65.080 肥料 标准查询与下载

FprCEN/TS 17700-1-2021 植物生物刺激素 声明 第1部分：一般原则

Plant biostimulants - Claims - Part 1: General principles

T/GXAF 0004-2021 糖料蔗化肥施用限量

规定了糖料蔗化肥施用限量的要求。

Limited amounts of chemical fertilizers for sugarcane

T/CCEMA 0003-2021 锌腐酸复合肥料

一、锌腐酸复合肥料主要生产过程 将微量元素锌与一定分子量矿源锌腐酸在一定工艺条件下经螯合反应制备成的肥料增效载体。将锌腐酸肥料增效载体与不同工艺复合肥装置结合，实现一体化生产，无需二次加工。（1）高塔工艺：首先将锌腐酸增效载体与尿素或硝铵共溶，再与磷、钾及辅料在塔顶混合槽中形成共溶料浆，经高塔喷淋自然冷却成粒制成；（2）转鼓工艺：将锌腐酸增效载体与氮磷钾原料混合均匀后，经转鼓造粒、烘干、冷却等流程制成；（3）料浆工艺：将液体锌腐酸加入磷酸管道经管式反应器与液氨共反应，与其他氮源、钾源及辅料经转鼓成粒。 二、技术要求 1. 外观 灰褐色或黑色粒状、条状或片状产品，无机械杂质。 2. 技术指标 锌腐酸复合肥料的技术指标 项     目　指    标 　高浓度　中浓度　低浓度 总养分（N+P2O5+K2O）的质量分数a/%　≥　40.0　30.0　25.0 锌腐酸的质量分数/%　≥　1.0　1.2　2.0 锌的质量分数/mg?kg-1　≥　500　400 硝态氮b/%　≥　1.5 水溶性磷占有效磷的百分率c/%　≥　70　60　50 水分（H2O）的质量分数d/ %　≤　2.0　2.5 粒度（1.0 mm～4.75 mm或3.35 mm～5.60 mm）e/ %　≥　90 氯离子的质量分数f/%　未标“含氯”的产品　≤　3.0 　标识“含氯（低氯）”的产品　≤　15.0 　标识“含氯（中氯）”的产品　≤　30.0 单一中量元素g（以单质计）/%　有效钙　≥　1.0 　有效镁　≥　1.0 　总硫　≥　2.0 单一微量元素h（以单质计,锌除外）/%　≥　0.02 a大量元素质量分数指总N、P2O5、K2O含量之和。产品应至少包含两种大量元素。单一大量元素含量不低于4.0%，且单一养分测定值与标明值负偏差的绝对值不应大于1.5%。 b 包装容器上表明“含硝态氮”时，检验本项目。 c以钙镁磷肥等枸溶性磷肥为基础磷肥并在包装容器上注明为“枸溶性磷”时，“水溶性磷占有效磷百分率”项目不做检验和判定。若为氮、钾二元肥料，“水溶性磷占有效磷百分率”项目不做检验和判定。 d水分为出厂检验项目。 e特殊形状或更大颗粒（粉状除外）产品的粒度可由供需双方协议确定。 f氯离子的质量分数大于30.0%的产品，应在包装袋上标明“含氯（高氯）”，标识“含氯（高氯）”的产品氯离子的质量分数可不做检验和判定。 g 包装容器上标明含钙、镁、硫时检测本项目。 h 包装容器上标明含铜、铁、锰、硼、钼时检测本项目,钼元素的质量分数不高于0.5%。 三、技术指标说明 1. 锌腐酸含量 根据研究、生产和推广应用情况，规定高、中、低浓度锌腐酸复合肥料的锌腐酸含量分别为1.0%、1.2%、2.0%。锌腐酸含量的测定参考HG/T 5514-2019《含腐植酸磷酸一铵 磷酸二铵》中腐植酸含量的测定中的原理和方法，并针对锌腐酸复合肥料生产可能存在以氯化铵、氯化钾为原料的情况，在氧化过程中加入硫酸银以形成氯化银沉淀，从而消除氯离子对锌腐酸含量测定的影响（标准附录A）。  2. 锌含量 GB/T 15063-2020中要求肥料中的微量含量不低于200 mg/kg，本标准规定中、高浓度锌腐酸复合肥料的锌含量≥500 mg/kg，低浓度产品≥400mg/kg。 3. 水溶性磷占有效磷的百分率 GB/T 15063-2020规定高、中、低浓度产品水溶性磷占有效磷的百分率分别为60%、50%、40%，结合锌腐酸复合肥料特点和优势，将团体标准中该指标提高10个百分点。 4. 其他技术指标及安全性指标    其他技术指标及检测方法均符合GB/T 15063-2020的要求，安全性指标及检测方法符合GB 38400的要求。

Compound fertilizer containing Zinc-humic acid

FprCEN/TS 17710-2021 植物生物刺激素-李斯特菌的检测

Plant biostimulants - Detection of Listeria monocytogenes

BS ISO 22018:2021 肥料、土壤调理剂和有益物质 无机肥料中EDTA可溶性磷含量的测定

Fertilizers, soil conditioners and beneficial substances. Determination of EDTA soluble phosphorus content in inorganic fertilizers

DB45/T 2333-2021 甘蔗测土配方肥及施用技术规程

Sugarcane Soil Test Formula Fertilizer and Application Technical Regulations

T/ZNZ 067-2021 畜禽有机肥重金属控制技术规范

本文件规定了畜禽有机肥生产重金属控制技术的术语和定义、生产过程和质量要求应遵循的技术准则。 本文件适用于以猪粪、鸡粪、牛粪等养殖废弃物为主要原料的有机肥生产。

Technical specification for controlling heavy metals from livestock and poultry organic fertilizers

T/ZNZ 070-2021 茶园有机肥料安全使用技术规范

本文件规定了茶园施用有机肥料的相关术语和定义、有机肥料的施用原则、选用、施用方法、土壤酸碱度调节、施用模式、使用安全监测与风险预警。 本文件适用于茶园有机肥料的安全合理使用。

Technical specification for safe application of organic fertilizer in tea garden

T/HNBX 108-2021 中粒种咖啡 化肥施用限量

本文件规定了中粒种咖啡化肥施用限量的术语和定义、土壤氮磷钾测定、化肥限量原则、化肥限量值、施肥措施、施肥方法。

Limit amounts of chemical fertilizers for Coffea canephora Pierre

T/HNBX 107-2021 木薯化肥施用限量

本文件规定了木薯化肥施用限量的术语和定义、土壤氮磷钾测定、化肥限量原则、化肥限量值、施肥措施、施肥方法。

Limit amounts of chemical fertilizers for Cassava

GSO ISO 18643:2021 肥料和土壤改良剂 尿基肥料中缩二脲含量的测定 HPLC法

ISO 18643:2016 specifies the test procedure for determination of the biuret content in liquid and solid urea-based fertilizers based on the HPLC method.

Fertilizers and soil conditioners — Determination of biuret content of urea-based fertilizers — HPLC method

GSO ISO 18644:2021 肥料和土壤改良剂 控释肥料 一般要求

ISO 18644:2016 specifies the requirements for testing methods, sampling and preparation of test sample, marking and labelling, as well as package, transport, and storage of controlled-release fertilizer. ISO 18644:2016 is applicable to controlled-release products having one or more primary fertilizer nutrient (nitrogen and/or phosphorous and/or potassium) in a controlled-release form. They can be made by bulk blending (BB) fertilizers or by special processes.

Fertilizers and soil conditioners — Controlled-release fertilizer — General requirements

GSO ISO 19746:2021 高效液相色谱法 (HPLC) 测定尿基肥料中的尿素含量

ISO 19746:2017 specifies the test procedure for determining the urea content in urea-based fertilizers, including urea, urea aldehydes [methylene urea fertilizers, isobutylene diurea (IBDU), crotonylidene diurea (CDU)], urea triazone fertilizers, urea ammonium nitrate (UAN), sulfur- and polymer-coated urea (SCU and PCU), as well as compound fertilizers containing urea. The method is based on High Performance Liquid Chromatography (HPLC). The proposed method is an extension of the AOAC Official Method 2003.14 which was collaboratively studied for the "Determination of Urea in Water-Soluble Urea-Formaldehyde Fertilizer Products and in Aqueous Urea Solutions" in 2003. The method was published in the Journal of AOAC in 2004[4] and was granted the First Action in 2003 and the Final Action in 2008. This method also applies to the determination of biuret content in urea containing fertilizer with the results published in the J. AOAC in 2014[5]. This method was adopted by the International Organization for Standardization (ISO) as a Committee Draft (ISO/CD 18643) in 2014, and after review and the Ring Test Analyses[6].

Determination of urea content in urea-based fertilizers by high performance liquid chromatography (HPLC)

GSO ISO 7409:2021 肥料 标记 介绍和声明

ISO 7409:2018 specifies the procedure for marking containers or labels for fertilizers. ISO 7409:2018 is applicable to all fertilizers in containers or bulk.

Fertilizers — Marking — Presentation and declarations

GSO ISO 14820-2:2021 肥料和石灰材料 取样和样品制备 第2部分：样品制备

ISO 14820-2:2016 specifies methods for the reduction and preparation of samples of fertilizers and liming materials and sets out the requirements for sample preparation reports. It also specifies methods for the preparation of test samples and test portions from laboratory samples of fertilizer for subsequent chemical or physical analysis. It does not cover the preparation of samples for certain physical tests which require test portions of more than 2 kg. It is applicable to all fertilizers. NOTE The term "fertilizer" is used throughout the body of this part of ISO 14820 and is taken to include liming materials unless otherwise indicated.

Fertilizers and liming materials — Sampling and sample preparation — Part 2: Sample preparation

GSO ISO 14820-1:2021 肥料和石灰材料 取样和样品制备 第1部分：取样

ISO 14820-1:2016 specifies sampling plans and methods of representative sampling of fertilizers and liming materials to obtain samples for physical and chemical analysis, from packages and containers up to and including 1 000 kg, from fluid products and from fertilizers in bulk provided the product is in motion. It is applicable to the sampling of lots of fertilizer or liming material supplied or ready for supply to third parties, as such, or in smaller lots, each of which would be subject to local, national or regional legislation. Where legislation so requires, samples are taken in accordance with this part of ISO 14820. NOTE The term "fertilizer" is used throughout the body of this document and is taken to include liming materials unless otherwise indicated. This part of ISO 14820 does not cover complete, statistical sampling plans.

Fertilizers and liming materials — Sampling and sample preparation — Part 1: Sampling

GSO ISO 19670:2021 肥料和土壤改良剂 固体脲醛缓释肥料 通用要求

ISO 19670:2017 specifies general requirements, analytical methods, sampling and preparation of test sample, marking and labelling, packaging, transport and storage for solid urea aldehyde slow release fertilizer. ISO 19670:2017 applies to pure solid urea aldehyde slow release fertilizer, i.e. urea formaldehyde (UF), methylene urea (MU), crotonylidene diurea (CDU), isobutylidene diurea (IBDU). This document does not apply to mixtures of nitrogenous fertilizers containing solid urea aldehyde slow release fertilizer.

Fertilizers and soil conditioners — Solid urea aldehyde slow release fertilizer — General requirements

GSO ISO 25475:2021 肥料 氨氮的测定

ISO 25475:2016 specifies a method for the determination of the ammoniacal nitrogen content in fertilizers. The method is applicable to all nitrogenous fertilizers including compound fertilizers, in which nitrogen is found exclusively either in the form of ammonium salts or ammonium salts together with nitrates. ISO 25475:2016 is not applicable to fertilizers containing urea, cyanamide or other organic nitrogenous compounds.

Fertilizers — Determination of ammoniacal nitrogen

GSO ISO 25705:2021 肥料 使用高效液相色谱法（HPLC）测定尿素缩合物 异丁烯二脲和巴豆酰二脲（方法 A）和亚甲基脲低聚物（方法 B）

ISO 25705:2016 specifies methods for the determination of isobutylidene diurea (IBDU), Crotonylidene diurea (CDU) (method A) and methylene-urea oligomers (MU) (method B) in fertilizers using high-performance liquid chromatography (HPLC). The method is applicable to all fertilizers which do not contain interfering organic compounds.

Fertilizers — Determination of urea condensates using high-performance liquid chromatography (HPLC) — Isobutylidenediurea and crotonylidenediurea (method A) and methylen-urea oligomers (method B)

GSO ISO 18645:2021 肥料和土壤改良剂 水溶性肥料 通用要求

ISO 18645:2016 specifies the requirements for testing methods, sampling and preparation of test sample, marking and labelling, as well as package, transport, and storage of water soluble fertilizers. ISO 18645:2016 is applicable to water soluble fertilizers which are completely soluble in water and are suitable for fertigation and sprinkling irrigation, as well as for foliar application (foliar feeding).

Fertilizers and soil conditioners — Water soluble fertilizer — General requirements