In this dataset, one assignee holds 1,737 of the records in the ranking, far ahead of the fifth-place company at 112 and tenth place at 37. The ranking also shows that several of the highest-placed entries are related corporate entities within the same group, filing separately under different registered names, which understates how concentrated real ownership is when the ranking is read at face value. Anyone doing a competitive scan should treat closely related entity names as a single portfolio rather than separate competitors.

Filing volume peaked in 2017 at 80 records and had declined to single digits by the most recent partial year, with 57 filings at the 2022 midpoint. That said, publication typically lags filing by around 18 months, so the last one to two years in any such trend will always look lower than they will eventually turn out to be. The honest reading is that filing has slowed substantially since 2017, not that it has stopped.

Beyond the core C11D detergent classification, which covers essentially the entire dataset, the largest adjacent classes are C12N (microorganisms and genetic engineering, covering enzyme-related claims, at 5.7% of records) and D06L (bleaching and dry-cleaning, at 4.8%). Textile chemical treatment (D06M) and smaller footprints in medicinal preparations, cosmetics, dyes and condensation polymers round out the picture. A record can sit in more than one of these classes at once, which is why an applicant working on enzyme-stabilised formulations should expect to search both C11D and C12N art together.

US20100041577A1, filed by Melaleuca, Inc. in 2010, covers ultra concentrated liquid laundry detergent formulated for water dispersibility at low temperatures, roughly 14C to 19C. It is a representative example of cold-water performance claims being staked out well before the 2017 filing peak in this dataset, rather than a recent or dominant filing. Anyone targeting concentrated, cold-water-dispersible formats should review its specific claim scope directly, since its priority date predates most of the activity in this landscape.

The technology composition data shows modest but real activity in adjacent branches — dye-transfer and bleaching interactions (D06L), textile-surface treatment compatibility (D06M), and condensation-polymer delivery systems (C08G) — each sitting well under the dominant C11D core. These branches have enough prior art to confirm they are technically viable, but far less filing density than core surfactant or enzyme-stability claims, which is where a new entrant is more likely to find room to stake a defensible claim without confronting the leading assignee's core portfolio head-on.