Star Cement Company as corporate Director of Environmental Compliance with compliance responsibilities for multiple cement plants and

• terminals. During her time in industry, Christa was also active in numerous industry work

groups, including participation on several cement industry and coatings industry association

• committees. Christa served for several years as a Director on the Board of the Indiana Air and

Waste Management Association as Programs Committee Chair. Christa joined Schreiber Yonley & Associates (SYA) in 2004 as a Senior Engineer working primarily with air permitting and emissions control technology evaluations for the cement industry and performing multimedia audits and providing assistance with RCRA compliance. SYA became part of Trinity Consultants in 2014 Christa has a Bachelor of Science degree in Chemical Engineering from the University of Missouri. Cathy Price, Hazardous Materials & Environmental Manager Department of Environmental Health & Safety, University of Louisville 1800 Arthur Street, Louisville, KY 40208 O: 502.852.2956 C: 502.314.9629 F: 502.852.0880 cathy.price@louisville.edu Cathy has over 20 years of experience in the hazardous waste industry. She has held positions in the environmental consulting, industry, and the government sector. Since 2006, Cathy has been employed with the University of Louisville’s Department of Environmental Health & Safety. She is the Hazardous Materials and Environmental Manager and oversees the collection and transportation of chemical waste, universal waste, and medical waste for

• ver 700 laboratories and clinical areas. Additionally, she manages the day-to-day operations
• f the University’s Federal and State RCRA Part B Permitted Hazardous Waste Storage

Facility. Cathy is a Certified Hazardous Materials Manager (CHMM). She has a Bachelor’s of Science degree from Eastern Kentucky University.

Hazardous Waste Generator Improvements Rule

27th Annual Business & Industry’s Sustainability & Environmental Health & Safety Symposium March 27, 2018

Christa Oerly Russell Senior Consultant

Agenda

˃ Introduction to Hazardous Waste (HW)

 Overview of HW Generator Categories

˃ HW Generator Improvements Rule ˃ Case Studies of HW Regulatory Update

Overview of HW Generator Categories

HW Generator Categories

Generator Category Monthly HW Generation Limit Total HW On‐site Accumulation Limit HW On‐site

• Accum. Time Limit

VSQG (formerly called CESQG) HW ≤ 100 kg (220 lb)and Acute HW ≤ 1 kg (2.2 lb) and Acute residue ≤ 100 kg ≤ 1,000 kg) (2,200 lb) N/A* SQG 100 kg< HW < 1,000 kg and Acute HW ≤ 1 kg and Acute residue ≤ 100 kg ≤ 6,000 kg (13,000 lb) 180 days maximum without permit LQG HW ≥ 1,000 kg or Acute HW > 1 kg or Acute residue > 100 kg N/A 90 days maximum without permit

* Alt hough not subj ect t o st andard on-sit e accumulat ion t ime limit s:

• If a VS

QG accumulat es > 1 kg acut e HW (or > 100 kg of cleanup residue), t hen all quant it ies of t hat acut e HW wast e must be managed according t o requirement s for LQGs codified in §262.17(a)- (g), including t he 90-day limit .

• If a VS

QG accumulat es > 1,000 kg non-acut e HW , t hen t hat wast e must be managed according t o requirement s for S QGs codified in §262.16(b)(2)-(f), including t he 180-day limit .

Requirements by Category (1/2)

Generator Category ID all HW Streams Manifest Pre‐ Transport Preparedness & Prevention Land Disposal Restrictions VSQG



* SQG

    

LQG

    

* Alt hough not subj ect t o HW manifest requirement s of 40 CFR 262 S ubpart B, VS QGs must ensure t hat hazardous wast e is delivered t o a person or facilit y who is aut horized t o manage it .

Requirements by Category (2/2)

Generator Category Manage HW in Approved Tanks, Containers, etc. RCRA Section 3010 Notification Emergency Response Coordinator Available Contingency Plan Biennial HW Report VSQG SQG

*  

LQG

**   

* S QGs must manage HW in accordance wit h §262.16, which references t he int erim st andards in 40 CFR 265.17(b) for ignit able, react ive, and incompat ible wast es. ** LQGs must manage HW in accordance wit h §262.17, which references t he int erim st andards in 40 CFR 265 for process vent s, equipment leaks, t anks, surface impoundment s, cont ainers, et c.

Hazardous Waste Generator Improvements Rule

HazWaste Generator Improvements Rule

˃ Long-awaited overhaul of the hazardous waste

generator rules

˃ Final Rule: November 28, 2016

 81 FR 85732

˃ Affected regulations

 40 CFR 257–258, 260–268, 270-271, 273, 279  >60 changes to the regulations, plus about 30

technical corrections ˃ Affected entities:

 All hazardous waste generators (CESQG, SQG, LQG),

TSDFs, Transporters

 All industry sectors, facility types, locations

Major Provisions of the Rule

˃ Reorganization ˃ Episodic Generation ˃ Consolidation of CESQG (VSQG) Waste at

LQGs

˃ Ignitable and Reactive Waste Waiver ˃ Waste Determination Expectations ˃ Emergency Preparedness and Prevention ˃ Labeling ˃ Satellite Accumulation Provisions ˃ Closure Requirements ˃ Additional Changes and Clarifications

Reorganized Rule Structure

Provision Original Citation in 40 CFR New Generator Citation in 40 CFR Definition of Generator Categories §260.10, 261.5, & 262.34 §260.10 Hazardous Waste Determination and Recordkeeping §262.11 and 262.40(c) §262.11 Generator Category Determination §261.5(c)‐(e) §262.13 VSQG Provisions §261.5(a), (b), (f)‐(j), and 258.28 §262.14 Satellite Accumulation Area Provisions §262.34(c), 265.171, 265.172, and 265.173(a) §262.15 SQG Provisions §262.34(d)‐(f) and 268 §262.16 LQG Provisions §262.34(a), (b), (g)‐(i), (m), and 268 §262.17 USEPA Identification Numbers §262.12 §262.18 Landfill Ban for Liquids §258.28 §262.35

Various “Minor” Changes

˃ “VSQG” (Very Small Quantity Generator) replaces

“CESQG”

˃ “Central Accumulation Area” defined

 Storage vs. central accumulation  Central vs. satellite accumulation

˃ Miscellaneous “improvements”

 Corrections, Clarifications  New definitions  Deleting outdated and obsolete provisions

˃ Cumulative effect of many relatively minor

changes = Potentially significant effort for generators to come into initial compliance

“Less Stringent” Provisions

˃ Episodic generators ˃ VSQG consolidation option ˃ 50-foot waiver for ignitable /

reactive waste HOWEVER!

˃ Not in effect until adopted in your

state

˃ States are NOT required to adopt

“less stringent” provisions

Episodic Generation

˃ Episodic event

 Planned or unplanned activity, that does not

normally occur during generator operations, resulting in an increase in the generation of hazardous wastes that exceeds the calendar month quantity limits for the generator's usual category. ˃ Planned episodic event

 Planned and prepared for:

♦ e.g., regular maintenance, tank cleanouts, short-term

projects, and removal of excess chemical inventory

˃ Unplanned episodic event

 Unplanned and reasonably did not expect to occur

♦ e.g., production process upsets, product recalls,

accidental spills, “acts of nature” such as tornado, hurricane, flood

Episodic Generators

˃ Valuable option for facilities with occasional

temporary surge in hazardous waste generation

˃ 40 CFR 262 Subpart L (262.230-233) ˃ Generator can remain at existing (VSQG, SQG)

category during episodic generation, with the following conditions:

 Notify Agency at least 30-days in advance

♦ (or within 72 hours for unplanned episode)

 Complete the episodic event within 60-days

♦ No extensions

 Only one planned episodic event per year

♦ Can petition for second (unplanned) event ♦ No more than 2 episodic events/year

16

Episodic Generators, cont.

˃ VSQG (CESQG) must also comply with SQG waste

management provisions and maintain records

 Obtain USEPA ID Number  Use hazardous waste manifest and transporter to

ship to RCRA TSDF or recycler

 Manage in a way that minimizes potential for

accident or release

 Label episodic waste containers

♦ “Episodic Hazardous Waste” ♦ Identify hazards of contents

 Identify an emergency coordinator at the generator

facility

 Maintain records

Episodic Generators, cont.

˃ SQG must comply with existing SQG regulations

 Label episodic waste containers

♦ “Episodic Hazardous Waste” ♦ Identify hazards of contents

 Use hazardous waste manifest and transporter to

ship to RCRA TSDF or recycler

 Maintain records of episodic event

˃ CONDITIONAL! All conditions must be met to

retain the episodic generation conditional management benefit

 If one or more conditions is not met, automatically

revert to higher generator category

VSQG (CESQG) Consolidation Option

˃ Allows company to consolidate VSQG wastes at

their own LQG facility

 40 CFR 262.14(a)(5)(viii)

˃ Benefits companies with multiple locations

 At least one location is LQG  At least one location is VSQG  LQG does not need to be a permitted TSDF  Must be under control of the same “person,” as

defined under RCRA

 “Control” is the power to direct policies at the

facility ˃ NOT APPLICABLE to SQGs

VSQG Consolidation Option

˃ VSQG Responsibilities:

 Mark and label containers as “Hazardous Waste”  Indicate hazards of the contents  Ship/transport in accordance with applicable

regulations

♦ DOT compliance if shipped on public roadway ♦ No hazardous waste manifest required and hazardous waste

transporters do not have to be used

VSQG Consolidation Option

˃ LQG Responsibilities (found at 262.17(f))

 Notification (via Site ID Form) of participation

in the program (including info for all VSQGs participating)

♦ USEPA Form 8700-12 recently revised

 Recordkeeping for each shipment

♦ Maintain for 3 years

 Manage consolidated waste as LQG hazardous

waste

♦ Start date of accumulation = date received from VSQG

 Include in Biennial (Annual) Report

♦ Will include new source code

Ignitable and Reactive Wastes

˃ 50-foot waiver

 Benefits facilities with narrow or

• dd-shaped properties, or with

limited space for hazardous waste accumulation

 Current rule

♦ Ignitable and reactive wastes are

prohibited from storage within 50-feet of the property line

 New allowance

♦ Can request site-specific waiver from the

local fire authority if unable to meet the 50-foot restriction

♦ Written waiver required ♦ Agency delegates responsibility for waiver

to local fire “authority having jurisdiction”

Equally or More Stringent Provisions

˃ States must adopt any provision which is more stringent than

the previous version of the regulations

˃ States are not required to adopt any provisions which are

neither more nor less stringent:



Rule reorganization



Defining central accumulation area and generator categories



Mixing a non-hazardous waste with a hazardous waste



Generators prohibited from sending hazardous liquids to landfills



Replacing the list of specific data elements with a requirement to complete and submit all data elements in the Biennial Report



Deleting Performance Track and University Laboratories XL rules



Technical corrections and conforming changes to various parts

• f the RCRA regulations

Waste Determinations

˃ Must accurately document hazardous waste

determinations (§262.11(f))



Applies to SQGs and LQGs



Applies at point of generation – before diluted, treated, mixed, or otherwise altered



Does not apply to exempted wastes (although separate recordkeeping may be required)



Does not specifically apply to non-hazardous wastes (although recommended as a best management practice) ˃ Using knowledge to determine waste characteristics



Moves from 262.11(c)(2) to 262.11(d)(2)



Lists types of knowledge previously accepted by USEPA



Specifically allows alternative tests as part of knowledge

LQG Contingency Plans

˃ LQG Contingency Plans must have a “quick reference guide”

with most critical information (262.261(d))



Contents of “quick reference guide”

♦ Types/names of hazardous waste and associated hazards ♦ Estimated maximum amounts of hazardous wastes ♦ Hazardous wastes requiring unique/special treatment ♦ Map showing where hazardous wastes are generated, accumulated or

treated at the facility

♦ Map of facility and surroundings to identify routes of access and

evacuation

♦ Location of water supply ♦ Identification of on-site notification systems ♦ Name of emergency coordinator(s) or listed staffed position(s) and

7/24-hour emergency telephone number(s)



Submit with first Contingency Plan or with first revision following effective date of the rule ˃ Emergency Coordinator contact information no longer

required to include home phone number and home address

Emergency Preparedness & Planning

˃ Arrangements with Local Emergency Responders



Must document attempts to make arrangements with responders

♦ Whether or not successful arrangements were made ♦ Regulation is flexible on the acceptable types of documentation

and on the location where that documentation is retained

♦ Waiver option for facilities with on-site response capabilities

˃ Preparedness and Prevention provisions have been

relocated and clarified

♦ What emergency equipment is required, and where ♦ Must address all areas where hazardous waste is generated

and/or managed



LQG Information at 40 CFR 262 Subpart M



SQG Information at 40 CFR 262.16(b)(8)

Marking/Labeling Requirements

˃ Applies to all SQGs, LQGs, Transporters ˃ Label must indicate



The words “Hazardous Waste”



Identification of hazards NEW

♦ Choice of established methods: DOT

, OSHA, NFPA, …



Add all waste codes (prior to shipment) NEW

♦ May use recognized electronic option

– e.g., bar codes

♦ Exception for lab packs



Accumulation start date

˃ For vessels that can’t be labeled (e.g., some tanks,

drip pads, containment buildings)



Info can be in records or logs kept at or near the location

• f the vessel

Satellite Accumulation Provisions

˃ Satellite accumulation area regulations for SQG and LQG

(New section at 40 CFR 262.15)

˃ Containerized wastes must be compatible with each other

and container itself, while in satellite accumulation

˃ Three-day requirement to move containers from satellite

accumulation means three calendar days

˃ Certain containers in SAA allowed to remain open under

very limited circumstances



When necessary for safe operations – EXTREMELY limited exception ˃ Marking and labeling consistent with central accumulation

areas



Except date of accumulation – not required until full or closed and removed ˃ Reactive waste satellite accumulation away from the point

• f generation – no longer allowed

Closure

˃

Closure of all generator central accumulation units must meet closure performance standards (i.e. “clean close”)



Existing LQG requirement extended to container accumulation units



Can defer (with appropriate notice) until full facility closure ˃

Closure requirements for LQG Container Accumulation Areas that cannot clean close



Must close as landfill



Place notice in operating record within 30-days after closing a unit within a facility that cannot meet closure performance standards (or notify Agency that closure performance standards have been met)



Notify Agency no later than 30-days prior to closing a facility



Notify Agency within 90-days after closure of a facility that cannot clean close ˃

Note that there are separate provisions for closure of a HW unit such as taking a HW tank, within a larger HW tank farm, out of service or when replacing a HW tank.

Other Major Provisions of the Rule

˃ Notifications and recordkeeping



SQGs required to re-notify every 4 years

♦ First report: September 1, 2021



Biennial report rules updated ˃ LQG Training can use computer-based tools



Keep in mind that packaged on-line training doesn’t address the site-specific training requirements ˃ Method for determining accumulation time in batch

and continuous flow tanks

˃ Methods for determining generator category



Mixtures of solid and hazardous wastes



Mixtures of acute and non-acute hazardous wastes ˃ Numerous other changes and clarifications

“Independent Requirements” vs. “Condition for Exemption”

˃ 40 CFR 262.1 defines “independent

requirement” and “condition for exemption”

˃ 40 CFR 262.10(a) explains significance of

those distinctions

˃ This clarifies long-standing USEPA policy:

 Violation of an independent requirement

is subject to traditional enforcement paths (NOVpenaltyreturn to compliance)

 Noncompliance with an optional

exemption condition results in “full regulation” as per the underlying independent requirements

“Independent Requirements” vs. “Condition for Exemption”

˃ Example: Fred’s Fabulous Little Chemical Company, an SQG,

has a spill and notifies that they will be using the episodic generator provisions



Fred neglects to arrange for shipment of the episodic generated waste, and it sits at the facility for 100-days before finally being shipped off-site



At day 61, the episodic generator condition (remove within 60- days) has been violated, so Fred’s Fabulous Little Chemical Company reverts to being a LQG, subject to full LQG regulation



At day 91, the LQG accumulation timeframe (90-days) has also been exceeded, so the facility reverts to being an unpermitted hazardous waste storage facility, subject to full TSDF regulation



NOTE: Most agencies will exercise “ enforcement discret ion” unless t he sit uat ion is recurrent or poses severe risk

Status and Implementation

˃

Final Rule published November 28, 2016



Effective date 6 months after final rule: May 30, 2017 ˃

State Implementation



Authorized states must adopt all provisions more stringent than current state regulations



1-year implementation schedule (July 1, 2018)



2-year implementation if statutory change required (July 1, 2019)



State effective dates could range to late 2019 ˃

Kentucky hazardous waste regulations codified under 401 KAR 39



EPA delegated oversight of hazardous waste programs in Kentucky to the Department for Environmental Protection’s Division of Waste Management



The updated federal rules were incorporated into Kentucky’s regulations on December 7, 2017

Implications of the Rule?

˃ So many changes = numerous points of compliance risk



Easy enforcement targets

♦ SQG quadrennial re-notifications ♦ Waste determination documentation ♦ LQG Contingency Plans ♦ Waste labeling

˃ Limited immediate impact in most states, until the rules are

adopted

˃ Expect increasing differences between state programs



Generators be aware of state-specific requirements



For interstate transport, be aware of state-to-state differences



Some states are immediately adopting/initiating certain provisions, before adopting the full rule ˃ Focus on new requirements may highlight historic

compliance weaknesses at some facilities

Case Studies of Revised Rule

Episodic Generation Case (1/5)

˃ Situation: A VSQG of hazardous waste is

planning to clean out its laboratory. Typically, the site generates ~50 kg/month of hazardous waste. Designating the laboratory chemicals destined for disposal as wastes will increase its monthly hazardous waste total to ~150 kg

Episodic Generation Case (2/5)

˃ Under previous rule, this would have

triggered the site’s re-designation as a SQG.

˃ Under revised rule, 40 CFR 262 Subpart L

establishes a way to maintain VSQG status:

 Notify agency at least 30 days in advance  Ship waste off-site within 60 days of start of

episodic event (no extensions)

 Limit to one planned event per year (up to one

unplanned event also allowed)

Episodic Generation Case (3/5)

˃ 40 CFR 262 Subpart L (cont.):

 Manage wastes in accordance with SQG

requirements, including but not limited to:

♦ Obtain EPA ID number ♦ Satisfy container/tank requirements:

– Label containers/tanks with “Episodic Hazardous Waste”, indication of hazards, and date episodic event began – Keep inventory logs/records for tanks – Implement procedures to prevent tank overflow – Inspect tanks once each operating day – Containers must be in good condition and compatible with waste – Containers must be closed, except when adding/removing waste

♦ Manage wastes to minimize fire, explosion, or release ♦ Comply with HW manifest provisions ♦ Maintain required records for 3 years

Episodic Generation Case (4/5)

˃ What did we forget to take into account?

Episodic Generation Case (4/5)

˃ Verify that none of the lab materials are

Acute HW with a ≤ 1 kg limit

˃ This could trip LQG status, since there is

no SQG status for Acute HW

VSQG Consolidation Case (1/4)

˃ Situation: A company has five (5)

facilities classified as VSQGs of hazardous

• waste. These sites each generate

buckets of liquid waste on a regular basis, which may not be sent to the

• landfill. This leads to costly disposal

arrangements for a site that would not

• therwise need to use a HW disposal
• facility. The company also operates a

LQG in the same area.

VSQG Consolidation Case (2/4)

˃ Under previous rule, this liquid waste could not be

sent to a LQG under the control of the same company.

˃ Under revised rule, this waste can be consolidated at

the LQG facility:



The LQG does not need to be a permitted TSDF



No manifest required



No requirement to use a HW transporter



VSQG must mark and label the containers as HW and indicate the specific hazards



Must transport the wastes in accordance with applicable DOT regulations if shipped on a public roadway

VSQG Consolidation Case (3/4)

˃ What questions did we forget to ask here?

VSQG Consolidation Case (4/4)

˃ Are all of the VSQGs in the same state as

the LQG?

˃ Why does that matter?

 Not all states have adopted the Generator

Improvements Rule, and states are not required to adopt the “less stringent”

• provisions. Both VSQG and LQG states must

have adopted these provisions.

Episodic Generation and VSQG Consolidation

˃ Question: Can a VSQG generate waste

under the “Episodic” generation provisions and then send it to a LQG under the “Consolidation” provisions?

˃ No, the waste generated under the

episodic provisions makes the facility “temporarily” SQG. Only VSQG waste can be “consolidated”.

Questions?

Christa Oerly Russell

Senior Consultant Trinity Consultants (317) 695-4644 crussell@trinityconsultants.com

48

RCRA Program Management Best Practices

Correlational Perspectives from a Higher Ed TSDF

Presenter: Cathy Price, CHMM Hazardous Material & Environmental Manager University of Louisville cathy.price@louisville.edu

Not a manufacturer, but we have things in common…..

• U of L follows same RCRA hazardous waste regulations (we

did not adopt Subpart K)‐‐‐

• Contingency Plans
• HW Manifests
• We have multiple locations that generate HW
• U of L HW staff must receive training:
• Annual RCRA Training
• 40‐Hr HAZWOPER training
• 8‐Hr Annual OSHA HAZWOPER refresher
• Annual BBP Training
• CPR/First Aid
• Annual Fire Response training

Our challenges are similar, too…

• Personnel turnover (Faculty transfers, students

graduate, etc.) requires constant training of HW generators

• SAAs do not generate the exact same HW
• 100 + waste streams
• 100s HW SAA locations
• Sometimes faculty depart and forget to tell us
• Staffing shortage

University of Louisville

• 1798 established as Jefferson Seminary in Louisville
• 1833 Louisville Medical Institute chartered
• 1840 renamed Louisville College
• 1846 Law School added
• 1907 – 1936 academic mission expanded to include School of

Dentistry, Speed Scientific School, School of Music, and School of Social work.

• 1960s added Schools of Education, Justice Administration, and

Urban and Public Affairs, and Nursing.

• 1970 joined state system of higher education

Today, we are a Kentucky premier, nationally recognized metropolitan research university.

University of Louisville: Facts & Figures

• Student Body

22,459

• Faculty & Staff

6,872

• Operating Budget

$1.2 billion

• Endowment

$719 million

• Grants & Contracts

$147.8 million

• Graduation Rate

54.4%

• Alumni

+148,000

• Athletic Conference

Atlantic Coast Conference

(2017‐18 data)

U of L RCRA Hazardous Waste Stats

• Over 700 SAAs
• Two LQGs
• Two 90 Day CAAs
• One VSQG
• One RCRA Part B TSDF

SAAs include

• Teaching labs
• Research labs
• Engineering labs
• Trade shops
• Art studios
• Medical clinics
• Dental clinics

LQG: Belknap Campus

• Belknap Campus is considered the main campus.
• South of downtown Louisville, just off I‐65.
• 274 acres
• Home to seven of the 12 academic colleges.
• Campus proper also includes:
• Papa John's Cardinal Football Stadium
• Owsley B. Frazier Cardinal Softball Park
• Cardinal Track
• Mark & Cindy Lynn Soccer Stadium
• Bass‐Rudd Tennis Center
• Jim Patterson Baseball Stadium

Belknap Campus

In 2017, Belknap SAAs generated over 11 tons

• f RCRA HW

SAA areas include:

• Chemistry
• Speed School
• Health Clinic
• Fine Arts
• Trade Shops

LQG: HSC Campus

• East of downtown Louisville
• Health Sciences Center campus (HSC) is the heart
• f the Louisville medical center.
• Contains the School of Medicine, School of Nursing,

School of Public Health & Information Sciences, and the School of Dentistry.

• Also on the campus are several specialty hospitals

and numerous UofL research buildings and facilities.

HSC Campus

In 2017, HSC SAAs generated over 6 tons of RCRA HW SAA areas include:

• Research labs
• Medical School
• Dental School
• Health Clinics
• Trade Shops

Two 90‐Day CAAs

• Both on HSC Campus
• One managed by Dental School Clinic staff
• One managed by EHS Radiation Safety Office

staff (“Hold & Decay area” and mixed waste)

VSQG Campus: ShelbyHurst

• ShelbyHurst Campus 230 acres located in eastern

Louisville

• Originally the site of the Kentucky Southern College
• Houses University business, offices and technology

endeavors

• Location of the Center for Predictive Medicine

Regional Biocontainment Laboratory

ShelbyHurst

A handful of ShelbyHurst research SAAs generated < 50 lbs. of HW in 2017.

RCRA Permitted TSDF

• Named “Environmental Protection Services Center”
• Located near Belknap Campus (but not contiguous)
• Opened in October 1998
• Construction cost approx. $1.2 million
• Interior dimensions approx. 4180 sq.ft.
• 3,632 sq. ft. for waste storage
• 548 sq. ft. includes office, restroom and lab area
• Accepts U of L affiliated operation hazardous waste
• nly (does not accept UofL Hospital)
• On‐site EHS FT Staff includes 1 HazMat Manager and 1 HazMat

Technician

EPSC

• Restricted access facility
• U of L EPSC staff required whenever other U of L

personnel or outside vendors are within facility

• 98% of waste containers received are ≤ 5 gal sized
• Permitted activities include:
• Bulk/blend
• Stabilization
• Neutralization
• 365 day storage

Bulking/Blending

Compatible waste bulked into 55‐gallon drums

• Non Halogenated Organic

Solvents

• Halogenated Organic

Solvents

• Aqueous Heavy Metal
• Inorganic Acids (can contain

metals)

• Inorganic Bases (can

contain metals)

• Organic Solids
• Heavy Metal solids

Bulk/Blend Room equipped with large exhaust hood and access to in‐line personnel breathing air system

Neutralization

• Acids and bases only
• Neutralizations performed on a very limited scale,

as most SAA generated acid and base waste streams have potential to contain regulated metals.

Stabilization

• Infrequent, case‐by‐case, such as:
• Deactivation of NORM oxidizing compounds
• Additional wetting of hydrazine compounds
• Typically, high hazard stabilization is performed by

contracted HW disposal vendor

365‐Day Storage

• Typically the EPSC is “cleaned out” on a semi‐annual

basis

• 2017 Off‐Site Disposal costs (includes Non‐RCRA) ‐
• Approx. $69K
• LQG campuses not contiguous, HW manifest and LDRs

are completed by EPSC staff

• Game plan for e‐manifest undetermined

Nine separate chemical waste storage areas

RX Flammable Liquids & Solids Cylinders

Metals Base/Cyanides Acute Toxics Org Acids

UW & PCB/ Non‐PCB

Toxic ‐Organics

Inorg‐Acids

OX Non‐ RCRA Office

Lab

Facility Features

Sloped floors to Dry Sumps

Facility Features ‐ Security

Key access restricted to authorized EHS staff only Intrusion alarm system – Exterior and Interior access doors; motion sensors

Facility Features ‐ Safety

Fire Extinguishers – Class ABC and Class D

CO2 Suppression system for Reactive Waste Room

Facility Features ‐ Safety

Facility Features ‐ Safety

LEL Sensor system in Bulk/Blend Room and Flammable Liquids room

Facility Features ‐ Safety

Infrared/UV Camera in Flammable Liquid Storage Room– Explosion Proof lighting and blast out walls in this room, bulk/blend room, and reactive waste storage room.

SAA Hazardous Waste Determinations

Generators are not required to perform analytical testing to identify their wastes. They are, however, required to accurately characterize their wastes. This means they may make a hazardous waste determination by testing or applying their knowledge of the waste's chemical and physical properties as specified in regulations. Note: All waste containers are subject to review by EHS staff. If necessary, assessment of waste is conducted to ensure waste determination is accurate. (i.e. visual assessment, pH, solubility, oxidizing potential, hydrocarbon, portable IR).

SAA Hazardous Waste Determinations

• Product Label
• Review Product Safety Data Sheet
• Section 3 Composition (new format)
• Section 9 Physical & Chemical Properties
• Contact EHS for assistance

SAA Requirements

• Employees that work with chemicals must attend

EHS Lab Safety or HazCom Training within 90‐days

• f hire.
• Training must be refreshed every three years.
• Labs conduct periodic “safety self‐assessments”,

includes management of wastes

• EHS staff conduct annual surveys of labs

SAA Waste Management:

Four Ls of Chemical Hazardous Waste Management:

• L Lid should be secure fitting, and closed when

not in use

• L Location. Waste container must be kept at or

near the point of generation (i.e. the room waste is generated in)

• L Label. Waste container must be labeled with the

words “Hazardous Waste + Chemical constituent(s) + indication of waste hazard”

• L Limit. An SAA cannot store more than 50 gallons of

non‐acute HW or 1 quart of acute HW

SAA Waste Management:

HWGIR Label

• Reuse of empty

chemical container acceptable

• Ensure waste is

compatible with container

• Rinse container with

water

• Completely cover
• riginal label with new

waste label

SAA Waste Management: Combining Chemical HW

• Acceptable to

commingle compatible chemical wastes.

• All waste added MUST

be identified

• List of waste contents

can be on label or record sheet near the waste container.

SAA Waste Management:

Cannot combine following wastes (container size limited to 4L/1 gal, filled to ¾ capacity)

• Nitric Acid solutions
• Hydrofluoric Acid
• Perchloric Acid
• Sodium azide solutions >5%
• Piranha solutions (3:1 mixture sulfuric acid, 30% hydrogen peroxide)
• Aqua Regia
• Mercury‐containing waste (solid and liquid)
• Radioactive material (Tritium, C‐14, P‐32, etc.)

SAA Waste Management: Storage Limit

• Cannot store more than 50

gallons or 400 lbs. of hazardous waste, this includes: “Physical characteristic” hazardous waste (ignitable, corrosive, reactive, TCLP), F‐listed, U‐listed toxic waste)

• Up to one quart (1 kg) of

“acutely” hazardous waste (P‐List) , i.e. cyanides, sodium azide, osmium tetroxide, etc.

SAA Waste Management: HPLC Process

• Collection bottles must

be marked as “ Hazardous Waste ‐ followed by names of appropriate chemicals collected plus indication of waste hazard(s).

• Container lid must be

screw type

Hazardous Waste

ACETONITRILE, METHANOL FLAMMABLE, TOXIC

NOT ACCEPTABLE

SAA Waste Management:

Disposal of Empty P‐Listed and Reactive Chemical containers

If cannot be reused to collect hazardous waste, empty containers which previously held an EPA hazardous waste P‐Listed (highly toxic) or Reactive chemical are managed as “hazardous waste” for pick‐ up by EHS.

SAA Waste Management:

Disposal of Lecture Bottles & Aerosol Cans

• Unused, partially‐used and empty lecture bottles must be

collected and submitted for EHS hazardous waste pick up

• Unused, partially used, and empty aerosol product cans

must also be collected and submitted to DEHS for waste pick up.

• Do not want personnel de‐valving “empty’ cylinders or

puncturing “empty” aerosol cans

• Scrap metal recycler requires empty cylinders and empty

aerosol cans to be cut in half prior to discard into scrap metal dumpster

SAA Waste Management:

Request EHS HW Pick Up Step 1 of 3 Generator attaches EHS uniquely numbered hazardous waste label to each container

SAA Waste Management:

Request EHS HW Pick Up

• Step 2 of 3

Generator submits online electronic form on the EHS website ‐ U of L Login ID required

SAA Waste Management:

Request EHS HW Pick Up

• Step 3 of 3

Generator will scroll down on form to click submit button, within seconds receive an automated “Thank You Reply”

IMPORTANT: If automated “Thank You Reply” not received, form did not go through. Review form and correctly complete fields required. Once corrected, resubmit form.

EHS Staff:

Receipt of Pick Up Request Form

• Reviews for completeness.
• Enters information into computer‐based HazWaste

Tracker (Filemaker Pro database)

• Prints out EPSC HW label for each container
• Prints out Field Work Order
• Completes HW Manifest and LDR

EHS Staff:

Pick Up of HW from SAA

• Removal of HW from SAA

usually in 1 – 4 days

• If P‐Listed HW is 1 qt/1

kg, pick up is next business day.

• Tech will have work
• rder, HW manifest, LDR

and EPSC waste container labels to attach to each waste container to be picked up.

• Ensures waste container

is in good condition.

EPSC Response Vehicle

• EHS Official KY State

vehicle used pick up chemical and hazardous waste

• Stocked for chemical

and biological spills releases

• Stocked with

appropriate PPE to Level B Respiratory

EHS Staff

Pick Up of HW from SAA

• Tech will pack smaller

containers (≤ 2 gal size)

• f same DOT class into

Lab pack container

• EPSC Response truck

will be placarded for any quantity of:

• Dangerous When Wet
• PIH Zone A
• Toxic Gas

EHS Staff

Receipt of SAA HW at EPSC

• EHS Staff will de‐pack lab

pack containers before end of day

• EHS Staff will ensure

waste containers are not leaking

• EHS Staff verify EPSC

label and generator label match are correct

• EHS Staff place each

waste container in assigned hazard storage area

EPSC Recordkeeping

(paperwork, paperwork!)

Document Length

• Incoming HW Manifests and LDRs

CYA + 3 YEARS

• Lab Waste Analysis

CYA + 3 YEARS

• EPSC Out‐Going HW Manifests

Indefinitely and LDRs

• EPSC Weekly Inspections

Indefinitely

• EPSC Daily Inspections

Indefinitely

• EPA and State CEI Reports

I indefinitely

• EPSC Contingency Plan

Reviewed Annually

• LQG Contingency Plans

Reviewed Annually

Contingency Plan –

Update to meet HWGIR

• EHS met with KY DWM Inspectors to propose plan

update (SAA will be identified by “All Hazards Sign”)

• KY DWM okay with plan if acceptable to local FD.
• EHS met with local FD, FD okay with update.
• In recently adopted HWGIR, must meet new

requirements the next time we revise our Contingency Plan.

Contingency Plan –

“All Hazards Door Sign”

• Applies to any work area that uses or stores

hazardous chemical/products.

• PI or supervisor, or authorized designee, must

review chemical hazards in work area and complete and submit online “All Hazards Door Sign” template to EHS.

• EHS staff will create sign , laminate and send to

work area to post on exterior door.

Parting Thoughts –Thank you

• EHS Staff live EHS 24‐7.
• Departmental Faculty and Research Staff look at

the how a chemical will work in their process and may not familiarize themselves with the inherent physical and/or health hazard of the chemical.

• EHS must be consistent and persistent to educate

chemical users.

• Train, reinforce, improve, and train.
• everyone home safely (EHS).