Geyser Product Catalog - March 2014

PRODUCT CATALOG

WASTEWATER

World Leader in Pulse Pumping, Mixing and Aeration technology

Revolutionizing the pumping industry

Why GeyserGeyser Pump Tech, LLC a privately held corporation has distinguished itself by an ability to evaluate wastewater treatment industry problems and develop innovative pumping and mixing solutions to reduce energy and maintenance costs while helping facility managers meet their discharge permits, and the ever more stringent regulatory requirements including bio-nutrient total maximum daily limits. When you need to build or to refurbish a treatment system and a supplier that delivers long-lasting service and value, there’s only one name you need to remember, Geyser Pulse Pumps.

Pulse Pumps and Mixers for high-solid liquids, sludge

and grit pumping in Wastewater Applications.

Geyser Pump Tech, LLCColumbus, Ohio USA614-398-0960www.geyser-pump.com

Sales Office: P. O. Box 20025Seattle, Washington 98102 [email protected]

CONTACT US TODAY.

Represented by:Envirocern, Inc.Address LinePhonewww.envirocern.com

The Geyser Pulse Pump

The Geyser Pulse Pump is an innovative airlift pump that can be used in a wide range of pumping, mixing and aeration applications in municipal and industrial settings. The Geyser Pulse Pump is manufactured in several models and many different configurations to suit specific applications. The Geyser Pulse Pump can be installed inside and outside tanks using a variety of mounting and support systems to adapt to all new and retrofit situations.

Precise predictable performance…nothing comes closer to the Old Faithful Geyser Geyser Pump Tech, LLC is the leading manufacturer of high-performance pulse type airlift pumps. The Geyser Pulse Pump provides exceptionally efficient and effective air lift pumping capability with virtually no clogging and no plugging. Geyser Pulse pumps, mixers and aerators operate over a wide range of solids content and flow ranges and in most applications require only low pressure air (or inert gas) to initiate a pulse that acts as the piston to energize the pumping or mixing action inside the Geyser product device.

There is no substitute for a Geyser Geyser Pulse Pumps are precisely engineered and cannot be duplicated. Imitations and look-alike products simply do not perform like a Geyser. Geyser has the applications savvy to provide exactly the right product for a specific application. Geyser's reputation among its customers for quality and performance has been earned over many years of uninterrupted operation in many challenging environments. The Geyser pulse products performance characteristics are recognized internationally, so it is important to make sure it is a Geyser Pulse Pump and be assured that you are getting the best and most effective high solids pumping and mixing available for your treatment plant.

A perfect Geyser To help select the right Geyser Pulse pump or mixer for wastewater applications, you can provide the data outlined in the Pump Application Data Sheet to Geyser’s applications engineers to assist you in selecting pumps and mixers for your application. Pumps and mixers sizing and performance data can be found on the website also.

Air Inlet

Discharge Outlet

Lifting Lugs

Supporting Legs

6” GAP Unit

Geyser Pulse Pumps & Mixers, and Ejection Pumps*

Air-Pulse Pump (GAP)

Inertia Pump (GIP)

Hybrid Pump (GHP)

Air-Pulse Mixer (GAM)

Ejection Pump (GEP)

Slurries or Sludge

Pumping

Liquids or Sludge

Pumping

Grit or High Solids

Pumping

Liquids or Sludge Mixing

Liquids or Sludge

Pumping

Inside Tank

Inside or Outside

Inside Tank

Inside Tank

Inside or Outside

* Geyser can custom engineer pumps and mixers for any application

Air Air

Air

Air Air

Air

Wastewater Applications

A Geyser pump or mixer for each function…the low cost and low energy solution. Pumping return activated sludge (RAS) is the most common application for Geyser Pulse Pumps in wastewater treatment. Geyser pioneered this simple-to-use and easy-to-install Pulse type airlift pump more than 14 years ago. Using high-efficiency patented pump and mixer technology, Geyser integrates its Pulse engine into a unique family of pump and mixer products for each process step in wastewater treatment. Geyser Pulse products offer the advantage of designing or refurbishing sections of a complete process treatment system by substituting or replacing rotating mechanical equipment with easy and safe to operate and maintain pumping and mixing devices. With no spare parts requirements and often no supplemental air blowers Geyser Pulse products are the cost-effective choice. Geyser Pulse products deliver precise pumping, solids handling and dissolution of air into the wastewater of small to medium size treatment plants. Because Geyser pumps and mixers are designed to operate with low pressure air from blowers, they provide substantial resource savings – 40% to 60% less electricity consumption.

Easy to install. Years of proven performance. Less electricity consumption as compared to

submersible, centrifugal or conventional Airlift type pumps and propeller type mixers.

No maintenance. No cleaning. No clogging. Easy to control pumping rate. Easy to monitor pumping rate.

GIP units for RAS pumping at a winery wastewater system

Pulse Technology, an engine you can count on The Geyser Pulse Pumps are designed for low lift pumping applications at wastewater treatment plants ranging from small packaged type systems to medium size treatment facilities with capacities up to 10 MGD (37,854 M3/D).

The Pulse engine technology is the most important advancement in Airlift Pump technology since 1797 the time it is thought to have been invented. Geyser pump products have been tested, sized and calibrated over a wide range of flows and submergences. The pump cylinder volume and Pulse engine designs have been optimized to release continuously injected air flow and the accumulated air simultaneously into the discharge pipe thus creating a powerful suction to lift sludge and solids from a wide area below. As the released air volume is large compared to the discharge pipe size, it forms a slug of air that typically occupies the whole length of the riser thus ejecting the liquid and solids instantly by the air piston action (Pulse). The cycle is repeated; consequently liquid and solids continue to be transported with each intermittent Pulse.

In similar air flow and lift conditions a Geyser Pulse Pump delivers more than three times the liquid volume of a conventional Airlift Pump.

Select the right Geyser Pulse Pumps for your application. The GIP is the most efficient pump on the market especially when the length of the suction pipe is long as liquid in the suction pipe below the riser flow by inertia after each Pulse cycle. As inertia flow volume is between 7 to 10 times the ejected liquid, the energy required for pumping becomes low because the power consumed is only to eject the volume of liquid that was suctioned into the discharge riser. Using inertia flow is a cost effective way of pumping liquid; it also can be used to ensure uniform mixing inside a tank or for creating artificial waves in open lagoons.

The intermittent slug flow discharge from the GAP and GIP forms boundary layer inside very long discharge pipes therefore it is recommended that RAS and WAS pumping lines be open to atmosphere.

Geyser Pump Facts, Benefits & Features Fast Facts Immersed installation inside tanks: GAP, GIP, GHP,

GAM and GEP product lines. Possible installation outside tanks with suction

header: GIP and GEP product lines. Extended suction pipe: GAP, GIP and GHP product

lines. Extended suction reach: GIP and GEP product lines. Custom designs to accommodate larger capacity

pumping rates.

Benefits Consistent high suction and ejection velocities. Variable volume pumping and mixing. No impeller, very low shear forces on the liquid. No springs, diaphragms, seals or bearings to wear

out. No electrical devices at or near the pump or mixer

installation. Ideal for Intrinsically Safe operational requirements. Durable corrosion resistant PVC construction with powder

coated steel, galvanized or stainless steel options.

Special Features Support legs. Lifting lugs. Rail supports. Concrete donut to drop and anchor pump in filled tank. Optional mating connections for suction and discharge. Optional air switch function controls that provide safe

actuation and monitoring from remote locations.

Air Supply Low pressure air from blowers is sufficient for most

applications. Shared air blower unit with the aeration system is possible;

just install the Geyser pump and mixing units above the air diffusers.

Drop-in Design Approach All Geyser pumps and mixers units incorporate the Drop-in

approach concept to allow for easy installation or retrofit of existing treatment plants of all capacities.

Drop-in units are equipped to adapt to easily accessible anchoring mechanisms, or set to drop in place with an integrated concrete weighting system.

Allows for rapid deployment in retrofit situations without the hassle of emptying the tank or process basins.

Design Criteria

Suction and Ejection Velocity Profile

Geyser Pulse Pumps

The Air-Pulse Pump (GAP) Product Line

The pump internals have been developed to hold continuously supplied air (or inert gas) to instantly release large single bubbles (Pulse engine) that suctions and ejects high-solid liquids such as sludge or slurries. The Pulse eliminates the amount of slippage of water and bubble in the airlift discharge pipe allowing for air flow rates to be increased as required to move sludge and handle high-solid liquids with virtually no clogging and no plugging while providing easy control of the pumping rate and using less energy.

GAP Product Line discharge pipe diameter from 1” (2.54 cm) to 12” (30.48 cm) and flow range from 1 to 500 GPM (0.2 to 115 M3/Hr).

Fast Facts Typical operating solids loading range from 1% to 10%. Design submergence of 1.4 to 2.0X. Open-bottom. No moving parts.

Benefits Widest suction coverage than any pump on the market. Much higher suction and ejection velocities than any pump on

the market. Drop-in a GAP pump unit in your clarifier to pump sludge,

stabilize your treatment plant and save on energy bills.

Applications Any low-lift intermittent flow pumping application. Return activated sludge (RAS). Waste activated sludge (WAS). Ideal replacement of conventional Airlift pumps in package

plants. Inter-basin fluid pumping, including recycle to Anoxic zone and

Aerobic digester supernatant return. Pumping of R.O. brine at desalination plants (salt crystals). Pumping of industrial slurries and sluicing of resin media.

Part Number Discharge Outlet

Suction Inlet

Air Connection Weight PVC

Size Type Type Size Type Lb / Kg

GAP1‐PVC 1 Socket N/A ¼ Barb 8 / 3.6

GAP2‐PVC 2 Socket N/A ½ Barb 14 / 6.3

GAP3‐PVC 3 Socket N/A 1 Socket 19 / 8.6

GAP4‐PVC 4 Socket N/A 1 Socket 25 / 11.4

GAP6‐PVC 6 Coupling N/A 1 ¼ Socket 64 / 29

GAP8‐PVC 8 Coupling N/A 1 ½ Socket 75 / 34

GAP10‐PVC 10 Flange N/A 2 Socket 83 / 37.8

GAP12‐PVC 12 Flange N/A 2 Socket 95 / 43.2

GAP Unit (PVC construction)

Geyser Inertia Pump (GIP) Product Line GIP Product Line discharge pipe diameter from 2” (5.08 cm) to 8” (20.3 cm) and flow range from 4 to 180 GPM (0.4 to 41 M3/Hr)

Fast Facts Same pump as the GAP except with closed-bottom and suction pipe

connection.

Benefits Greater suction force through properly sized holes with expanding

size headers. Inertia pumping; most efficient energy means to move out or circulate

liquids inside tanks. Drop-in a GIP pump unit to boost your plant efficiency and save on

energy bills.

Special Features Custom configurations of suction headers available on GIP units Applications specific collection and suction header piping systems.

Applications RAS & WAS pumping Powerful suction from hard to reach areas. De-stratify lagoon bottoms. Rapid dispersion and mixing of beneficial bacteria. Generate artificial waves as needed, above or below the liquid surface.

Illustration of Inertia Flow


Suction Inlet


Size Type Type Size Type Lbs / Kg

GIP2‐PVC 2 Socket Socket ½ Barb 21 / 9.5

GIP3‐PVC 3 Socket Socket 1 Socket 29 / 13.2

GIP4‐PVC 4 Socket Socket 1 Socket 38 / 17.3

GIP6‐PVC 6 Coupling Flange 1 ¼ Socket 96 / 43.6

GIP8‐PVC 8 Coupling Flange 1 ½ Socket 113 / 51.4

8" GIP Unit (coated Steel construction)

When the length of this suction pipe is long, water in the pipe is entrained by inertia. The energy required for pumping is low because power is consumed only to eject the volume of liquid above the pump air cylinder during each pulse cycle.

Extended suction header designed to provide optimal suction velocity

Retrofit to install 24 GIP units with suction headers in a rectangular clarifier

Geyser Hybrid Pump (GHP) Product Line

Grit or gravel larger than 0.04 inches (10 mm) are lifted by the Pulse high suction velocities but it stalls and settles back to the tank bottom before the next Pulse ejection. We designed the Geyser Hybrid Pump (GHP) to combine the advantage of greater suction offered by the Pulse engine with the continuous upward flow created by the conventional Airlift pump to insure that the gravel that is picked up during each Pulse cycle is ejected.

The Geyser Hybrid Pumps have been developed to provide clog free pumping operations at any capacity wastewater treatment plant for high grit solids removal using less energy with easy control of the pumping rate.

GHP Product Line discharge pipe diameter from 2” (5.08 cm) to 12” (30.48 cm) and flow range from 28 to 1200 GPM (6.4 to 272 M3/Hr)

Fast Facts Grit from 0 to 25 mm. Design submergence of 1.0 to 1.5X. No moving parts.

Benefits Effective grit removal. Continuous flow for downstream cyclone

separators. Drop-in a GHP pump for effective grit removal.

Special Features Custom configurations available. Multiple Pulse engines in one pump body for

specialized applications.

Applications Any low-lift continuous flow pumping application. Grit removal. Pumping liquids with high suspended solids load. Pumping of industrial wastewater with high-solids. Sump pump for food producers – suctions and pumps grease, meatballs, fruits and vegetables peelings. Ideal replacement of conventional Airlift pumps in cyclone separators, vortex tanks and API separators. Sluicing of activated carbon media.


Suction Inlet


Size Type Type Size Type Lbs / Kg

GHP2‐PVC 2 Socket N/A ½ Barb 30 / 13.6

GHP3‐PVC 3 Socket N/A 1 Socket 40 / 18.2

GHP4‐PVC 4 Socket N/A 1 ¼ Socket 50 / 22.7

GHP6‐PVC 6 Coupling N/A 1 ½ Socket 86 / 39.0

GHP12‐PVC 12 Flange N/A 2 Socket 126 / 57.3

4" GHP PVC Units

12" GHP being pulled out for inspection after 24 months 12" GHP unit in sump (Food Producer)

Aerated grit removal chamber (Retrofit)

Diameter of the removed grit often increase from 1/16” to 1/8” and larger.

Vortex grit removal system (Retrofit)

Geyser Air-Pulse Mixer (GAM) Product Line

The Geyser Pulse Mixers are designed for providing bottom-up mixing of liquids in basins. The mixers have been optimized to use low-pressure air supply and release a powerful large bubble mixing burst into the liquid.

The Geyser GAM Product Line discharge large bubbles from 2” (5 cm), or 4” (10 cm) to 6” (15 cm) in diameter creating powerful large bubble mixing.

The Geyser Pulse Mixers have been developed to provide clog free mixing operations at any capacity wastewater treatment plant and are energized with air blowers instead of compressors to generate large bubbles for mixing. Wide range of options of cylinder air volumes and blower pressures are available for easy control of bubble release sequences, duration and frequency.

GAM mixers can be used to mix sludge in Anoxic and Anaerobic biological process basins for denitrification and phosphorus removal with minimal dissolved oxygen (DO) impact.

The GAM large bubble mixers complement ultrafine and micro bubble diffusers to provide multifold improvements in the movements of these smaller bubbles therefore enabling better DO augmentation efficiencies at significantly reduced energy consumption over conventional aeration methods.

Fast Facts No propellers = zero hair entrapments and zero unscheduled maintenance shutdowns. No need for compressors = air blowers can be used for significant electricity savings over other large bubble

mixing systems. Drop-in a GAM mixer unit to boost your plant efficiency and save on energy bills.

Part Number

Bubble Outlet

Suction Style Choose one

Air Connection

Weight PVC

Size Open Header Size Type Lb / Kg

GAM2‐PVC 2 Bottom 2,3 or 4 ¾ Socket 29 / 13.2

GAM4‐PVC 4 Bottom 3 or 4 1 Socket 48 / 21.8

GAM6‐PVC 6 Bottom 3,4 or 6 1 ½ Socket 96 / 43.6

GAM Unit, Single Large Bubble Generator

6” GAM Unit with Sludge Suction Headers

Benefits Pair gentle no-shear Geyser pulse pumping and large

bubble pulse mixing. Numerous treatment process applications. Drop-in design allows for rapid retrofit to enhance plant

performance. Reduced electrical consumption; 60% to 70% less than

propeller type mixers. Large bubble mixing provides similar denitrification

performance than propellers at much less energy usage. Energized by inert Nitrogen gas makes it ideal for

Intrinsically-Safe operational environments. Easily integrates in any capacity treatment plant. One air blower may be used to efficiently service

multiple pumps and mixers.

Special Features Various cylinder sizes to provide right-size large bubbles

for process requirements. GAM mixer units easily integrates into mixing systems

that can be deployed to fit any shape tanks. Geyser mixing systems are equipped with a built-in

anchoring system to either bolt down each unit to the tank bottom, or set in place with an integrated concrete weighting system for easy deployment in green field and retrofit situations.

Applications Odor control and solids suspension in equalization basins. Sludge mixing and solids suspension in anoxic zones. Improved gas dissolution performance and solids

suspension in aerobic process basins. Sludge mixing in aerobic and facultative sludge digesters. Improved methane production in anaerobic digesters

through better sludge mixing. Mixing of slurries in preparation tanks. Improved disinfection in open contact tanks and lagoons. Uniform disinfection in elevated storage tanks.

Geyser large bubble GAM unit with customizable suction and discharge headers

4” GAM unit with four Sludge Suction Headers

Geyser Air-Pulse Scum Skimmer (GAS) Product Line

The Geyser Scum Skimmer (GAS) is designed to handle scum skimming in municipal and industrial wastewater clarifiers. The GAS scum skimmer has been optimized for scum and froth suction from the wastewater surface through a funnel collector into an air pulse pump cylinder that is continuously injected with low-pressure air that is regulated to generate intermittent powerful suction and ejection pulses. The Geyser pulse pump engine guarantees stable suction power even if water, air, and suspended matter are drawn in from the tank surface simultaneously.

GAS skimming assemblies are designed to collect and efficiently remove scum from any type clarifier (shape and height adjustable).

The Geyser Pulse Skimmers have been developed to provide clog free high-solids liquid scum pumping operations at a constant rate for any capacity wastewater treatment plant and are energized with low pressure air for easy control of scum skimming.

Fast Facts No submersible pump or electrical motor in the wastewater. Adjustable skimmer submergence. High lift capability. No moving parts. Self-contained kit to simplify installation. Customized hard-piped designs for permanent installations. Supplied with rail system to simplify installation and

maintenance.

Benefits Stabilize clarifier operations by efficiently collecting more

scum and wasting less supernatant liquid. Widest suction coverage of any scum skimmer on the

market. Much higher suction and ejection velocities than any scum skimmers. Easily integrates in any capacity treatment plant. Drop-in a GAS skimmer to remove scum. Improved regulatory effluent compliance. Can utilize existing aeration blower systems. One air blower may be used to efficiently service multiple pumps and mixers.

Part Number

Skimmer Inlet

Skimmer System

Air Connection Air Blower @ 5 psi / 0.34 bar

Weight

Size Downspout Discharge Size Type SCFM / m3/min Lb / Kg

GAS‐PVC 10” Funnel

3” 2” 1” Union 3.3 / 0.1 145 / 65.9

Special Features

Geyser scum skimming systems are equipped with a built-in anchoring system to either bolt each unit to the side of the tank, or set in place with an integrated concrete weighting system for ease deployment in green field and retrofit situations. .

Applications

Collection and disposal of floating scum in industrial and municipal wastewater clarifiers. Applicable to all rectangular and circular clarifier configurations

Geyser Ejection Pump (GEP) Product Line The Geyser Ejection Pumps are designed for high-lift pumping applications at lift stations and between basins or when high lift sludge pumping is required at wastewater treatment plants.

GEP Product Line discharge pipe diameter from 1 1/4 ” (3.17 cm) to 4” (10.16 cm) and flow range from 0.5 to 500 GPM (0.1 to 113.6 M3/Hr).

It is recommended that these pumps be paired with Aerated Fine Screens (AFS) to scour the pump cylinder inlets to protect against solids entrapment that may hinder the proper operations of the check valves (flap-type).

Fast Facts Duplex units can be mechanically interlocked for

continuous flow pumping. No submergence requirements. No lift limits.

Benefits Effective utilization of equalization basin with

elimination of splitter box and float switches.

Special Features Aerated fine screens to pair with each GEP model. Various design types and dimensions to accommodate

downstream piping and packaged plant designs. Custom configurations are possible – the Geyser

Ejection pumps can be designed to meet your flow and lift requirements.

Applications Any high-lift intermittent or continuous flow pumping application. Equalization or inter-basin fluid pumping, including flow recycle to anoxic zone and supernatant return from

aerobic digester. RAS & WAS pumping when lift is higher than 2X submergence. Lift-station pump. Pumping of industrial wastewater.

Specifications (GEP) Type 1 Type 1‐S Type 2 Type 2‐S Type 3 Type 3‐S

Discharge pipe diameter 1 1/4” or 2” 1 1/4” or 2” 2” or 3” 2” or 3” 2”, 3” or 4” 2”, 3” or 4”

# of check valve 2 2 3 3 4 4

Check valve sizes 4” 4” 4” 4” 4” 4”

Weight (Lb / Kg) 63 / 28 74 / 33.6 98 / 44.5 109 / 49.5 113 / 51.4 127 / 57.7

Minimum water level (feet / cm) 1’ 8” / 51 1’ 1.8” / 35 1’ 10”/ 56 1‘ 2.3“ / 36 2’ 6” / 76 1‘ 2.3“ / 36

Air supply (Extra connection for aerated screen)

3/4” 3/4” 1 1/2” 1 1/2” 1 1/2” 1 1/2”

GEP unit with aerated fine screens suction headers

GEP II Aerated Fine Screen (AFS) pod GEP II to be installed in tank pod

Packaged Systems for Decentralized Wastewater Treatment

MBBR Media

Courtesy of Appalachian Technology Solutions LLC, designed for CONTECH Engineered Solutions LLC, Magellan® decentralized wastewater treatment plants product line.

Inter-Basin Transfer Pump - GEP

RAS/WAS Pumping from clarifier - GAP

Anoxic Mixing / Sludge Suspension – GAM

Recirculation of wastewater to Anoxic zone for denitrification - GAP

Inter-basin transfer pump (GAP)

Centralized Wastewater Treatment Plants

Return Activated Sludge (RAS) from outside the clarifier tanks – Each 2 pumps serve 1 clarifier

8” GIP units in galvanized carbon steel construction

Retrofit of circular clarifiers, install RAS and WAS pumps and eliminate telescoping valves (GAP and GIP.)

12” GIP units in stainless steel construction

Installation Pointers

An extension pipe can be

used with the GAP, GIP

and GHP units.

Not recommended to

install GAP and GHP units

above sump level.

Best placement of the GAP and

GHP units. Typical is 2” (5 cm) to

4” (10 cm) off from the bottom.

Vortex Separators (GHP) Circulation to Enhance Aeration Inside Aeration Basins (GIP)

8” Suction Pipe

Product Warranty

PERIOD OF WARRANTY. Subject to the limitations set forth below, Geyser warrants that for a period of twelve (12) months after sale to Customer, as defined by the date of product shipment from Geyser, Geyser’s Products shall be free from defects in material and workmanship.

PROCEDURE FOR WARRANTY CLAIMS. In the event any Products are found to be defective during the warranty period, Customer must contact an Authorized Geyser Independent Sales Representative (ISR) no later than one (1) month after the expiration of the applicable warranty period to make a warranty claim which arose during the warranty period. ISR will coordinate with Geyser to process all warranty claims. In the event the ISR cannot or will not respond to the Customer, Customer may contact the Geyser Warranty Department directly. Geyser will issue a return authorization number (“RMA”) after validation of the nature of the claimed defect. No products shall be returned without prior issue by Geyser of a RMA number. ISR or Customer, as appropriate, shall return the Product(s) to Geyser with the RMA clearly affixed to the Geyser product and postage or freight, as appropriate prepaid at the address provided with the RMA. Attn: Warranty Claims Division.

GEYSER’S OPTIONS IN RESPONDING TO WARRANTY CLAIM. Geyser will, at its sole option, either repair or replace the defective Product(s). Any repair or replacement hereunder may contain newly manufactured or reconditioned used parts which are equivalent to new.

EXCLUSIONS FROM WARRANTY COVERAGE. The foregoing warranty shall become void and will not apply if (a) the Product(s) has/have been tampered with in any way or attempts to repair it/them have been made by any person other than a Geyser employee or Geyser authorized technician; or (b) non‐Geyser supplied parts/products used in conjunction with the Product have damaged the Product; or (c) damage which occurred in shipping is apparent or subsequently proved; or (d) the Product(s) is/are damaged by catastrophe, fault or negligence of any person or entity other than Geyser; or (e) the Product(s) is/are damaged by use of the Product(s) for purposes other than that for which it has been specifically designed.

SUBJECT TO CHANGE. This limited warranty is subject to change by Geyser from time to time upon thirty (30) days’ written notice.

TIME LIMITS. Any action for breach of this warranty shall be brought within three (3) months of the expiration of the warranty period.

LIMITATIONS ON WARRANTY. Geyser’s obligation under this LIMITED warranty is limited to the repair or replacement of defective products at Geyser’s sole discretion, and specifically excludes any consequential damages arising from any defective product. Any and all costs of removal, installation and/or reinstallation, AND freight charges are expressly excluded from this warranty. There are no other express product warranties. Any implied warranties required by law shall last for a period of twelve (12) months after shipment to customer. Geyser does not warrant that products will meet or continue to meet customer specifications or that any or all errors, malfunctions and defects can or will be corrected. Geyser does not warrant that the operation of the products will be uninterrupted or error free.

DISCLAIMER. Any recommendations for particular products and/or system design, whether contained in this document, within a drawing or operating manual, communicated by electronic means, or given verbally, are intended solely as guides to actual system design. Said recommendations are based upon information and intended operating conditions supplied by others, the accuracy of which is beyond verification by Geyser. Likewise, the actual operation of any system utilizing the products and/or recommendation of Geyser is equally beyond the control of Geyser. Therefore, Geyser cannot, and does not, warrant the suitability of its products for a particular or specific intended purpose or service, nor the performance of any system incorporating components made and/or sold by Geyser. No representation nor warranty as to any product’s specific in the field performance, if different than or broader than that as set forth and limited herein, shall be binding on Geyser unless set forth in writing and signed by an authorized agent of Geyser.

CHOICE OF LAW, VENUE AND ATTORNEY FEES. The provisions of this Warranty shall be interpreted according to the laws of the State of Delaware, United States of America, without regard to any conflict of laws provision. In the event of litigation, whether on contract or in tort, the prevailing party shall be awarded reasonable attorneys’ fees and costs of suit.

NOTICE. All notices to be given with respect to this sale agreement and applicable purchase orders hereunder shall be given to Geyser at the following address: Geyser Pump Tech, LLC, P. O. Box 20025, Seattle, WA 98102 USA. Notices to Buyer will be directed to the addressee appearing on Buyer’s Purchase Order or to Buyer at the address appearing on Geyser’s order confirmation.

© 2014 Geyser Pump Tech, LLC. Geyser products, and processes utilizing those products, are protected under various U.S. and non‐U.S. patents and patents pending, including U.S. Patent Nos. 6,162,020, 7,294,255 and 8,047,808.

PRODUCT CATALOG

WASTEWATER

World Leader in Pulse Pumping, Mixing and Aeration technology

Revolutionizing the pumping industry

Why GeyserGeyser Pump Tech, LLC a privately held corporation has distinguished itself by an ability to evaluate wastewater treatment industry problems and develop innovative pumping and mixing solutions to reduce energy and maintenance costs while helping facility managers meet their discharge permits, and the ever more stringent regulatory requirements including bio-nutrient total maximum daily limits. When you need to build or to refurbish a treatment system and a supplier that delivers long-lasting service and value, there’s only one name you need to remember, Geyser Pulse Pumps.

Pulse Pumps and Mixers for high-solid liquids, sludge

and grit pumping in Wastewater Applications.

Geyser Pump Tech, LLCColumbus, Ohio USA614-398-0960www.geyser-pump.com

Sales Office: P. O. Box 20025Seattle, Washington 98102 [email protected] 614-790-0069

CONTACT US TODAY.

Represented by:

Geyser Product Catalog - March 2014

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