Sample Environmental Assessment Report
Sample Environmental Assessment Report, as the quality of the individual continues to improve, the report is closely linked to our lives, the report has different types according to the different uses. Before writing, you can refer to the model, the following is a sample environmental assessment report, for reference only, welcome to read.
Environmental Assessment Report 11. General Introduction
1.1 Origin of the Project
1.2 Purpose of Preparing the Report
1.3 Basis of Preparation
1.3.1 Basis of Laws, Regulations, Rules, and Standards
1.3.2 Basis of Basic Information and Commissions
1.4 Evaluation Standards
1.4.1 Environmental quality standards
(1) Surface water environment
The environmental quality of surface water of MaYong River implements the Class III standard of Surface Water Environmental Quality Standard (GB3838-2002).
(2) Air environment
The regional air environment quality implements the Class II standard of Ambient Air Quality Standard (GB3095-1996).
(3) Acoustic environment
The quality of the regional acoustic environment implements the second class standard in the Acoustic Environment Quality Standard (GB3096-2008).
(4) Groundwater environment
The groundwater environment implements the Class III standard in Groundwater Quality Standard (GB/T14848-93).
(5) Soil environment
The soil in the evaluation area carries out the second class standard in Soil Environment Quality Standard (GB15618-95).
1.4.2 Pollutant emission standards
⑤ Evaluation scope
Listed separately by environmental elements, briefly explaining the reasons for determination. Give the evaluation map of the evaluation scope.
⑥ Control and protection targets
There are pollution sources that do not need special control; there are targets that do not need key protection, such as special areas
2. Construction Project Overview
① Construction Scale
Name of the project, nature of the construction, geographic location of the plant site, product output, profit tax payback period of the investment, land area and land use, floor layout Figure, the number of employees and labor productivity. If it is an expansion, remodeling projects, should indicate the original scale.
② Introduction to the production process
Different types of construction projects (factories, mines, railroads, ports, hydropower projects, irrigation projects, etc.), the production process is different. For industrial production projects:
a. Give the production process flow diagram for each product (raw materials → product)
b. Pollutants discharged and the amount of pollutants
c. The nature of the process, the important chemical reaction formulae should be listed
d. Explain the advancement of the production process
e. Expansion of the reconstruction project, the analysis of the original process and pollutant prevention and control Measures
③ raw materials, fuels and water consumption
with a table listing: raw materials, fuels (coal, oil) composition and percentage content, the amount of water
water consumption (year, month, day, hour), including fresh water replenishment, recycling of water
with a material balance diagram, water balance diagram is best
④ pollutant emissions
"Three wastes"
"Three wastes" (water, gas and slag) quantity, discharge mode, discharge destination.
Radioactive substances: type, dose, source, destination
Equipment noise sources: noise power level
Vibration sources: vibration level Alteration and expansion projects: list of pollutant emissions before and after.
⑤ Environmental protection measures taken
Governance program, process flow, major equipment, treatment effect, whether to meet the standards after treatment, investment and running costs.
Comprehensive utilization of solid waste, disposal program, destination.
⑥ Analysis of environmental factors affecting the project
According to the source of pollution and its emissions, environmental background conditions, analyze the various aspects of pollutants that may affect the environment, the main impact as the main content of the environmental impact prediction.
3. Investigation and evaluation of the current state of the environment
① Natural environment investigation
a. Topography, geomorphology, address profiles;
b. Hydrology (distribution of water systems) and hydrogeology
Name of the rivers, streams, lakes, seas, reservoirs, the number, origin, and evaluation of the hydrological situation of the section.
River: average annual runoff, average flow, river width, specific drop, bending coefficient, flat, dry, abundant flow velocity.
Groundwater: water quality type, depth of burial.
c. Meteorological Climate
Climate type and characteristics, temperature, wind speed and direction, precipitation, sunshine, catastrophic weather, etc.
d. Soil and Crops
Soil: type, species, distribution, fertility characteristics.
Crops: types and distribution of food, vegetables, cash crops.
e. Forests, grasslands, aquatic, wildlife, mineral resources, etc. ② Social Environment Survey
a. Administrative divisions and population: including population distribution, density, occupational composition, cultural composition
b. Overview of the distribution of industrial, mining and transportation: products, production, output, profits and taxes, the number of employees, etc.
c. Overview of the culture and education: <
d. Population health and endemic diseases:
e. Attractions: nature reserves, scenic spots, places of interest, hot springs, sanatoriums, important political and cultural facilities
③ Investigation of the current status of atmospheric environmental quality in the evaluation area (background)
The monitoring location, projects, time, instruments, methods, and results, and the evaluation of the monitoring data and results according to the past years of monitoring the The status of atmospheric quality.
④ Surface water environment quality status (background) survey
Monitoring location, project, time, hydrological parameters at sampling, instruments, methods, results
⑤ Groundwater quality status (background) survey Monitoring location, project, time, results
⑥ Soil and crop status (background) survey
On soil: there are
p> Soil type, distribution status, land use. Monitoring location: Monitoring items: reasons for options Sampling and analyzing methods:
Monitoring results (list): China has only health standards for arsenic in soil. When evaluating, compare the contaminant levels with those of similar soils
background values or control points in the province.
On crops: there are
Major crops, fruit trees and distribution of the type of collection and the site where the samples were collected Collection points
Monitoring items and analytical methods
Monitoring results (list): compared with the food hygiene standards or the general content of pollutants in similar crops in the control area.
⑦ Environmental noise status (background) survey
Monitoring location, time, instrumentation, methodology, meteorological conditions, results ⑧ evaluation of human health and endemic disease survey in the area
survey area, the number of people, gender, age, occupational composition, project, methodology, results Another: the death of retrospective investigations, children's growth and development surveys, endemic disease special surveys, etc.. ⑨ other socio-economic activities, pollution, damage to the environment status survey
4, the investigation and evaluation of sources of pollution
① construction project pollution source estimation: according to the production process to find the source of pollution, the list (type, quantity, nature, emission methods and patterns, discharge pathways and directions), to see whether it meets the emission standards.
② investigation and evaluation of pollution sources in the evaluation area Give the investigation method, data sources, evaluation methods.
Give (list) waste gas, waste water, waste emissions, emission concentrations, emission patterns, emission pathways and directions, evaluation results → focus on finding the main sources of pollution and major pollutants, drawing the distribution of pollution sources.
5, environmental impact prediction and evaluation
Involved: atmosphere, water, noise, ecology, crowd health, geology, hydrology, meteorology and possible impact
6, the feasibility of environmental protection measures and the economic and technical justification
① air pollution prevention and control (the textbook taught 5)
Waste gas purification system and the dust removal system process; Emission targets are met; the feasibility of waste gas treatment measures; exhaust pipe to meet the relevant regulations; recommendations ② water pollution prevention and control
principle of the process, flow, efficiency, emission targets; emission targets are met; the feasibility of wastewater treatment measures, reliability, sophistication; recommendations ③ treatment and disposal of waste residues ④ Noise
⑤ Evaluation of greening measures and recommendations
Greening measures; greening area; greening layout plan; reasonableness of tree species and flower types; recommendations ⑥ Recommendations on environmental monitoring system
Institutional setup, personnel and instrumentation; recommendations on distribution points and monitoring; monitoring projects
7. Brief analysis of economic gains and losses from environmental impacts
Estimating the difficulty is difficult, and there is no better way, and at present, it is mainly carried out from the following aspects:
① Construction of the construction of a new building, the construction of a new building, the construction of a new building, the construction of a new building and the construction of a new building. p>
① economic benefits of the construction project
Direct economic benefits (profits and taxes, capital recovery period, loan repayment period) Indirect economic benefits: its products for other sectors of society to bring the economic benefits of environmental protection investment and running costs
② environmental benefits of the construction project
the environmental degradation of the project completed, the economic losses caused by agriculture, forestry, animal husbandry and fisheries, as well as the pollution control fee Environmental protection by-products benefits Benefits of environmental improvement
③ Social benefits of the construction project Products to meet the needs of the community Promote the improvement of production and people's lives Promote the progress of the local economy and culture Increase employment opportunities, etc.
Finally, a comprehensive analysis of the social, economic, and environmental benefits, weighing the pros and cons, and put forward the feasibility of the construction project.
8, the implementation of environmental monitoring recommendations
9, conclusions
10, annexes, drawings and references
① Annexes: the main project construction book and approval, evaluation outline and approval.
② Figure: charts, tables, especially more, can be compiled in a fascicle attached; without a certain figure, resulting in difficulties in understanding, the figure should be compiled into the report, not into the annex.
③ References: the author, the name of the document, the publishing unit, edition, date of publication.
Environmental Assessment Report 21. Project Overview
1.1 Overview of the Proposed Project
Project Name: Project to Increase the Use of Alternative Fuels for the Four-Line Cement Rotary Kiln of Jilin Yatai Cement Co.
Nature of Construction: Expansion, Comprehensive Utilization of Resources;
Location of Construction: Jilin Yatai Cement Co. is located in Changchun Shuangyang District, Changchun City, China. Shanhe Street Office, the old plant (*** four production lines) is located in Yangtengzi Village Heibigang, five and six production lines of the new plant is located in Wujia Village, the project is located in the old plant
Construction unit: Jilin Yatai Cement Company Limited;
Total investment in the project: no need for new investment;
Total project duration: no civil engineering works in the project, there is no need to increase equipment, to be Changchun FAW Integrated Rimantis Environmental Technology Co., Ltd. can start operation after the expansion project is put into operation and the report of this project is approved.
The project occupies land: no new land. Use the original closed storage room and receiving bin. The closed storage room covers an area of 30m2, with a volume of 250m3, and the receiving bin covers an area of 8m, with a volume of 10m3.
1.2 Scale of construction
The annual operating hours of this project are increased from 1,500h to 4,500h, and the amount of alternative fuels used is increased from 7,500t/a to 22,500t/a, and the amount of hourly use remains unchanged at 5t/h.
The project is a new construction project.
2. Engineering analysis
2.1 Main production process
2.2 Main production equipment
Storage equipment: 1 closed storage room (250m3, including 5m3 closed tanks), 1 receiving silo (10m3), feeding equipment: 1 plate feeder, 1 set of electric hoist.
The above equipment are all existing equipment, and no new equipment is added in this project.
Transportation equipment: hazardous waste transportation qualification unit - FAW Transportation Company is responsible for, closed special tanker 2 (30t / vehicle).
2.3 Sources and Types of Alternative Fuels
The types of wastes and their quantities that will be used as alternative fuels (EBS) after the expansion of Changchun FAW Comprehensive Rimantis Environmental Protection Science and Technology Co. 2.4 Main Pollutant Generation and Emission
2.4.1 Construction Period
There is no civil engineering, no pollution problems during the construction period.
2.4.2 Operation Period
3. Monitoring and Evaluation of Environmental Quality Status Quo
3.1 Monitoring and Evaluation of Atmospheric Environmental Quality Status Quo
The ambient air quality in the project area is good, and the daily average concentrations of PM10, TSP, SO2 and NO2 at the five monitoring points in the evaluation area during the non-heating period comply with the GB3095-2012 Ambient Air Quality Standard.
3.2 Monitoring and Evaluation of the Current Status of Water Environment Quality
The water quality of the regional surface water body - Belly Belt River during the leveling period can no longer meet the requirements of GB3838-2002 "Environmental Quality Standards for Surface Water," Class III standards, and the main pollutants exceeding the standard are COD, BOD5. The confluence of the Belly Belt River has a certain impact on the water quality of the Drinking Horse River, but the extent of the impact is relatively small.
3.3 Monitoring and Evaluation of the Status Quo of Acoustic Environment Quality
4. Environmental Impact Analysis
4.1 Environmental Air Impact
4.2 Environmental Risk Impact
5. Analysis of Environmental Protection Measures
5.1 Waste Gas Control Measures
The waste gas from the end of the kiln of the four-line rotary kiln is currently de-dusted by electrostatic precipitator. In order to meet the HJ662-20XX "Cement Kiln Cooperative Disposal of Solid Waste Environmental Protection Technical Specification" and "Cement Industry Air Pollutant Emission Standards" (GB4915-20XX) in the relevant requirements, it is recommended to replace the bag dust collector, the enterprise has been included in the dust collector updating and reconstruction project in the work plan in 20XX, predicted to be completed in 20XX.
5.2 Environmental protection measures and recommendations in the transportation of alternative fuels
Although the main ingredient of alternative fuels, lacquer residue, does not belong to HJ/T169-2004, "Technical Guidelines for Evaluation of Environmental Risks of Construction Projects", it is not a highly toxic hazardous substance, a general toxicity hazardous substance, nor does it belong to flammable, explosive hazardous substances and explosive hazardous substances. However, granular paint residue is still a hazardous waste, so the following recommendations:
(1) in view of the waste paint residue containing a certain amount of water, must be pre-treated, made into easy to replace the burning of coal granular alternative fuels;
(2) in order to avoid spilling alternative fuels in the process of automobile transportation to pollute the environment, the transport vehicle must be taken to prevent leakage, the project has two sets of 30t of closed special tanker is completely feasible. tank trucks is completely feasible.
(3) The closed special tanker for alternative fuel transportation of this project should be registered in Changchun Environmental Protection Bureau and Shuangyang District Environmental Protection Bureau for the record.
(4) Alternative fuel transportation in the event of traffic accidents, resulting in the leakage of alternative fuels, in addition to the normal disposal to the traffic department alarm, should also be reported to the Changchun Environmental Protection Bureau or Shuangyang District Environmental Protection Bureau of the Environmental Protection 110, and timely collection measures can not be alternative fuels randomly discarded.
5.3 Alternative fuels in the temporary storage of environmental protection measures and recommendations
Because the main components of alternative fuels - paint residue, etc. are hazardous wastes, must comply with GB18597-2001 "Hazardous Waste Storage Pollution Control Standards" in the storage of hazardous wastes, the project alternative fuels are granular solids, not corrosive, reactive, infectious. corrosive, reactive and infectious, the following suggestions are made:
(1) Alternative fuels cannot be loaded, unloaded and stacked in the open air in the plant area.
(2) The alternative fuel of this project is directly transported into the preheater plant by tanker trucks, and a closed storage room (250m3), closed tank encapsulation and receiving bin are set up in the plant to avoid the loss of alternative fuel, which is in line with the standard regulations, so it is feasible to utilize the existing storage measures
6. Comprehensive analysis of the environmental feasibility of the project
6.1 Environmental sensitivity Analysis
6.2 Compliance analysis of industrial policy
6.3 Compatibility analysis with town planning along the route
7. Environmental and economic gain and loss analysis
From the analysis of environmental and economic benefits, it can be seen that the use of alternative fuels and raw materials can reduce the impact of wastes on the environment, handle hazardous wastes in a safe way, reduce the CO2 emission, reduce the cost of waste disposal It can also reduce CO2 emissions, reduce waste disposal costs, and save costs for the cement industry. It has good environmental, social and economic benefits, and the comprehensive benefits are significant.
8, public participation
The *** issued 30 public questionnaires, all recovered. Within the period of two public notices of this project and during the public participation survey, the construction unit and the evaluation unit did not receive any objections, indicating that the public recognition of this project is good.
9, environmental impact assessment of the preliminary conclusions
In line with national industrial policy, in line with China's cleaner production requirements, especially in line with China's national strategy of circular economy. The public recognition is good, and meets the total amount of control requirements.
In conclusion, from the perspective of environmental protection, this project is feasible and the site selection is reasonable.
Environmental Assessment Report 31.1. Planning Background and Work Introduction
XX City XX Industrial Park was approved by the Provincial Bureau of Township and Village Enterprises, the Provincial Department of Construction, the Provincial Department of Land and Resources approved the establishment of the 20XX, 20XX 7XX City, the only set up in the industry in the industry twelve, with a total agreed investment of 2.812 billion yuan.
1.2. Planning Overview
Planning guiding ideology: based on the township system planning, "sustainable development" as a foothold, combined with the characteristics of the park, give full play to the advantages of the resources, pay attention to the ecological environment, to determine the reasonable capacity and development intensity. Create a good environment in the park, so that the economic benefits, social benefits, environmental benefits to achieve a high degree of . Unification.
Service area, market trading area, industrial area, centralized storage area.
XX Industrial Park land composition and layout is shown in the following table.
The need for action and development of the current conditions, the arrangement of near- and long-term construction projects, the planning of the built-up area and the first and second phase of construction.
(1) built-up area: the current park construction is mainly relying on both sides of the XX Road, XX steel, far into the steel and other major 9 enterprises have been completed and put into operation, the enterprises have been built should be strictly in accordance with the relevant norms and regulations, and gradually improve the standard.
(2) a period of time: in accordance with the existing conditions of the park, select the infrastructure conditions, development conditions of the better lots, mainly relying on XX Avenue and Nandai Highway on both sides of the arrangement in line with the nature of the land with the intention or will soon be settled in the rapid formation of the park's scale, the need to arrange for the project site within the relocation of rural settlements.
(3) Phase II: According to the spatial development sequence determined by the park, improve the park's road network and municipal infrastructure construction, accelerate the relocation of the remaining rural settlements in the park, strengthen the park's ecological environment, and complete the planning area of the development goals.
The plan also includes: land use sub-layout planning; comprehensive pipeline planning (water supply pipe, rainwater pipe, sewage pipe, power line, integrated telecommunication line and gas pipe, etc.); and special engineering planning (water supply and drainage engineering planning, electric power, telecommunication engineering planning, gas engineering planning, green space system and landscape planning, environmental protection measures and integrated disaster prevention planning, etc.).
1.3 Analysis of the conformity of the plan and favorable factors
The conformity of the plan with the "general plan" of the city and the district is shown in the following aspects:
(1) Conformity with the requirements for the development of municipalities and townships in the context of the economic background of the "resource-exhausted city". Requirements;
(2) in line with Hubei Province to promote the construction of industrial parks of special characteristics of the policy and "1 + 8" Wuhan City Circle planning;
(3) in line with the industrial policy of the competent authorities of the metallurgical industry in Hubei Province and the "Wuhan City Circle," "two-type" social construction Comprehensive Supporting Pilot Zone Industrial Development Plan Outline" and "Wuhan City Circle Guiding Catalog for Promoting Reasonable Transfer of Industries";
(4) In line with the relevant policies of XX City and the strategy of industrial cluster development in XX City Park.
(5) Resource advantages
1.4. Analysis of constraints and unfavorable factors of related plans to the plan
(5) Tight total volume and insufficient environmental capacity.
The planning area is located in the township's dominant wind direction of the side wind direction orientation, the urban atmospheric environment SO2 still has a certain environmental capacity, but the need for total volume control; PM10 in recent years has been a gradual upward trend, exceeding the national ambient air quality secondary standards. Planning area and the township is 2.5 scale suitability, through the control of the scale and rational layout to mitigate the adverse effects.
The constraints of the existing water environment capacity. Industrial Park sewage of the final receiving body of water XX Lake currently can not fully meet the requirements of Class III water. Due to the constraints of environmental capacity, although some of the pollution load can be reduced through the construction of sewage treatment plants, the total amount of pollutant discharges in the park is still subject to certain constraints;
1.5. Identification of environmental impacts of the plan
Land acquisition and relocation and resettlement: water environment, solid wastes, ecological environment;
The introduction of special steel molds and equipment manufacturing projects: air, soil, water resources, public safety, ecological environment. soil, water resources, public safety, ecology;
Public **** municipal facilities: sludge and electromagnetic radiation;
Road construction: ambient air, acoustic environment, water environment, ecology;
Construction construction: water pollution, air pollution, noise pollution, solid waste, ecology, socio-economics;
1.6. Environmental quality of the planning area Current situation
Atmospheric environment:
The environmental quality of the project site is classified as "Class II area", and GB3095-1996 "Ambient Air Quality Standard" and its modification list should be implemented as Class II standard.