ShanDong Orient HongYe Chemical CO., LTD. in the third quarter of 2023 environmental self-monitoring publicity
1. Basic information
Name of enterprise | ShanDong Orient HongYe Chemical CO., LTD | Legal representative | Gao SiHai |
Industry involved | Petrochemical industry | Production cycle | 8000Hours |
Geolocation | East longitude：119º 2′ 35″ North latitude ：37º 2′ 59″ | ||
Attn | Wang Zong Jun | Contact details | 15965088070 |
Name of the entrusted testing institution | ShanDong Yida environmental testing Co., LTD | ||
2.Self-testing scheme
Order number | Pollution source name | Number of outfalls | Test item | Detection method | Monitoring frequency | Remarks |
1 | Heating furnace | 9 | PM | Manual monitoring | Once per quarter | Commission detection |
Sulfur dioxide | ||||||
Oxynitride | ||||||
Blackness | ||||||
2 | Boiler | 1 | Mercury and its compounds | Manual monitoring | Once per quarter | Commission detection |
Blackness | ||||||
Sulfur dioxide | Automatic detection | |||||
Oxynitride | ||||||
PM | ||||||
Volatile organic compound | Manual monitoring | Once every month | Commission detection | |||
3 | Hydrogen peroxide oxidation tail gas exhaust cylinder | 1 | Non-methane hydrocarbon | Manual monitoring | Once per quarter | Commission detection |
4 | Unorganized discharge | Factory boundary | Non-methane hydrocarbon | Manual monitoring | Once per quarter | Commission detection |
PM | ||||||
Benzene | ||||||
Methylbenzene | ||||||
Xylene | ||||||
Sulfuretted hydrogen | ||||||
Ammonia (ammonia gas) | ||||||
Odor concentration | ||||||
5 | Unorganized discharge | In-plant area | Sulfur dioxide | Manual monitoring | Once per quarter | Commission detection |
Oxynitride | ||||||
PM2.5 | ||||||
PM10 | ||||||
Total suspended particulates | ||||||
Mercury and its compounds | ||||||
6 | Unorganized discharge | Aromatics tank area around | Non-methane hydrocarbon | Manual monitoring | Once per quarter | Commission detection |
7 | Workshop wastewater | 3 | Total arsenic | Manual monitoring | Once every month | Commission detection |
Total cadmium | ||||||
Total mercury | ||||||
Total nickel | ||||||
Total chromium | ||||||
Hexavalent chromium | ||||||
Total arsenic | ||||||
8 | Noise | 4 | Manual monitoring | Once per quarter | Commission detection |
3.Self-monitoring results
Sampling time | July 18, 2023 | ||||
Sampling position | Test items | Test results | Standard limit | Information of reaching standard | Discharge method and destination |
Heating furnace | PM | 5.9 | 10 | Up to the standard | Direct exhaust atmosphere |
Sulfur dioxide | 5 | 50 | Up to the standard | Direct exhaust atmosphere | |
Oxynitride | 54 | 100 | Up to the standard | Direct exhaust atmosphere | |
Blackness | <1 | 1 | Up to the standard | Direct exhaust atmosphere | |
Sampling time | September 11, 2023 | ||||
Boiler | Mercury and its compounds | 0.008 | 0.03 | Up to the standard | Direct exhaust atmosphere |
Blackness | <1 | 1 | Up to the standard | Direct exhaust atmosphere | |
Non-methane hydrocarbon | 30.2 | 60 | Up to the standard | Direct exhaust atmosphere | |
Sampling time | August 2, 2023 | ||||
Hydrogen peroxide exhaust cylinder | Non-methane hydrocarbon | 5.30 | 60 | Up to the standard | Direct exhaust atmosphere |
Sampling time | August 2, 2023 | ||||
Unorganized discharge in factory boundary | Non-methane hydrocarbon | 1.30 | 4 | Up to the standard | Direct exhaust atmosphere |
PM | 0.396 | 1 | Up to the standard | Direct exhaust atmosphere | |
Benzene | ND | 4 | Up to the standard | Direct exhaust atmosphere | |
Methylbenzene | ND | 15 | Up to the standard | Direct exhaust atmosphere | |
Xylene | ND | 15 | Up to the standard | Direct exhaust atmosphere | |
Sulfuretted hydrogen | 0.009 | 1.5 | Up to the standard | Direct exhaust atmosphere | |
Ammonia gas | 0.12 | 1.5 | Up to the standard | Direct exhaust atmosphere | |
Odor concentration | <10 | 20 | Up to the standard | Direct exhaust atmosphere | |
Sampling time | August 2, 2023 | ||||
Unorganized discharge | Non-methane hydrocarbon | 1.77 | 4 | Up to the standard | Direct exhaust atmosphere |
Sampling time | July 18, 2023 | ||||
Workshop wastewater | Total lead | ND | 0.5 | Up to the standard | Discharge to the company sewage treatment station |
Total arsenic | ND | 0.5 | Up to the standard | ||
Total cadmium | ND | 0.05 | Up to the standard | ||
Total mercury | ND | 0.01 | Up to the standard | ||
Total nickel | ND | 1.0 | Up to the standard | ||
Total chromium | ND | 1.5 | Up to the standard | ||
Hexavalent chromium | ND | 0.5 | Up to the standard | ||
Sampling time | September 13, 2023 | ||||
Detection point | Noise | South factory | |||
Daytime | Nighttime | ||||
Factory boundary South | 44（Industrial noise） | 55（Domestic noise） | |||
Factory boundary West | 43（Environmental noise） | 52（Environmental noise） | |||
Factory boundary North | 45（Domestic noise） | 54（Domestic noise） | |||
Factory boundary East | 43（Environmental noise） | 52（Environmental noise） | |||
Sampling time | September 13 - September 14, 2023 | ||||
Detection point | Noise | North factory | |||
Daytime | Nighttime | ||||
Factory boundary East | 54（Industrial noise） | 44（ Environmental noise） | |||
Factory boundary South | 53（Domestic noise） | 44（Environmental noise） | |||
Factory boundary West | 55（Industrial noise） | 47（Industrial noise） | |||
Factory boundary North | 56（Industrial noise） | 47（Industrial noise） | |||
4. Reasons for not conducting self-monitoring
Monitoring has been carried out
5. Quarterly report on pollution source monitoring
Refer to attachment
