TETRA TECHNOLOGIES INTRODUCES TETRA NEPTUNE Z-LITE DEEPWATER COMPLETIONS FLUID

TETRA Technologies (NYSE: TTI) introduced TETRA Neptune Z-Lite, a high-density completion fluid for deepwater and high-pressure wells, using patented Neptune chemistry.

Rhea-AI Summary

TETRA Technologies (NYSE: TTI) introduced TETRA Neptune Z-Lite, a high-density completion fluid for deepwater and high-pressure wells, using patented Neptune chemistry. The system offers up to 60% lower zinc-ion concentration than conventional zinc fluids while maintaining density and was selected for a three-well 20k psi Gulf of America project beginning in 2026.

Positive

• New TETRA Neptune Z-Lite completion fluid targets deepwater and high-pressure wells
• Uses patented Neptune chemistry with up to 60% lower zinc-ion concentration
• Awarded three-well 20k psi Gulf of America project starting in 2026
• Fluid available up to 17.5 ppg, thermally stable and solids-free
• Designed for lower corrosion potential and recyclable with standard equipment
• Aims to lower life cycle well cost and enhance deepwater market position

Negative

• None.

Argus Jun 29 session

+4.69% close to close Open Argus

Details

News Market Reaction – TTI

On Jun 29, the day this news came out, TTI closed 4.69% above the previous close.

Data tracked by StockTitan Argus for the Jun 29 session.

Key Figures

Zinc-ion reduction: up to 60% lower zinc-ion concentration Deepwater project pressure: 20k psi Project wells: three-well program +3 more

Zinc-ion reduction

up to 60% lower zinc-ion concentration

Compared with conventional zinc-based completion fluids

Deepwater project pressure

20k psi

Three-well deepwater project design pressure in Gulf of America

Project wells

three-well program

Awarded for Beacon Offshore Energy’s Shenandoah and Monument projects

Project start

2026

Expected start of three-well deepwater program

Maximum fluid density

17.5 ppg

Available density for TETRA Neptune Z-Lite completion fluid

Global footprint

operations on six continents

Company overview of TETRA’s global operations

Historical Context

5 past events · Latest: Jun 02

5 events

1. Jun 02

   Equity offering priced

   24h Move

   -10.6%

   Underwritten public stock offering at $9.25 per share under shelf registration.

2. Jun 02

   Equity offering launch

   24h Move

   -10.6%

   Announcement of $100M common stock offering to fund Arkansas bromine project.

3. May 28

   Project investment FID

   24h Move

   -1.8%

   Board approval for Evergreen bromine facility with $607M NPV and $220M capex.

4. Apr 29

   Q1 2026 earnings

   24h Move

   -1.9%

   Strong Q1 results and maintained 2026 guidance, highlighting growth initiatives.

5. Apr 07

   Earnings call date

   24h Move

   +2.2%

   Scheduling of Q1 2026 earnings release and conference call details.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Key Terms

completion fluid, zinc-ion, elastomers, brines

4 terms

completion fluid technical

"a high-density completion fluid designed for deepwater and high-pressure well applications"

Completion fluid is a specially formulated liquid used in oil and gas wells after drilling to prepare the hole for production; it balances underground pressure, protects the rock and equipment, and helps clear cuttings and debris so the well can start producing. Investors care because the fluid’s design, cost and how well it avoids damage or environmental problems directly affect short‑term output, long‑term recovery, safety and operating expenses—similar to how the right fuel and oil determine how smoothly an engine runs.

zinc-ion technical

"offering up to 60% lower zinc-ion concentration than conventional zinc-based fluids"

A zinc-ion is a zinc atom that carries a positive electrical charge and moves through a material during chemical reactions, most often in batteries where it shuttles charge between electrodes. Investors care because technologies using zinc-ions, such as zinc-ion batteries, can offer lower cost, greater safety and different supply-chain dynamics than alternatives, potentially affecting manufacturers, raw-material suppliers and energy-storage markets.

elastomers technical

"The fluid is compatible with most elastomers and formation fluids"

Elastomers are flexible, rubber-like materials that stretch and return to their original shape—think of a rubber band or a car tire — made from natural or synthetic polymers. Investors care because elastomers are essential in many products (seals, hoses, gaskets, footwear, tires) where performance and durability affect product quality, manufacturing costs and replacement cycles; supply, raw-material prices, and innovations in elastomers can therefore influence company margins and market competitiveness.

brines technical

"designed to offer lower corrosion potential than conventional zinc brines"

Brines are naturally occurring or industrial waters that contain very high concentrations of dissolved salts and minerals, like a much saltier version of seawater. They matter to investors because they can be both a liability—requiring costly treatment, disposal, or regulatory compliance—and an asset, since valuable elements (for example lithium or potash) can be extracted and sold; think of brine as a salty soup that can hide either a costly mess or a new source of revenue.

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Using Neptune Chemistry to Achieve Required Density With Lower Zinc Content; Awarded Three-Well 20k psi Deepwater Project in the Gulf of America With Estimated Start in 2026

SPRING, Texas, June 29, 2026 /PRNewswire/ -- TETRA Technologies, Inc. (NYSE: TTI) today announced the introduction of TETRA Neptune Z-Lite, a high-density completion fluid designed for deepwater and high-pressure well applications. The fluid system uses our patented Neptune fluid chemistry and expands the Company's completion fluids portfolio by offering up to 60% lower zinc-ion concentration than conventional zinc-based fluids while maintaining required density performance. TETRA has been awarded a three-well program for TETRA Neptune Z-Lite for Beacon Offshore Energy's Gulf of America Shenandoah and Monument projects expected to begin in 2026.

TETRA Neptune Z-Lite reduces zinc-ion concentration, helping limit zinc returns from the wellbore and reduce refinery exposure. Available in densities up to 17.5 ppg, TETRA Neptune Z-Lite is thermally stable, solids-free, and designed to offer lower corrosion potential than conventional zinc brines. The fluid is compatible with most elastomers and formation fluids and can be recycled using standard field equipment.

"TETRA Neptune Z-Lite reflects our focus on fluid chemistry and on delivering differentiated completion fluids technology to meet customer needs in deepwater offshore markets," said Brady Murphy, president and chief executive officer of TETRA Technologies. "By applying our patented TETRA Neptune and our high-purity zinc bromide chemistries, we are leveraging the advantages of both. The Neptune chemistry improves corrosion performance while lowering zinc concentration, thereby reducing handling requirements across the wellsite, production facilities, and refineries."

As deepwater developments target increasingly higher-temperature and higher-pressure reservoirs, TETRA Neptune Z-Lite is designed to deliver a lower life cycle well cost, which further strengthens the Company's position in the growing global deepwater markets.

For more information about TETRA Neptune Z-Lite, click here. 

Company Overview

TETRA Technologies, Inc. is an energy services and solutions company focused on developing environmentally conscious services and solutions that help make people's lives better. With operations on six continents, the Company's portfolio consists of Energy Services, Industrial Chemicals, and Critical Minerals. In addition to providing products and services to the oil and gas industry and calcium chloride for diverse applications, TETRA is expanding into the low-carbon energy market with chemistry expertise, key mineral acreage, and global infrastructure, helping to meet the demand for sustainable energy in the twenty-first century. Visit the Company's website at www.onetetra.com for more information or connect with us on LinkedIn.

Cautionary Statements

This news release contains "forward-looking statements" within the meaning of Section 27A of the Securities Act of 1933 and Section 21E of the Securities Exchange Act of 1934. These statements are identifiable by the use of the following words, the negative of such words, and other similar words: 'believes', 'estimates', 'expects', 'intends', 'projects', and 'targets'." These statements involve known and unknown risks, uncertainties, and other factors that may cause the Company's actual results, performance, or achievements to be materially different from any future results, performance, or achievements expressed or implied by the forward-looking statements. Forward-looking statements include, but are not limited to, statements regarding expected timing of operations; the number of wells expected to be part of the program; the anticipated performance, benefits, and acceptance of the Company's products and technologies; expected cost and environmental advantages; and the Company's competitive position and growth opportunities in deepwater and other markets. These forward-looking statements are based on certain assumptions and analyses made by TETRA in light of its experience and its perception of historical trends, current conditions, expected future developments, and other factors it believes are appropriate in the circumstances. Such statements are subject to several risks and uncertainties, many of which are beyond the control of TETRA. Important factors include, among others, that the market may not grow as anticipated, or may decline; the anticipated benefits may not be realized; the actual number of wells may be fewer than currently expected; the program may be delayed, reduced, suspended, or cancelled; the award may not be reduced to a definitive agreement; the products may not perform as expected; and there may be changes in customer capital spending and general economic and industry conditions. These forward-looking statements are based on information available at the time of this release and are subject to a number of risks, uncertainties, and assumptions. For a discussion of these risks, uncertainties, and assumptions, the Company refers you to its filings with the Securities and Exchange Commission, including its most recent Annual Report on Form 10-K and Quarterly Reports on Form 10-Q. The Company does not undertake any obligation to update or revise forward-looking statements.

View original content to download multimedia:https://www.prnewswire.com/news-releases/tetra-technologies-introduces-tetra-neptune-z-lite-deepwater-completions-fluid-302812760.html

SOURCE TETRA Technologies, Inc.

FAQ

AI-generated questions and answers. How Rhea-AI works. Not financial advice.

What did TETRA Technologies (TTI) announce on June 29, 2026 about Neptune Z-Lite?

TETRA Technologies announced the launch of TETRA Neptune Z-Lite, a high-density completion fluid for deepwater and high-pressure wells. According to TETRA Technologies, the fluid expands its completion portfolio and was selected for a three-well 20k psi Gulf of America project beginning in 2026.

What is TETRA Neptune Z-Lite completion fluid and how does it work?

TETRA Neptune Z-Lite is a high-density, solids-free completion fluid designed for deepwater and high-pressure wells. According to TETRA Technologies, it uses patented Neptune chemistry and high-purity zinc bromide to maintain required density performance while significantly reducing zinc-ion concentration versus conventional zinc-based fluids.

How much does TETRA Neptune Z-Lite reduce zinc concentration compared with conventional fluids?

TETRA Neptune Z-Lite offers up to 60% lower zinc-ion concentration than conventional zinc-based completion fluids. According to TETRA Technologies, this reduction helps limit zinc returns from the wellbore, lowers refinery exposure, and reduces handling requirements at wellsites, production facilities, and refineries.

What are the key technical specifications of TETRA Neptune Z-Lite for deepwater wells?

TETRA Neptune Z-Lite is available in densities up to 17.5 ppg and is thermally stable and solids-free. According to TETRA Technologies, it is designed for lower corrosion potential than conventional zinc brines, is compatible with most elastomers and formation fluids, and can be recycled using standard field equipment.

Which deepwater project will use TETRA Neptune Z-Lite and when does it start?

TETRA Neptune Z-Lite has been selected for a three-well 20k psi deepwater program for Beacon Offshore Energy in the Gulf of America. According to TETRA Technologies, the Shenandoah and Monument projects using this fluid are expected to begin in 2026.

How could TETRA Neptune Z-Lite impact TETRA Technologies’ position in deepwater markets (TTI)?

TETRA Neptune Z-Lite is designed to deliver lower life cycle well costs for high-pressure, high-temperature reservoirs. According to TETRA Technologies, this product further strengthens the company’s position in growing global deepwater markets by broadening its differentiated completion fluids portfolio.

What environmental and operational benefits does TETRA Neptune Z-Lite aim to provide?

TETRA Neptune Z-Lite aims to reduce zinc returns and refinery exposure by lowering zinc-ion concentration. According to TETRA Technologies, it also targets improved corrosion performance, recyclability with standard equipment, and lower handling requirements across wellsites, production facilities, and refineries compared with conventional zinc-based brines.