Has the Norwegian Fertilizers and Agricultural Chemicals Industry valuation changed over the past few years?

There are only 2 companies in the Norwegian Fertilizers and Agricultural Chemicals industry, so there is insufficient data to make an industry-wide assessment of both the PE and PS ratio.

How does Norwegian Fertilizers and Agricultural Chemicals compare with similar industries?

There are no additional sub-industries under this industry.

Norwegian (OSEAX) Fertilizers and Agricultural Chemicals Industry Analysis

Date	Market Cap	Revenue	Earnings	PE	Absolute PE	PS
Tue, 21 Jul 2026	NOK 114.1b	NOK 160.0b	NOK 14.7b	7.7x	7.7x	0.7x
Thu, 18 Jun 2026	NOK 115.9b	NOK 156.3b	NOK 13.4b	8.6x	8.6x	0.7x
Sat, 16 May 2026	NOK 136.0b	NOK 151.0b	NOK 13.0b	10.4x	10.5x	0.9x
Mon, 13 Apr 2026	NOK 142.5b	NOK 148.7b	NOK 12.9b	10.9x	11x	1x
Wed, 11 Mar 2026	NOK 125.8b	NOK 150.5b	NOK 13.1b	9.5x	9.6x	0.8x
Fri, 06 Feb 2026	NOK 115.3b	NOK 147.0b	NOK 7.1b	16.1x	16.3x	0.8x
Sun, 04 Jan 2026	NOK 104.8b	NOK 151.7b	NOK 7.3b	14.1x	14.3x	0.7x
Tue, 02 Dec 2025	NOK 95.2b	NOK 152.7b	NOK 7.4b	12.7x	12.9x	0.6x
Thu, 30 Oct 2025	NOK 94.6b	NOK 151.1b	NOK 7.3b	12.8x	13x	0.6x
Sat, 27 Sep 2025	NOK 94.5b	NOK 145.5b	NOK 6.9b	13.5x	13.7x	0.6x
Mon, 25 Aug 2025	NOK 95.5b	NOK 146.7b	NOK 7.0b	13.5x	13.7x	0.7x
Wed, 23 Jul 2025	NOK 99.2b	NOK 147.0b	NOK 7.0b	14x	14.2x	0.7x
Fri, 20 Jun 2025	NOK 101.4b	NOK 142.2b	NOK 2.8b	34.7x	35.7x	0.7x
Sun, 18 May 2025	NOK 91.9b	NOK 147.4b	NOK 2.9b	30.4x	31.2x	0.6x
Tue, 15 Apr 2025	NOK 79.1b	NOK 146.5b	NOK 94.8m	532.6x	834.7x	0.5x
Thu, 13 Mar 2025	NOK 84.3b	NOK 147.4b	NOK 95.7m	565x	881.4x	0.6x
Sat, 08 Feb 2025	NOK 79.3b	NOK 156.6b	NOK 6.1b	12.8x	13x	0.5x
Mon, 06 Jan 2025	NOK 78.4b	NOK 158.0b	NOK 6.2b	12.5x	12.7x	0.5x
Wed, 04 Dec 2024	NOK 81.4b	NOK 153.7b	NOK 6.0b	13.4x	13.6x	0.5x
Fri, 01 Nov 2024	NOK 85.7b	NOK 153.0b	NOK 6.0b	14.2x	14.4x	0.6x
Sun, 29 Sep 2024	NOK 85.2b	NOK 148.7b	NOK 2.7b	30.7x	31.6x	0.6x
Tue, 27 Aug 2024	NOK 78.7b	NOK 149.3b	NOK 2.7b	28.2x	29x	0.5x
Thu, 25 Jul 2024	NOK 80.9b	NOK 156.2b	NOK 2.8b	27.8x	28.4x	0.5x
Sat, 22 Jun 2024	NOK 77.0b	NOK 154.3b	-NOK 456,518,420.00	n/a	-168.6x	0.5x
Mon, 20 May 2024	NOK 82.7b	NOK 155.9b	-NOK 465,180,440.00	n/a	-177.8x	0.5x
Wed, 17 Apr 2024	NOK 85.3b	NOK 169.5b	NOK 467.8m	161.2x	182.4x	0.5x
Fri, 15 Mar 2024	NOK 84.5b	NOK 162.9b	NOK 447.5m	166.1x	188.8x	0.5x
Sun, 11 Feb 2024	NOK 91.3b	NOK 162.7b	NOK 405.9m	179.8x	225x	0.6x
Tue, 09 Jan 2024	NOK 88.8b	NOK 179.8b	NOK 5.8b	14.9x	15.2x	0.5x
Thu, 07 Dec 2023	NOK 91.4b	NOK 190.1b	NOK 6.2b	14.5x	14.8x	0.5x
Sat, 04 Nov 2023	NOK 94.2b	NOK 191.7b	NOK 6.2b	14.8x	15.1x	0.5x
Mon, 02 Oct 2023	NOK 103.6b	NOK 210.3b	NOK 10.3b	9.9x	10x	0.5x
Wed, 30 Aug 2023	NOK 98.8b	NOK 209.4b	NOK 10.3b	9.5x	9.6x	0.5x
Fri, 28 Jul 2023	NOK 105.0b	NOK 197.1b	NOK 9.7b	10.8x	10.9x	0.5x


NO Market	-0.042%
Materials	-2.71%
Chemicals	-0.98%
Fertilizers and Agricultural Chemicals	-2.02%
Specialty Chemicals	3.39%
Industrial Gases	0%	0
Commodity Chemicals	-1.11%

	Company	Last Price	7D	1Y	Valuation
No data available

Announcement • 18h

Desert Control Applies Liquid Natural Clay To Romaine Lettuce Yield Trial In Salinas Valley

Desert Control’s Liquid Natural Clay (LNC) was applied to a 6-row trial block at a commercial lettuce operation in California’s Salinas Valley. Liquid Natural Clay (“LNC”) was applied to 6 rows (1 acre) of romaine lettuce located in California’s Salinas Valley and compared against an untreated control (“UTC”) group. Results after one growing season showed a nearly 30% increase in boxes per acre and a 33% increase in Water Use Efficiency. LNC is an OMRI-listed organic soil amendment that uses exfoliated clay platelets in a liquid suspension to improve soil structure. Because it is applied directly through the growers’ existing irrigation systems, LNC delivers sustained results without requiring mechanical soil disruption or changes to current farming operations. Once applied, LNC increases the reactive surface area within soil macropores, slowing the percolation of water and extending its residence times in the root zone. This allows the plant to uptake a significantly higher proportion of applied water and nutrients. The field trial was conducted in the Salinas Valley of California during the spring 2026 growing season. The trial focused on commercial romaine lettuce production. The experimental design consisted of a side-by-side field comparison: Treatment Plot: One acre of commercial romaine lettuce treated with Liquid Natural Clay (LNC). Control Plot: One acre of commercial romaine lettuce grown under standard historical grower practices, serving as the untreated control group. Prior to the trial, a 0-to-6-inch soil sample from the specific trial block was collected and analyzed by Midwest Laboratories (March 31, 2026). The analysis confirmed a light-textured sandy loam soil profile characterized by rapid drainage, low organic matter, and limited native buffering capacity. The treatment utilized was a proprietary formulation of Liquid Natural Clay (LNC) developed by Desert Control, designed to permanently or semi-permanently alter the water- and nutrient-holding behavior of light soils. The application occurred in April 2026 shortly after the beginning of the vegetative growing season. The treatment was executed as a vendor-applied service by Desert Control, requiring no additional operational labor from the grower. LNC was delivered through the field's existing drip tape irrigation infrastructure. Both the treated and untreated plots were harvested simultaneously on May 19, 2026. The primary agronomic metric evaluated was yield volume (measured in standard harvest boxes per acre) and average carton weight. The data indicates that the LNC application significantly improved the productive output of the historically weak ground. The primary driver of the yield increase was total volume (number of mature, harvestable heads) rather than an increase of individual carton weights, as box weights remained virtually identical between the two plots. Untreated Control (UTC) Acre: Total Yield 329 boxes, Average Box Weight 17.7 lbs. LNC-Treated Acre: Total Yield 427 boxes, Average Box Weight 17.8 lbs. Net Change: +98 boxes, +0.1 lbs. Percentage Change: +29.8%, +0.56%. The application of LNC in this trial is considered highly successful. By generating a 29.8% increase in total harvestable yield an additional 98 boxes per acre without compromising individual carton weight or requiring additional grower inputs, LNC met the primary objective of enhancing productive output on historically underperforming sandy loam soils. Water Use Efficiency (WUE) is a useful tool in comparing yields per unit of applied water, expressed in tons of yield per acre foot (AF) of water. The LNC-treated and control plots each received 0.57-acre feet per acre (AF/ac) of irrigation, and 1.2” of rainfall over the growing season. This converts to 8.04 inches per acre or 0.67 AF/ac of total water applied. Table 4 shows a WUE of 4.3 tons of yield per acre foot of applied water for the untreated control group, while the LNC group has a calculated WUE of 5.7 tons/AF. This represents a 33% increase in yield per AF of applied water. The Spring 2026 Romaine lettuce trial in California’s Salinas Valley demonstrates that LNC is a highly viable solution for mitigating the compounding challenges of sandy soils and severe water scarcity in commercial agriculture. LNC treatment generated a nearly 30% increase in harvestable romaine lettuce yield and significantly improved overall Water Use Efficiency without requiring additional grower labor or water inputs. Furthermore, this enhanced water-holding capacity acted as a critical agronomic buffer against late-season water stress, preserving crop quality during a delayed dry-down harvest.

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Desert Control Applies Liquid Natural Clay To Romaine Lettuce Yield Trial In Salinas Valley

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