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DELTAPLAN Soil System
soil additive / stabilizing agent
RESOURCE CONSERVATION TECHNOLOGY
Designed to help avoid, minimize, and remedy the human impact on soil and water resources.
safe to use with all soil types
Minimally Invasive Integration Ratio:
0.30 oz Deltaplan Soil System hydrogel per 1 sq ft soil
DELTAPLAN Soil System: COMPOSITION
DELTAPLAN polymer (PAM) ............ 1.7%
MICROCOMPONENTS ...................... 7.5%
WATER: .................................................... 90.8%
Hydrogel - an overview | ScienceDirect Topics
Recent Trends in Advanced Polymer Materials in Agriculture-Related Applications ACS Appl. Polym. Mater. 2021, 3, 3, 1203–1217
Product Information
TECHNOLOGY AND OPERATIONS
All Functions: High-performance, stimuli-responsive polymer
- Forms 'intermediate polymer-soil systems'
- Forms 'intermediate polymer-plant systems'
- Forms a bioadhesive water and nutrient delivery system
- can change according to the environment
- can generate and regenerate diverse, long-lasting, mutually interchangeable intramolecular connections triggered by environmental changes
- can engage in biochemical interactions with biotic/abiotic factors in the environment
- can utilize "ingredient blocks" and similar materials in bio-adhesive element combinations
- can help compensate, facilitate, and regulate the fluxes of chemical elements
Non-invasive integration method: soil surface spraying
Does not require wetting. Does not require injection. Application: once every five years.
Bio-degradable. Zero decay. Zero waste.
ENVIRONMENTAL IMPACT
The DELTAPLAN Soil System boasts an exceptional ecological footprint with ZERO negative environmental impact.
Through careful research and development, the formulation of the DELTAPLAN Soil System has been designed to ensure maximum effectiveness while minimizing any adverse effects on ecosystems. Its innovative composition and application methodology prioritizes sustainability, making it an environmentally friendly solution for soil improvement.
By utilizing the DELTAPLAN Soil System, users can confidently contribute to ecological preservation, as it leaves no harmful residues or pollutants in the soil or surrounding ecosystems. This commitment to zero negative impact reinforces its role as a responsible choice for sustainable agricultural practices and land management, aligning with the principles of environmental stewardship and long-term ecological resilience.
ECOLOGICAL FOOTPRINT
ZERO DECAY, ZERO WASTE
THIRD- PARTY TESTED AND COMPLIANT with:
EPA 6010, EPA 7471, EPA 1682, EPA 1681, EPA 9045, MWL ME PROC 26, MWL Developed, AOAC 920.03 (mod), AOAC 2001.11, Calif HA4/JC (rev. 2:3-11-09), ASTM D 5373 (mod), SM 2540 G-(1997), Soil Sci. & Plant Anal. 1970, E. coli MPN REGULATIONS
EPA 6010
EPA 6010 is a widely used performance-based guidance for analysis of 31 trace elements in groundwater, soil, sediment, and solid waste.
EPA 7471
The current U.S. Environmental Protection Agency (U.S. EPA) protocols for mercury determinations in aqueous and solid waste samples.
EPA 1682
EPA’s Selected Analytical Methods for Environmental Remediation and Recovery (SAM) lists this method for preparing and analyzing soil, drinking water, and post-decontamination wastewater samples for non-typhoidal Salmonella; and for culture-based analysis of non-typhoidal Salmonella in prepared aerosol and particulate samples.
EPA 1681
This method is designed to meet the survey and monitoring requirements of the U.S. Environmental Protection Agency (EPA) in regulating the use and disposal of biosolids under 40 CFR Part 503. Method 1681 provides for the enumeration of fecal coliforms in Class A and Class B biosolids using the most probable number (MPN) procedure.
EPA 9045
This method is designed to meet the survey and monitoring requirements of the U.S. Environmental Protection Agency (EPA) for measuring pH in soils and waste samples. Wastes may be solids, sludges, or non-aqueous liquids.
MWL ME PROC 26
"Mineralized Water Leachate"
This method is designed to identify and quantitate minerals/ metals in the sample.
AOAC 920.03
AOAC Official Test Method used to measure total nitrogen in fertilizers with two types of catalysts.
AOAC 2001.11
AOAC Official Test Method used to measure Protein (crude) in animal feed, Forage (plant tissue), Grain, and oilseeds. Block digestion method using copper catalyst and steam distillation into boric acid.
Calif HA4/JC
Humic Acid Analysis
ASTM D 5373
Standard Test Methods for Determination of Carbon, Hydrogen and Nitrogen
SM 2540 G-(1997)
This method is for the determination of total solids and its fixed and volatile fractions in such solid and semi-solid samples
Soil Sci. & Plant Anal. 1970 / E. coli MPN
Standard Test Methods for Determination of Chloride
E. Coli Most Probable Number Standard Test