Patents
US patents through Dec 31, 2025 · PatentsView, from the USPTO’s Open Data Portal · read Oct 27, 2026
106 patents granted to the 5 names below, as the owner printed on each patent when it was granted. A later sale, a lapse or an expiry is not read, so this is what was granted to TETRA Technologies, Inc.’s names, not what it holds today.
Patents granted
106
106 utility, 1976 to Dec 31, 2025
Granted in 2025
4
Against 3 in 2024 and 5 in 2023
Applications published
56
3 of them in 2025
Names they are printed under
5
its own name, a subsidiary
By yearGrantedApplications published
'11'12'13'14'15'16'17'18'19'20'21'22'23'24'25
Each pair is one calendar year. Applications are published about eighteen months after filing, so the newest years read low.
What they are aboutgrants since 2021
Basic materials chemistry11
Civil engineering6
Chemical engineering5
Handling3
Organic fine chemistry2
The main technology area of each patent, in the World Intellectual Property Organization’s 35 fields.
Under which name5 counted
TETRA Technologies, Inc. its own name
US, as the owner printed on each patent
104 granted
42 publishedTetra Technologies, Inc. its own name
named as the applicant on its applications, in US
0 granted
12 publishedOptima Solutions UK Limited a subsidiary
GB, as the owner printed on each patent
1 granted
1 publishedCompressco, Inc. a subsidiary
US, as the owner printed on each patent
0 granted
1 publishedTetra International, Inc. a subsidiary
US, as the owner printed on each patent
1 granted
0 published
Newest grantseach row opens the USPTO’s own copy
| Granted | Patent | Title | Field | Owner as printed |
|---|
| Oct 21, 2025 | 12,448,351 | Method of preparing ionic fluids | Organic fine chemistry | TETRA Technologies, Inc. |
| Jun 17, 2025 | 12,330,173 | Method and apparatus for modular hydrocyclone | Chemical engineering | TETRA Technologies, Inc. |
| Mar 18, 2025 | 12,252,943 | Method and apparatus for automatic drill out | Civil engineering | TETRA Technologies, Inc. |
| Jan 14, 2025 | 12,194,421 | Multi chamber mixing manifold | Chemical engineering | TETRA Technologies, Inc. |
| Dec 3, 2024 | 12,158,064 | Method of delivering frac fluid and additives | Civil engineering | TETRA Technologies, Inc. |
| Aug 20, 2024 | 12,066,127 | Rapid deployment frac water transfer system | Handling | TETRA Technologies, Inc. |
| Mar 5, 2024 | 11,920,439 | Situ treatment analysis mixing system | Civil engineering | TETRA Technologies, Inc. |
| Nov 28, 2023 | 11,827,599 | Method of preparing ionic fluids | Organic fine chemistry | TETRA Technologies, Inc. |
| Oct 10, 2023 | 11,781,408 | Method of delivering frac fluid and additives | Civil engineering | TETRA Technologies, Inc. |
| Oct 10, 2023 | 11,779,937 | Method and apparatus for hydrocyclone | Chemical engineering | TETRA Technologies, Inc. |
Newest applications publishedan application is a clue, never a plan
| Published | Application | Title | Field | Owner as printed |
|---|
| Sep 4, 2025 | 2025/0277416 | METHOD AND APPARATUS FOR AUTOMATIC DRILL OUT | Civil engineering | Tetra Technologies, Inc. |
| Jun 19, 2025 | 2025/0197235 | METHOD FOR THE REDUCTION OF THE ORP, AS WELL AS INCREASING PH LEVELS TO NEUTRAL FOR THE USE IN A DLE PROCESS DEVICE | Materials, metallurgy | TETRA Technologies, Inc. |
| Mar 6, 2025 | 2025/0074785 | COMPOSITION OF AN ULTRA-PURE ZINC BROMIDE AND ZINC CHLORIDE BLEND PRODUCED FROM A METHOD OF REACTING CHLORINE WITH A MIXTURE OF ZINC BROMIDE AND ZINC | Chemical engineering | TETRA Technologies, Inc. |
| May 23, 2024 | 2024/0167338 | METHOD AND APPARATUS FOR AUTOMATIC DRILL OUT | Civil engineering | Tetra Technologies, Inc. · patent 12,252,943 granted from it |
| May 16, 2024 | 2024/0158346 | METHOD OF PREPARING IONIC FLUIDS | Organic fine chemistry | Tetra Technologies, Inc. · patent 12,448,351 granted from it |
| Mar 10, 2022 | 2022/0073806 | HIGH DENSITY, LOW TCT DIVALENT BRINES AND USES THEREOF | Basic materials chemistry | TETRA Technologies, Inc. · patent 11,613,687 granted from it |
| Nov 11, 2021 | 2021/0348697 | RAPID DEPLOYMENT FRAC WATER TRANSFER SYSTEM | Handling | TETRA Technologies, Inc. · patent 12,066,127 granted from it |
| Aug 5, 2021 | 2021/0238468 | STABILIZATION AND REDUCTION OF TCT OF DIVALENT IODIDE-CONTAINING BRINES | Basic materials chemistry | TETRA Technologies, Inc. · patent 11,292,956 granted from it |
| Apr 22, 2021 | 2021/0115316 | TEMPERATURE STABILITY OF POLYOLS AND SUGAR ALCOHOLS IN BRINES | Basic materials chemistry | TETRA Technologies, Inc. · patent 11,208,587 granted from it |
| Feb 11, 2021 | 2021/0040372 | STABILIZATION AND REDUCTION OF TCT OF BRINES CONTAINING MONOVALENT IODIDES | Basic materials chemistry | TETRA Technologies, Inc. · patent 11,261,362 granted from it |
What it applied for, 2024 to 2025: Civil engineering 2 · Organic fine chemistry 1 · Chemical engineering 1 · Materials, metallurgy 1.
A patent is counted where the owner printed on it when it was granted carries the company’s own name, a former name, the name of a subsidiary its annual report lists, or its own name with a patent-holding phrase (Technology Licensing, Intellectual Property and the like), once the legal form, case and punctuation are set aside, and prints a country that name counts in. PatentsView’s data are published under the Creative Commons Attribution 4.0 licence. Source: PatentsView's granted patents and pre-grant publications, disambiguated, from the USPTO's Open Data Portal, through Dec 31, 2025, read Oct 27, 2026.