Organics Extrusion Recovery System Budgetary Proposal ...€¦ · streams, the processing line described herein recovers the putrescible organic waste that is entrained in mixed waste

5780 Fleet Street, Suite 310, Carlsbad, California, 92008 USA T: +1.760.436.8870 F: +1.760.448.6847

www.anaergia.com

Organics Extrusion Recovery System

Budgetary Proposal & Process Description

South Bayside Waste Management Authority (SBWMA) 12/1/2018

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____________________________________________________ __________________________________________________________ AGENDA ITEM: 5B EXHIBIT B (part 2) - p1

5780 Fleet Street, Suite 310, Carlsbad, California, 92008 USA T: +1.760.436.8870 F: +1.760.448.6847

www.anaergia.com

12/1/2018

Hilary Gans South Bayside Waste Management Authority 610 Elm Street, Suite 202 San Carlos, CA 94070

Dear Mr. Gans,

Anaergia is pleased to submit a budgetary proposal for Anaergia’s integrated solid waste processing line that recovers

organics from solid waste at the SBWMA MRF to produce a clean slurry for transport to offsite anaerobic digestion

facilities. We have been pleased to collaborate your Team on a successful Organics Extrusion (OREX) Test Press trial

that demonstrated the ability to exceed threshold requirements for total diversion in a future full-scale solid waste

processing line with organics recovery. The proposed system herein serves as a stepping stone to the larger project

allowing SBWMA to collaborate with EBMUD and potentially other wastewater treatment plants by producing an

expected 50 TPD of organic cake that when converted into a polished slurry generates roughly 25,000 gal/day or 5

tanker truck loads. This system includes a bag opener, OREX, and polisher that are sized for the future full-scale

system to ensure reuse of this equipment in the future.

The proposed state of the art processing line will allow SBWMA to:

• Maximize diversion and substantially reduce carbon footprint by recoverying over 90% of putriceable

organics from the solid waste stream to feed to an anaerobic digestion to produce carbon negative

renewable natural gas.

• Maximize flexibility in outlets by producing an organics stream that can go to wastewater treatment

plants, merchant anaerobic digester facilities, or compost facilities as a cake or slurry.

• Deliver a turnkey processing line fully delivered and installed by Anaeriga incorporating experience from

installations on four continents.

• The ability to process waste with any contamination level.

• Operate the system to establish outlets, comfort, and prove the diversion approach to derisk a future

full-scale system needed for complaince with organics diversion regulations.

We are confident that the processing line proposed herein will support SBWMA in achieving diversion goals and meet SBWMA needs for future organics diversion compliance. Anaergia is committed to serving SBWMA needs and fully supporting the development of organics outlets and ultimately a robust and cost effective organics diversion solution.

I look forward to discussing this further and collaborating on the next step of this flagship project. Should you have any questions, please feel free to contact me.

Regards,

Yaniv Scherson Managing Director

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Table of Contents

1. DESIGN OVERVIEW ............................................................................................................................................ 2

2. PROCESS STEPS .................................................................................................................................................. 3

2.1. BAG OPENER ........................................................................................................................................................ 3

2.1. DISK SCREEN ........................................................................................................................................................ 4

2.2. OREXTM ............................................................................................................................................................. 5

2.3. ORGANICS POLISHING SYSTEM ................................................................................................................................. 7

2.4. LOAD OUT SYSTEM ................................................................................................................................................ 8

2.5. CONVEYORS ......................................................................................................................................................... 8

3. ABOUT ANAERGIA ............................................................................................................................................. 9

3.1. COMPANY OVERVIEW ............................................................................................................................................ 9

Recover Resources from Wastewater ....................................................................................................................... 9

Maximize Recycling and diversion ............................................................................................................................. 9

Sustainable Agricultural and Food Operations ........................................................................................................ 10

3.2. CAPABILITIES ...................................................................................................................................................... 10

Modes of Solution Delivery ...................................................................................................................................... 10

Continuous improvement ........................................................................................................................................ 10

Global footprint with local expertise ....................................................................................................................... 11

Best-in-class-technologies ....................................................................................................................................... 11

Integrated Financing ............................................................................................................................................... 11

ATTACHMENT A: SELECT REFERENCES .................................................................................................................................... 0

ATTACHMENT B: PROPOSED SCOPE AND BUDGETARY PRICE ...................................................................................................... 0

ATTACHMENT C: PRELIMINARY LAYOUT AND RENDERINGS ......................................................................................................... 0

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1. Design Overview

Organics diversion goals are driving the waste industry to prevent

organic material from reaching landfills, making the organic

recovery and processing line an integral component of a truly

modern mixed waste processing facility. Unlike equipment that

simply removes contaminants from already seperated waste

streams, the processing line described herein recovers the

putrescible organic waste that is entrained in mixed waste

streams.

Designed in collaboration with SBWMA to process up to 20 TPH

(depending upon material composition, density, moisture and

other factors), the processing line will maximize extraction of

putrescible organic material from mixed solid waste streams

delivered to SBWMA’s facility. The scope of work, scope of supply are included in the Attachments.

Figure 1: Process diagram and layout with bag opener, OREX, organics polishing, and storage with load out of polished slurry for transport to wastewater treatment plants for anaerobic digestion.

Benefits of Anaergia’s Organics Recovery Lines

• Maximize recovery of putrescible organicwaste from the municipal waste stream.

• Lowest cost organics diversion solution• Highly flexible for mixed waste feedstock

with various contamination levels.• Generate a high value clean wet fraction

suitable for Anaerobic Digestion.• Effective extraction and clean feedstock

leads to smooth operation and low maintenance costs for the digesters

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2. Process Steps

2.1. Bag Opener

Collection trucks will deliver waste to the tip floor of

the materials processing facility where it will be held

until it is loaded into the hopper of the bag opener by

a front end loader

Organics extraction lines require equipment that can

operate efficiently and continuously despite the

variability inherent in mixed solid waste streams.

Unlike shredders or low-torque bag openers,

Anaergia’s bag opener is built with the power and

automation necessary to minimize downtime while

preserving material characteristics that maximize

organics recovery. Anaergia’s bag opener tears bags

open rather than shredding them, which is important

to maximize organics recovery and minimize creation

of physical contaminants which can be created by

shredding and crushing. By tearing bags open instead

of high-speed shredding, the bag breaker also

minimizes cross-contamination of dry material (such as

cardboard, paper, etc) with wetter material present in

the waste stream.

Waste falls from the hopper onto a drum equipped

with fixed teeth arranged in a helical manner. The slow

rotating drum moves the material along an adjustable

counter plate on which robust wear-resistant counter

knives are mounted, with spacing that can be adjusted to accommodate the waste stream. After opening the bags,

the torn bags and the material inside them will be conveyed by two screw conveyors integrated into the bottom of

the bag opener. These screws migrate the now liberated waste stream to a single screw conveyor which feeds the

BIOREXTM hopper.

Figure 2: Anaergia Bag Opener

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2.1. Disk Screen

Anaergia’s disk screen is an economical screening

step that concentrates organics in the material

stream directed toward the OREX while recovering

potentially recyclable material (such as cardboard

and paper) in the overs fraction without

contamination from co-mingled wet waste.

Anaergia’s energy efficient disk screen was designed

to minimze downtime, allow easy maintenance, and

effectively recover the organic-rich material stream

with minimized cross-contamination of valuable

recyclables.

The conveyor feeds the disk screen deck, which is

composed of large-diameter shafts arranged

perpendicular to the material flow, with rotating

disks equiped with flexible angled rubber stars that maximize capture by dualy pushing organic rich material

downward through the deck and allowing smaller mateiral to fall through the space between shafts and rubber disks.

These organic-rich “unders” will be collected on a belt conveyor to be sent to the OREX. The larger material or “overs”

continue to move along the top of the screen and are contributed to the residual materials conveyors which move

most process residuals to the pits in the northeast corner of the building.

Flexible Performance

Operational flexibility is built into the equipment which allows the operator to maximize organics seperation in

different ways:

(1) Three drives rotate the shafts, and the speed of each drive can be regulated independently while the equipment

is running. Under normal operating conditions, speed manipulation can result in changing the screened size by

approximately +/- 30%.

(2) The disk spacing and spacer diameter can be changed by exchanging the rollers between the disks without the

need to take out the bearings, sprockets, or chains. Large diameter flanges inside the screen can be unbolted so an

entire shaft can be removed via the integrated crane track and trolley. The length of each spacer can be changed

manually, resulting in different screening sizes, and the stars can work with different diameter spacers.

Minimized Downtime

Despite the precautions and manual screening in the previous steps, there is a possibilty that non-processible material

such as a large piece of metal will be introduced to the disk screen. A limited slip clutch drives each shaft, which allows

up to 500 ft-lbs of torque per shaft. If an obstruction occurs that causes the force to exceed this, the clutch will trigger

Figure 3: Anaergia Disk Screen

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and the shaft will stop rotating. The full drivetrain will keep moving while the controls stop the machine, allowing

manual intervention.

The large diameter shafts and screens are also designed to minimize downtime. While large diameter spacers

between the stars minimize wrapping, the large diameter sprockets reduce force on the chains.

2.2. OREXTM

The Organics Extrusion Press (OREXTM) uses high pressure to

separate waste into two components: a putrescible organic

fraction and a reject fraction. The unique extraction process

ensures that contaminants in the valuable wet fraction (such

as plastics, glass and packaging) are minimized, while the

reject fraction is made dry. The OREX recovers more than

90% of putriscible organics, producing a pumpable organic

fraction that is highly degradable in anaerobic digesters.

System Advantages

• Highly biodegradable putrescible organic fraction is

produced - ideal for renewable energy production by

anaerobic digestion

• Residual fraction has a low moisture content, high density and high calorific value

• Modular design and construction suitable for both new and existing recovery facilities

Figure 4: Anaergia OREX 500 located at Recology that will be moved to SBWMA as part of this project.

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Anaergia’s OREX extracts putresible organics from the material fed to it and generates a clean and highly digestible

wet fraction ideal for conversion to biogas and fertilizer through anaerobic digestion.

How it Works

Waste is fed into a perforated chamber, where it is compressed. As pressure is applied, wet putrescible organics

squeeze through the crevices formed by the compression of the comingled dry material. These crevices create a

serpentine path for the wet organics to travel, trapping small and medium sized inert particles along the path. As

pressure increases, the crevices become smaller, trapping even smaller particles, until the material is ultimately

extruded through the perforations in the extrusion plate. The product is a wet fraction that is dually filtered by the

perforated plates of the press and the dry fraction matrix itself. Unlike other organics seperation processes, extrusion

does not shear material and generate additional grit particles. In fact, extrusion partially cleans the wet fraction by

removing small inert particles already present in the waste with the filtering action through the dry fraction matrix.

The residuals remaining after extrusion will be sent to landfill.

Figure 5: OREX Phases of Operation

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2.3. Organics Polishing System

The wet organic fraction extracted by the OREX contains a small

fraction of physical contaminants including glass, stones, grit,

plastic, plastic film, paper and other floatable fibers (typically <3%

by dry weight). Removal of these contaminants is important if the

wet fraction is to be used for anaerobic digestion since

contaminants build up in anaerobic digesters over time as either

settled material or as a floating layer, and cause wear to

downstream equipment. Contaminant removal is helpful to create

a clean digestate product that can be composted or used for direct

land application.

The first step of Anaergia’s Organics Polishing System (OPS)

removes low density inert or slowly degradable contaminants such

as plastics, paper and other fibers by centrifugal force where a

high speed rotating cylindrical screen ejects organics radially

outward contaminants are retained.

The second step will separate and wash high density contaminants

such as fine glass and grit by hydrodynamic force, a process which

requires wash/dilution water addition. Grit removal is important

as it can not only damage downstream equipment, it also

accumulates in digesters. In addition to improving plant processes, removal of physical contaminants prepares

digestate for beneficial reuse.

Figure 7: Input and Products from the Organics Polishing System (Left to Right) - Infeed from OREX, Polished Wet Fraction, Light Rejects, Heavy Rejects.

Figure 6: Dynamic Cyclone (Top) andHydrocyclone (Bottom)

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2.4. Load Out System

The load out system is designed to handle diluted and de-gritted organic fraction. Diluted polished organics will be

stored in a 40,000 gallon storage tank which is designed to handle the high solids content organic material. From here,

the material will be hauled off site via tanker trailer truck.

2.5. Conveyors

Slide Roller Belt Conveyor

Anaergia’s slide roller belt conveyors are designed to handle the particular characteristics of wet waste, which

inherently create liquids via leaching. The conveyors are designed and constructed to contain and collect the liquids

that have the potential to corrode and cause wear to rotors, bearings, other metal components by incorporating a

trough shape at the edge, which contains the material toward the middle of the belt. Liquid collected by the belts are

directed to drain ports.

Screw Conveyors

Sealed shaftless screw conveyors offer efficient and effective transportation of the putrescible organic material while

minimizing odors and maintenance. Wear an abrasion are reduced by keeping rotations of the spiral to a maximum

of 30 rpm, and the conveyor’s direct connection to the gearbox offers advantage since the spiral is the only moving

part in contact with the organic material being conveyed. Material build up associated with traditional screw

conveyors is minimized since the spirals don’t have a shaft.

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3. About Anaergia

3.1. Company Overview

Anaergia sees waste not as a problem but as an opportunity

to recover value — in the forms of renewable energy, high

quality fertilizer and recyclables. Anaergia provides

complete, integrated solutions for municipal solid waste

management, wastewater treatment operations and large-

scale farming and food production operations.

With a history of delivering innovative projects, Anaergia is uniquely positioned to provide unmatched solutions to

the most pressing resource recovery challenges using an innovative portfolio of proven technologies and project

delivery methods.

Recover Resources from Wastewater

Anaergia provides solutions to capture and convert waste gas into renewable electricity or a refined natural gas.

Innovative anaerobic digester technologies can be used to reduce facility footprints, retrofit existing infrastructure

and increase biogas yield through co-digestion.

Anaergia’s integrated solutions use proprietary technologies to dewater, dry and pelletize sludge, reducing biosolids

volumes by up to 80%. The end product is a high quality, marketable fertilizer product that is not only sustainable,

but can generate revenue.

Maximize Recycling and diversion

Anaergia delivers innovative solutions that are setting new benchmarks for waste diversion and generation of

renewable energy from waste. Our approach maximizes the recycling of plastics, paper and metals, and continues the

process by converting biodegradable material into energy and fertilizer. The remaining non-degradable and non-

recyclable waste can be transformed into a sustainable fuel for coal-fired power plants or cement kilns.

Anaergia’s propriety Organics Extrusion Press (OREX) offers a

highly efficient approach to extract organics from a wide

range of waste sources regardless of contamination levels,

while the Organics Polishing System (OPS) removes the

majority of physical contaminants from organic feedstock,

resulting in improved digester performance and production of

clean digestate. Once it is polished, the organic fraction can

be fed directly to Anaeriga’s industry leading anaerobic

digesters to produce renewable gas, vehicle fuel or electricity.

Figure 8: Anaergia’s Approach to Resource Recovery

Figure 9: Global Office Locations

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Figure 10: Materials Recovery Facilities on Four Continents

Sustainable Agricultural and Food Operations

Anaergia provides long-term, leading-edge solutions for organic waste management and regulatory compliance to

large agriculture operations and commercial food producers. Unlike traditional approaches, Anaergia’s solutions

produce energy, heat, fuel, fertilizer and clean water, all of which can be supplied back to clients with predictable,

long-term purchase agreements.

The Anaergia group of companies has a long history in the agriculture and food production sectors with hundreds of

turn-key anaerobic digestion projects delivered. Industry leaders trust Anaergia’s solutions because of their

dependability, quality engineered parts and service support to ensure optimized performance.

3.2. Capabilities

Modes of Solution Delivery

Anaergia offer a wide range of delivery options to best suit a project’s needs, from the sale of capital equipment and

services to design-build-own-operate approaches that remove technology and operational risk

Continuous improvement

Anaergia is innovating the next-generation solutions that make our clients leaders in their field. A partnership with

Anaergia enables access to the best resource recovery technologies available.

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Global footprint with local expertise

Anaergia has over 200 employees in 14 global offices, with technologies are in use at hundreds of resource recovery

facilities in more than 20 countries, generating over 355 MW of renewable power.

Best-in-class-technologies

Anaergia’s core technology offerings include waste processing technologies, membrane systems, anaerobic digestion

systems, and residual management technologies. Backed by the strength of a global group of companies and research

teams, Anaergia’s enabling technologies are dramatically reducing the cost of resource recovery infrastructure.

Integrated Financing

The experience of the developer and their overall commitment to a project, the strength of the EPC contractor, and

the project operator are key considerations in project financing. Lenders also demand high bonding capability,

transparency, and integration experience of the developer. Anaergia has demonstrated capabilities in private project

financing, with a network of financial partners who support project finance requirements.

Shropshire, UK Orlovanjak, Croatia

Szarvas, Hungary

Schwaigern, Germany

Röblingen, Germany Dagenham, UK

Figure 11: Over 1,600 High Solids Digesters Globally

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SBWMA Organics Recovery System

Attachment A: Select References

Attachment B: Proposed Scope and Budgetary Price

Attachment C: Preliminary Layout and Renderings

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Attachment A: Select References

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Organics Extraction Reference List

Year Project Country Feedstock Capacity (tpy)

2006 Kaiserslautern Germany MSW 50,000

2007 Alessandria Italy MSW 100,000

2008 Castelceriolo Italy SSO & Green Waste 25,000

2008 Viareggio Italy SSO & Green Waste 20,000

2011 Fossano Italy SSO & Green Waste 60,000

2011 RTS Latvia Latvia MSW 30,000

2012 Cesa Italy SSO & Green Waste 160,000

2012 Bioman Italy SSO & Green Waste 80,000

2013 Viareggio Italy SSO 20,000

2015 Gescher Germany MSW 15,000

2015 Mantova Italy SSO & Green Waste 30,000

2016 Goa India SSO & Green Waste 58,000

2016 Cardiff UK SSO 35,000

2016 PUB Singapore SSO 2,600

2016 Recology USA MSW 70,000

2017 Limassol Cyprus MSW 160,000

2017 Wastemart South Africa MSW 140,000

In Construction Toronto Canada SSO 25,000

In Construction Waste Management

USA SSO & MSW 100,000

Bag Opener Reference List

Year Project Country

2012 SESA Italy

2013 Vereco Latvia

2016 Goa India

2016 Cardiff UK

2017 Limassol Cyprus

2017 WasteMart South Africa

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Attachment B: Proposed Scope of Supply and Budgetary Price

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MACHINERY PACKAGE Item Qty Description Note

BO-1 1 Bag Opener & Support With Hopper

SC-2 1 Bag Opener Transfer Conveyor 1 Belt Conveyor

SC-3 1 Bag Opener Transfer Conveyor 2 Dual Shaftless Screw

B-4A 1 OREX Organic Press OREX 500H from Recology including HPU Unit

B-4B 0 Hydraulic Oil for OREX

B-5 1 Reject Transfer Conveyor 1 Belt Conveyor (short)

B-6 1 Reject Transfer Conveyor 2 Belt Conveyor

SC-7 1 Cake Fraction Screw Conveyor 1 (under B-4) Single Shaftless Screw

SC-8 1 Cake Fraction Screw Conveyor 2 Single Shaftless Screw

SC-9 1 Load Out Screw Conveyor 3 (Existing support From Recology) Single Shaftless Screw



DC-12 1 Dynamic Cyclone with Hopper & Reject Screw Conveyor CleanRex 2500

HC-13 1 Hydro Cyclone

SBT-14 1 Tank #1 - Dilution Water 6,000 Gallons HDPE Tank & Accessories

SBT-15 1 Tank #2 - Slurry Fraction 40,000 Gallons Steel Tank & Accessories

MIXER-16 2 Mixer for Tank #2 Anaergia TRG Mixer + Post

PUMP-17 1 Dilution Water Transfer Pump to D.C. & H.C. (2" Line) Iso Valve, Gauges, Pressure Trans., Flow Meter

PUMP-18 1 Slurry Tank Transfer Pump (to Tanker) Lobe Pump 400 gpm / 14% TS

STATION-19 1 Dilution Water Station #1 400 gpm pump

STATION-20 1 Slurry Station #2 400 gpm pump

STEEL PACKAGE

Item Qty Description Note

ST-1 0 Bag Opener Service Walkway 1/4" Diamond Deck

ST-2 4 Transition Chutes between Machinery

ST-3 1 Piping for Dilution Water from Tanker Trailer to Tank #1 6" Piping + Rack (PVC)

ST-4 1 Piping for Slurry from Tank #2 to Tanker Trailer 6" Piping + Rack (PVC)

ST-5 1 Piping for Dilution Water from Tank #1 to Dynamic Cyclone 2" Piping + Rack (PVC)

ST-6 1 Piping for Dilution Water from Tank #1 to Hydro Cyclone 2" Piping + Rack (PVC)

ST-7 1 Piping for Slurry Fraction from Dynamic Cyclone to Hydro Cyclone

4" Piping + Rack (304 SS)

ST-8 1 Piping for Slurry Fraction from Hydro Cyclone to Tank #2 4" Piping + Rack (304 SS)

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OTHERS PACKAGE Item Qty Description Note

ECP-1 1 Main Electrical control panel #1 (interlocking with MCC #2, #3 and #4)

Include 1 Panel 2 doors ,1 PLC, VFD, Fixed Speed, 1 Modem, 1 Touchscreen 12" Color

MECH 1 Mechanical installation Non Union / Prevailing Wage

SUPERV 1 Site Supervision during Installation 4 Weeks Anaergia

ELEC 1 Electrical installation (Exclude 4 Electrical Feeders) Non Union / Prevailing Wages 14 Motors / 2 E Stop / 4 Sensors / 1 Control Panel Set Up

ST 1 Start-up and Commissioning for All Machinery three (3) personnel for Three (2) Weeks

FRT 1 Freight and loading From Holland, Italy & USA

ENG 1 Engineering Job Survey & Overall Process Layout

PE 1 California PE calculations, drawings & stamping

PM 1 Project management One (1) personnel duration of project from office & Job site

BUDGETARY PRICE $3,150,000

Note on assumption for electrical infrastrucutre costs from SBWMA: Preliminary electrical design estimated

system full load amps to equal 1,350 amps. Project budgets $300,000 as allowance for electrical infrastructure in

SBWMA scope to provide feeders to Anaergia system provided panels. Detailed and optimized electrical design

will be completed to determine final full load amps for system and will be provided to SBWMA to determine cost

for SBWMA to provide electrical feeders and associated infrastructure to Anaergia supplied OREX System

EXCLUSIONS

1. Civil work including all engineering, architectural, structural, electrical and others (anything related to

building construction)

2. Drainage trench and sump pump design & supply

3. Power to building including switchgear to dispatch power to each electrical cabinets/panels.1

4. Power supply to all new electrical cabinets/panels (ex: Bag Opener, OREX, Dynamic Cyclone, Hydrocyclone)

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5. Fire protection / sprinklers underneath the machinery (building will also need one so above the machinery)

6. Spare parts for any machinery

7. Local tax and CA state tax

8. Any mechanical and electrical permits

9. Demolition work associated with existing building

10. Extended Warranty

11. Letter of credit or bank guarantee

12. Air compressor for maintenance tool and clean up

13. Water for wash down / clean up

14. Air extraction system (filtration) & bio-filter & dust control system

15. Any mobile equipment from front end loader, skid steer, grapple crane, forklift, scissor lift, man-lift, crane,

roll of truck, bin, roll of container and others

16. Climate Controlled Cabin / Enclosure for HPU of OREX 500 (ex: dust or noise)

17. Other items by SBWMA associated with facility operation (ex: fire extinguisher)

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SCOPE OF SERVICES Item Anaergia Others

Overall Administration and Coordination of Project

Maintain Project Schedule For Supplied Equipment X

Coordinate with Sub-Contractors X

Site Management – Health and Safety, Progress Report, etc. X

Permits

Obtain all necessary permits X

Provide permit-related technical data to Customer X

Process Design and Engineering

Equipment Performance and Specifications for Anaergia Supplied Equipment only X

Engineering for Instrumentation and Controls, and Process for Anaergia Supplied Equipment

X

Construction Engineering - Construction Drawings, etc. X

Civil Construction Activities

All Civil & Construction work X

Equipment Foundations, Mounting Pads, Anchor Bolts, Enclosures, Utilities and Conduit To Anaergia Supplied Equipment, Buildings, etc.

X

Mechanical, Electrical, I&C Work and Equipment Installation

Mechanical Installation of Anaergia Supplied Equipment - Non-Union / Non-prevailing wage

X

Electrical Field Installation of Anaergia Supplied Equipment including cables/conduits/cable trays between Anaergia supplied electrical control panels and to motors, switches and instrumentation of Anaergia supplied equipment, Testing and Certification - Non-Union / Non-prevailing wage

X

All I&C Installation, Testing and Certification For Anaergia-Supplied Equipment X

Equipment off-loading and secure storage X

Cranes/Hoists for moving the equipment into position X

Electrical Feed, Interconnections, and Utilities (Right Quantity and Quality)

Power to drop-down points, 480/3/60, 12VDC, 120/1/60 X

External Data Connection X

Service water X

Other

Warranty (Per executed contract document) X

Any Additional (other than mandatory) Insurance, if required X

Training, Start-up, commissioning, and testing (3 people for 3 weeks) X

Freight, loading, and unloading X

Exclusions

Civil Work / Site preparation and readiness of the building for installation of the Anaergia supplied equipment

X

Local Tax and CA Sales Tax X

Hydraulic oil to operate the OREX X

Spare Parts X

Prevailing Wage X

Union Labor X

Permitting (Mechanical, Electrical, Operational, Others) X

HAZOP studies X

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SCOPE OF SERVICES Item Anaergia Others

Facility mobile heavy equipment except as used for installation X

Site cleaning/clearing and any required construction works X

Building services such as: Internet connection, Facility Water, Building Air System, Lighting (except portable lighting for installation), HVAC and odor control, lifting and hoisting equipment for maintenance, Facility building alarm system, Fire Protection / Sprinklers.

X

Construction electrical power except if generators or portable power are required X

Facility power to the electrical cabinets X

Switchgear, breakers, cabling, cable trays, conduits and other electrical scope from host facility to Anaergia supplied equipment & Control Panels

X

Electrical surge protection transformer to process system X

Water for wash down / clean up X

Facility underground drainage system X

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Pricing Notes

Labor

Cost assumes non-union labor, and prevailing wage.

Warranty

Price includes 1 year mechanical warranty on new equipment, subject to terms of final contract.

Taxes and Fees

Prices do not include CA sales tax or excise, privilege, occupational, sales, use, personal property and other

applicable taxes and duties. Please see Scope of Supply for more information.

Validity

Prices are valid 60 days from the date of this proposal. After 60 days, price adjustment may be made to

account for economic factors such as the bureau of labor statistics and steel price index.

Shipping and Handling

The equipment is quoted FOB to the job site (San Carlos, CA).

Schedule

Delivery schedule will be determined in collaboration with SBWMA.

Payment Schedule

PAYMENT SCHEDULE

Number Description Amount

Payment

Date

1 Contract Execution, Dynamic Cyclone & Hydrocyclone order $1,200,000 12/1/2018

2 NTP, Detailed Engineering Fabrication (Mach& Steel) Fabrication

Manufacturing of Machinery, Steel Package & Controls $292,500 12/1/2018

3 4 months after NTP of Fabrication / Manufacturing of Machinery,

Steel Package & Controls $682,500 4/1/2019

4 Commencement of Shipping to Job site San Carlos, CA $292,500 7/1/2019

5 Completion of Mechanical Installation and Electrical Field Wiring $292,500 8/1/2019

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6 Completion of commissioning ("Substantial Completion") $292,500 12/1/2019

7 Completion of Acceptance Test (per Exhibit G) $97,500 1/1/2020

TOTAL $3,150,000

Terms and Conditions of Sale

Anaergia’s Terms & Conditions of Sale and Technology Licensing Agreement shall apply.

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Attachment C: Preliminary Layout and Renderings

_________________________________________________ SBWMA BOD PACKET 01/24/2019



_________________________________________________ SBWMA BOD PACKET 01/24/2019



_________________________________________________ SBWMA BOD PACKET 01/24/2019



_________________________________________________ SBWMA BOD PACKET 01/24/2019


Documents

Organics Extrusion Recovery System Budgetary Proposal ...€¦ · streams, the processing line described herein recovers the putrescible organic waste that is entrained in mixed waste