ProGanics® DUAL™ |Biotic Soil and Anti-Erosion Protection|22.7 kg|

ProGanics® DUAL™ Biotic Soil + Erosion Control is a Biotic Erosion Control Matrix (BECM) designed to efficiently accelerate the development of poor soil/substrates with a low organic content and determined with biological activity, on the other hand also as an erosion protection with a simple application with a single step. The product ProGanics DUAL is non-toxic, it contains bark and wood fibres that have been phytosanitary treated to eliminate weed seeds and pathogens. After phytosanitary treatment, a mixture of wetting substances, cross-linked biopolymers, water absorbents, biochar, seaweed extract, humic acid, endomycorrhizas, beneficial bacteria and wavy fused biodegradable fibres from renewed plant sources is added to the product. The result is a product that has the same erosion protection efficiency as bonded fibre matrix while restoring denuded soil and promoting vegetation establishment. When applied to the soil surface, ProGanics DUAL creates a continuous, porous, absorbent and flexible coating resistant to erosion and promotes plant germination and growth. The product ProGanics DUAL may require 24-48 hours of maturing to achieve maximum performance.

ADVANTAGES OF THE PRODUCT

erosion protection for medium to steep slopes ≤ 2 : 1,
establishment of fertile soil with low organic matter content (< 5 %),
rapid establishment and sustainable growth of vegetation,
alternative to expensive and difficult-to-supply epidermis and compost,
simple and effective application in a single step.

APPLICATION

The product ProGanics® DUAL™ is suitable for medium to steep slopes ≤ 2: 1. The product is applied to the surface using a water sowing machine.

PHYSICAL PROPERTIES	TEST MODE	UNIT	TYPICAL VALUE
Organic substances	ASTM D586	%	? 95
Mass/surface unit	ASTM D65661	g/m²	? 729
Surface coverage	ASTM D65671	%	? 99
Water retention capability	ASTM D7367	%	? 850
pH	ASTM D1293	n.p.	6.0 ± 1.0
Carbon/nitrogen ratio	ASTM E1508 & EPA Method 1687	n.p.	50:1 ± 10
Colour	Observation	n.p.	Brown
EFFICIENCY*	TEST MODE	UNIT	TYPICAL VALUE
Surface coverage²	Extensive testing⁴	n.p.	? 0.05
Percentage of efficiency³	Extensive testing⁴	%	? 95
Maturation	Observation	hours	12 -24
Establishment of vegetation	ASTM D7322	%	> 700
Time of action⁵	ASTM D5338	months	< 12
ENVIRONMENTAL IMPACT*	TEST MODE	UNIT	TYPICAL VALUE
Ecotoxicity	EPA 2021.0	%	48h LC50 > 100%
Biodegradability	ASTM D5338	n.p.	Yes
EPA 503 Metals - Completed/Uncompleted	EPA 503	Completed/ Uncompleted	Completed
Reducing the number of pathogens	40 CFR 503 class A compost	Completed/ Uncompleted	Completed
COMPOSITION OF THE PRODUCT			TYPICAL VALUE
Heat treated wood fibres⁶(in pressure vessel)			85 %
Mixture of wetting agents, cross-linked biopolymers, water absorbents, biochar, seaweed extract, humic acid, endomycorrhizas, beneficial bacteria			11 %
Wavy fused biodegradable fibres derived from renewed plant sources			4 %
Moisture content			12 %
* At uniform application of 7290 kilograms/hectare under laboratory conditions. 1. Test methods according to ASTM developed for erosion protection agents in rolls modified for hydraulic erosion protection agents. 2. Surface coverage is calculated as the ratio of soil loss on treated surfaces compared to untreated control surfaces. 3. Percentage efficiency = 1 - Surface coverage * 100%. 4. Extensive testing was conducted at a research laboratory in Utah. For detailed testing information, contact a technical service representative of the company Profile at 800-508-8681 or +1-847-215-1144. 5. The time of action is the estimated time based on findings from the field, where it was found that the agent can provide erosion protection and agronomic benefit depending on the composition as well as specific field conditions, including but not limited to temperature, humidity, lighting, soil, biological activity, vegetation establishment and other environmental factors. 6. Heated for 5 minutes to a temperature greater than 193 degrees Celsius at a pressure greater than 345 kPa. In this way appropriate phytosanitary and thermal treatment are achieved.