Aquatech Energy Services

Similar documents
EXPERIENCES IN SHALE WASTE WATER MANAGEMENT An Update on the Issues Associated with Water in the United States Shale Gas Sector

Water / Fluid Treatment Technologies and the Art of Applying Technology to Address Reuse and Recycling Challenges in the Oil and Gas Field

RECENT DEVELOPMENTS AND OPPORTUNITIES FOR RE-USE OF PRODUCED WATER. Presented by: Richard Bost, P.E., P.G. (Texas) I2M Associates

Water Issues Relating to Unconventional Oil and Gas Production

Product Models & Specifications

The Use of Electro-Coagulation Technology to Treat Hydrofracturing Flowback Water and Other Oil and Gas Field Wastewaters

Shale Gas (D: unkonventionelles Erdgas )

Collection and Treatment of Flowback and Produced Waters from Hydraulic Fracturing. Edwin Pinero Veolia Water North America

Natural Gas Well Development in the Marcellus Shale: The Use of Fresh Water and Beyond

Water Technologies & Solutions Water Technologies & Solutions. water treatment solutions for unconventional fuels

Approaches with Recycle, Treatment, and Disposal of Flowback and Produced Water and the ABCs of Managing NORM in the Marcellus Shale Region

An Unmanned Approach for the Optimization of a Chemical Injection Program at a Salt Water Disposal Facility

Breakout Session: Impact of Oil Prices on Water Innovation

Water Management Optimization

George E. King SPE GCS 27 October 2011

PREPARED BY KEN PANDYA AWTS, INC TRIPLE CROWN LN PLANO, TX OFFICE: APRIL 11, 2012

Techno-economic Assessment of Water Management Solutions

Thermal Distillation Technology for Management of Produced Water and Frac Flowback Water

Chemical Precipitation and Ballasted Flocculation

The Application of Produced Water Treatment and Water Blending in Shale Resource Development

Drilling for Natural Gas in the Marcellus and Utica Shales: Environmental Regulatory Basics

The Art of the Possible : Technical & Economic Challenges and Opportunities for Produced Water Recovery. Presented by JP Welch November 16, 2018

The Next Oilfield Step:

Characterization of Marcellus Shale and Barnett Shale Flowback Waters and Technology Development for Water Reuse

Water Treatment and Related Research

OriginClear Water Treatment with Innovative Desalination Techniques High TDS Water Treatment for Oil & Gas Markets in Oman

Impoundments for Cost-Effective Recycling of Produced Water for Hydraulic Fracturing

Treatment for Blended Produced and Fresh/Brackish Water

The role of water management in unlocking unconventional resources

Chapter 9. Water Sourcing and Wastewater Disposal for Marcellus Shale Development in Pennsylvania

WATER RESOURCES ISSUES RELATED TO SHALE GAS DEVELOPMENT

RECYCLING PRODUCED & FLOWBACK WASTEWATER FOR FRACKING TECHNOLOGY. Clarifying misconceptions on the obstacles for frac water reuse

Electrocoagulation. Achieving clean, clear, treated and reusable water: The process, technology and benefits. CALL US (631)

New York State Regulatory/Permitting Process and Practical Considerations for Publicly Owned Treatment Works (POTWs) to Treat Flowback Water

NEMC Challenges of Managing Water in the Marcellus Play. Nick Inkenhaus Water Resources Engineer

Statistics valid as of January 2004.

RENEWIQ. Intelligent solutions for oilfield water reuse. nalcochampion.com

Advanced Treatment of Flowback Water Using Magnetic Ballast Clarification and Vortex Generating Membrane Systems for Discharge

Where in New York are the Marcellus and Utica Shales??

TENORM Study. Solid Waste Advisory Committee Meeting May 16, 2013

A Modeling Framework for Shale Gas Wastewater Management. Jhih-Shyang Shih, Elaine Swiedler, Alan Krupnick

PRODUCED WATER RECYCLING PATRICK SCHAUER VP ENGINEERING FREESTONE MIDSTREAM

Chemical precipitation out performs filtration in flowback and produced water recycling operations.

Current NETL Water Management R&D Efforts Drilling Engineering Association Quarterly Forum

Lifecycle Water Management Considerations & Challenges for Marcellus Shale Gas Development

Evaluation of Abandoned Mine Drainage as a water supply for hydraulic fracturing

Worldwide Pollution Control Association

Evaluating the Acceptability of Gas Well Development and Production- Related Wastewater at New York Wastewater Treatment Plants 5/16/11

Use of Oxidizing Chemistry in Addressing Microbial Challenges in conventional Oil & Gas Production

CHALLENGES AND ADVANCEMENTS IN PRODUCED WATER REUSE AND RECYCLING

SECTION 1. The Technology Behind Recycling Produced Water and Hydraulic Fracturing Flowback Fluid

Your Water Treatment Technology Partners for Wash Water & Industrial Water Treatment. Design Supply Integration Installation Maintenance

Advanced Oxidation Frac Water Recycling System

Considerations for hydraulic fracturing and groundwater and surface water protection: lessons learned in the U.S.

Zero Liquid Discharge for Water Remediation. Bill Berzins, M.A.Sc. P.Eng.

Worldwide Pollution Control Association

Simple, Environmentally Friendly, and Economical Methods to Maximize the Reuse of Produced Water for Frac Operations

BENEFICIAL USE OF PRODUCED WATER SOUNDS SIMPLE ENOUGH. Rick McCurdy, Ground Water Protection Council s Annual UIC Conference February 21-23, 2017

Overview. Heavy Metal Removal Ceramic Microfiltration Presentation. Brackish Water as a New Water Resource For Developing Domestic Energy

What New Brunswick Needs to Safely Manage Wastewaters from Oil & Natural Gas Development: Smarter Regulations and Better Communication

Brackish Water and Produced Water in New Mexico Western Governor s Association September 19, 2014, Norman, Oklahoma

Technology Trends in Upstream Produced Water Management

Managing the Risks of Shale Gas Identifying a Pathway toward Responsible Development

Water Solutions for Upstream Oil & Gas

Optimizing Water Supply, ReUse and Disposal for Hydraulic Fracturing. Bill Berzins, M.A.Sc. P.Eng.

THE MARCELLUS SHALE AN ENERGY GAME

Addressing increasing wastewater volumes in industrial and oil & gas operations using thermal systems

Treatment of all source water influent & effluent for user application, be it commercial, industrial, domestic, to defined & required standards.

CATERPILLAR OEM SOLUTIONS / CAT WATER TREATMENT. What s Up with Lithium?

Changes in the Quantity and Quality of Produced Water from Appalachian Shale Energy Development and their Implications for Water Reuse


Water/Energy Sustainability Symposium 2010 Annual Forum Pittsburgh, Pennsylvania September 26-29, 2010

SHALE DRILLING. Linda Nicholson and Colleagues November 11, 2009

Saltworks Technologies

POREX Tubular Membrane Filter Modules For Metal Contaminated Wastewater Treatment & Reclamation

WATER RECYCLING PLANT IN WAFRA. Feras Al Salem

DRBC Natural Gas Regulations. UDC Committee Briefing February 10, 2011

Technologies for Removing Contaminants from Produced Water

Marcellus Shale Water Group

Placeholder for photo

Raw Water Treatment. Ion Exchange. Membrane Processes. Recycle/Reuse. Zero Liquid Discharge. Industrial Concentration.

Where in New York are the Marcellus and Utica Shales??

David Delasanta Executive Vice-President. Superior Distillation Performance on High TDS Water Using Flash Vacuum Distillation

Summary: Saltworks Technologies

Produced Water - the Unlikely Hero of the Permian Basin

Annual Shareholder Meeting June 22, 2015 OTCQB: HIIT

27 th ANNUAL WATEREUSE SYMPOSIUM CHALLENGES OF HIGH-SULFATE WASTEWATER RECYCLE. Abstract. Introduction

CTI Water Treatment Process. From Science to Technology

AD26 Systems for Iron, Manganese, Sulfide and Arsenic Removal

Crystallization A Viable and Green Solution to Industry s Wastewater Needs

STW Water Process & Technologies! A Water Solutions Company!

Compatibility of Scale Inhibitors and Biocides with Fracturing Fluids. Christy C. Wentworth, Ph.D.

Proposed New 18 CFR Part Hydraulic Fracturing in Shale and Other Formations:

Water Availability and Management in Shale Gas Operations

New Technologies for Gas Exploration and Production

Modeling Costs for Produced Water Reuse Scenarios

OsmoBC Integrated Membrane Systems

Novel Treatment Technologies for Desalination and Selective Ion Removal

Utilizing Unconventional Water Sources for Industrial Reuse

Transcription:

Aquatech Energy Services Upstream Oil & Gas Water Management Services

Total Water Management

Total Water Management For Oil & Gas Producers More Than 30 Years Experience Serving The Oil & Gas Industry Design Engineering Centralized Treatment Mobile Treatment Logistics & Data Management Aquatech Energy Services (AES) is a global leader, and has been for over 30 years in providing services on a turnkey basis to the unconventional shale and conventional oil and natural gas industry to manage, treat for beneficial reuse, and dispose drilling, flowback, and produced water. AES provides disinfection services using a multitude of biocides and disinfectants to treat source water and produced water for sulfate reducing bacteria, reduction of hydrogen sulfide, and prevention of biofilm formation within oil and water tank batteries. Our services include treatment of source, flowback, and produced water for metals like iron and manganese, reduction of hardness bearing compounds such as barium, calcium, magnesium, and reduction of sulfate. AES treatment processes are based on technology from Aquatech International with business options ranging from short term to long term contracts operating at well pads using mobile treatment units or at central facilities using fixed modular treatment units, all delivered by a highly skilled, safety compliant and experienced team. Our business models range from design build own (DBO), build own operate (BOO), service maintenance contracts, equipment leasing, training and remote monitoring. We operate multiple merchant central water treatment facilities serving oil and natural gas producers to treat and dispose wastewater from exploration and production activities.

Clean Consistent Water

Treating The Most Challenging Waters Flowback Drill (High Suspended) Production Brine Top Hole Water O&G Residual Waste Aquatech understands how vital water is to your day-to -day operations and the need for a reliable clean water flow that enables your greatest operational uptime. Aquatech solutions ensure a consistent water composition, with minimal undesired contamination. This enables predictable production characteristics such as consistent hydro fracturing and minimal down-hole scaling. In addition, treatment with MoVap produces water with a TDS less than 500 ppm, there by assuring a positive effect on the environment and local community.

Oil & Gas Field Services

Reliable, Adaptable, Sustainable Treat For Discharge Treat For Reuse Treatment At Wellpad Dispose To Producer Store For Treatment & Rreuse The demands of field operations on equipment and personnel require a high level of continued dedication, experience, and engineering. AES delivers reliability on all of these fronts to ensure that water management and treatment enable gas production to proceed rapidly and efficiently. The AES Team has extensive field experience, much of it in the challenging conditions of the Marcellus Shale play. This experience brings a total understanding of our client s operations and the ability to be responsive 24/7/365.

Mobile & Modular Solutions

Sustainable Water Solutions From Pad-To-Pad On-site filtration, disinfection, evaporation systems Ultra-clean water with TDS < 500 ppm Flex solutions adaptable to unique well pads Site conditions change from region to region, site to site, well pad to well pad. AES offers many combinations of treatment solutions that can be customized to the need of the situation. Aquatech provides unconventional gas producers with synergistic mobile/modular technologies that treat and recycle hydraulic fracturing flowback at the wellhead. The MoSuite system produces a reusable and sustainable water source for multiple well pads and reduces the volume of fresh water required for shale gas exploration. MoTreat Mobile pre-treatment system for removal of suspended solids (TSS) with options to also treat for hardness, bacteria, and select precipitation of metals. MoVap Mobile distillation system for removal of dissolved solids (TDS) to produce ultra-clean water for recycling, reuse or disposal, and reduction of wastewater volume. Additional Mobile Options Mobile filter press, generator, and frac tanks are also available to support your water management efforts.

AES Project Profile

Jal, New Mexico Delaware Basin, China Draw BACKGROUND The Delaware Basin is a geologic depositional and structural basin in West Texas and Southern New Mexico, famous for holding large oil fields and for a fossilized reef exposed at the surface. It is part of the larger Permian Basin, itself contained within the Mid-Continent oil province. PROJECT REQUIREMENT Provide on the fly treatment to flowback and produced water for removal of oil, iron, and suspended solids. Provide disinfection and residual disinfectant to allow treated water to be recycled and reused for hydraulic fracturing. SCOPE OF WORK Aquatech Energy Services (AES) provided a turnkey solution which includes permitting, treatment equipment and system set up, chemicals for treatment, plant operation, onsite water testing, byproduct solid sludge disposal, and salt water tank battery management. AES SOLUTION AES employed one set of MoSuite Mobile Treatment Units rated at 6,000 barrels per day and a mobile laboratory for onsite testing of feed and treated water for process control and treated water quality compliance. The MoSuite Unit was setup next to the salt water tank battery. The treatment process included separating and recovering the oil using a gun barrel tank and gravity settling water in the 500 barrel vertical tanks. The water, after removing and recovering the free oil, was dosed with oxidant and its ph was adjusted to allow the oxidant to react with the iron constituents present in the water. The chemical reaction was allowed to be completed within the chemical reaction unit. The chemically treated water was clarified through a coagulation and flocculation process, followed by enhanced area settling, to remove suspended solids and chemical precipitates formed during the iron oxidation process. The ph of the clarified water was adjusted as required. A disinfectant was added to sufficiently disinfect the water during storage prior to reuse of the treated water in hydraulic fracturing. The precipitates settled in the clarifier were further compacted into a solid cake using a filter press. The solid cake collected in a sludge bin to be disposed offsite to a permitted landfill.

Aquatech Energy Services One Four Coins Drive Canonsburg, Pennsylvania 15317 U.S.A. +1-724-746-5300 aic@aquatech.com