Pennsylvania Code
Title 7 - AGRICULTURE
Part V - Bureau of Plant Industry
Chapter 130d - APPLICATION OF SOIL AND GROUNDWATER CONTAMINATED WITH AGRICULTURAL CHEMICALS TO AGRICULTURAL LANDS
Subchapter B - LAND APPLICATION PROPOSAL REQUIREMENTS FOR PERMISSION TO APPLY SOIL AND GROUNDWATER CONTAMINATED WITH AGRICULTURAL CHEMICALS TO AGRICULTURAL LAND
Section 130d.24 - Operating plan

(i) The address and a description of the remediation site from which the contaminated soil or groundwater to be applied to the agricultural land originated or was generated.

(ii) The address and a description of the agricultural site to which the contaminated soil or groundwater will be applied.

(iii) The proposed life of the operation from the time the first soil pile or quantity of groundwater arrives on the application site to final closure of the application site and the origin and chemical, nutrient and constituent make up of each soil pile or quantity of groundwater to be applied.

(iv) The proposed application rate per acre, which shall be consistent with standards established by this chapter, as well as, the Nutrient Management Act (3 P. S. § § 1701-1718), 3 Pa.C.S. § § 6701-6725 (relating to Fertilizer Act), 3 Pa.C.S. § § 6901-6921 (relating to Soil and Plant Amendment Act), the Pennsylvania Pesticide Control Act of 1973 (3 P. S. § § 111.21-111.61) and the Federal Insecticide, Fungicide and Rodenticide Act of 1947 (7 U.S.C.A. § § 136-136y).

(v) The proposed methods, techniques and types of applications, which shall be consistent with standards established by this chapter as well as the Nutrient Management Act, the Fertilizer Act, the Soil and Plant Amendment Act, the Pennsylvania Pesticide Control Act of 1973 and the Federal Insecticide, Fungicide and Rodenticide Act of 1947.

(vi) The proposed dates of application.

(vii) The equipment to be used for site preparation, land application of the contaminated soil and groundwater and incorporation of the contaminated soil.

(viii) The use that will be made of the proposed application area and the crops that will be planted on each application plot for 3 years following the application.

(ix) A plan to control drift or migration of the chemicals, nutrients and constituents in the soil and groundwater being applied.

(x) Information necessary to show compliance with this chapter, such as the contaminants and contamination levels in each soil pile or quantity of groundwater, the specific plot upon which each soil pile or quantity of groundwater will be placed and the techniques and application rates to be utilized.

(i) The type and concentration of each agricultural chemical contained in each soil pile or quantity of groundwater reported by the applicant in the land application proposal submitted to the Department.

(ii) The excavated soil type indicated by the applicant in the land application proposal submitted to the Department.

(iii) The total volume of excavated soil or contaminated groundwater in each individual soil pile or quantity.

(iv) The proposed application site crop for the upcoming growing season and a projected 3 year crop rotation plan including the use of the land, type of crop to be grown and the use of the crops. The same crop may be planted year after year with the approval of the Department.

(v) The concentration, in parts per million, of the active ingredients in each soil pile or quantity of groundwater contaminated with agricultural chemicals.

(vi) The application rate for the selected site and crop based on the current labeling for each pesticide found. If fertilizers are being applied, the applicant shall follow the recommendations for fertilizer applications for specific crops listed in the latest edition of the Pennsylvania Agronomy Guide.

(vii) For agricultural chemicals other than fertilizers a conversion factor (37000) shall be used. The calculation considers the concentration of parts per million and the conversion of FT3 to YD3.

(3FT)3/YD3 ÷ 1,000,000 = 1/37037.037

The result of the calculation is the total acreage required for land application for each individual agricultural chemical. A safety factor included in this calculation considers the cumulative effect of all the pesticides detected in the soil pile or quantity of groundwater. The acres required for each individual contaminant found in each soil pile or quantity of groundwater contaminated with agricultural chemicals are summed. This value is the uniform soil application rate. Soil application rate (volume of excavated soil or contaminated groundwater ÷ total acres required) (yds3/acre).

(viii) The application credits that shall be taken and the additive loading effect of the soil or groundwater contaminated with agricultural chemicals. The rate will be calculated using the following formula:

(Land required for an individual contaminant ÷ total acres required) x product label rate = active ingredient application credit (lbs/acres)).

(i) Application rate. The application rate as compared to the label rates of the various compounds present in each soil pile or quantity of groundwater contaminated with agricultural chemicals shall adhere to and not exceed the labeling rate for each compound present.

(ii) Total loading. All pesticides detected in a single soil pile or quantity of groundwater contaminated with agricultural chemicals shall be considered when developing soil application rates. The cumulative effect of all the pesticides can be considered by summing the acreage needed for each individual pesticide to develop the total acreage required. Where more than one pesticide is present in a soil pile or quantity of groundwater the soil pile or groundwater shall be applied at the most restrictive labeling rate. Nutrients shall be considered separately from pesticides when developing soil application rates. In addition, the sum of pesticide active ingredient applied through any land application activities and other applications in the same season (or following season, in the case of fall or postharvest land applications) may not exceed labeling rate restrictions for any pesticide applied.

(iii) Incorporation. The soil and groundwater contaminated with agricultural chemicals shall be applied in a manner that assures an even distribution of agricultural chemicals within the soil pile or quantity of groundwater and ensures the application rate will be uniform across the application site. In addition, where incorporation is necessary, the incorporation techniques used for soil piles contaminated with agricultural chemicals shall achieve a mixture of top soil and contaminated media and shall ensure the contaminated media is incorporated to a depth of at least 6 inches. The contaminated media shall be incorporated into the soil at the application site within 24 hours of application.

(iv) Top soil considerations . The applicant shall set forth procedures (such as developing a soil and erosion prevention plan and an incorporation plan) to assure that topsoil will not be lost, stripped off the land or buried under the contaminated soil to be applied.

(v) Uniform application rate. The applicant shall set forth procedures to assure the application rate will be uniform across the field application area or as close to uniform as is possible given the current technology, machinery and application techniques available.

(vi) Multiple applications of nutrients. The total amount of nutrients applied through the land application plus other commercial fertilizers, manure and nutrient applications shall be set forth in the operation plan in the land application proposal. In addition, if the nutrients are being applied to an agricultural site that is required to have a nutrient management plan, under the Nutrient Management Act, the applicant shall attest that the application of the additional nutrients contained in the soil piles or groundwater to be applied conform with and do not violate the standards established in the applicant's nutrient management plan. If the application requires a revision to the nutrient management plan, the applicant shall attach a notification from the State Conservation Commission attesting to the fact the nutrient management plan has been revised to account for the additional nutrients and the revised plan has received final approval.

(i) A projected 3-year crop rotation plan for each field or plot upon which soil or groundwater contaminated with agricultural chemicals is to be applied, including type of crop to be grown, planting sequence, crop planting technique to be used, crop and land management and use of crops grown.

(ii) A nutrient and pesticide management plan for the site, including: