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Mainstreaming Integrated Water and Environment

Management of Global Environment Facility (GEF)

Terms of Reference of Development, Operations and

Management of Pollution Control Technology Extension Platform

(3iPET)

(TOR)

1 Background

In order to better serve the construction of the big data service platform

for eco-environmental protection along the “Belt and Road”, and promote the

development of the eco-environmental protection industry and the progress of

environmental treatment technology of the countries along the “Belt and

Road”, the Foreign Environmental Cooperation Center （ FECO ） has

established a 3iPET International Platform for Environmental Technology

(referred to as "3iPET platform"). The 3iPET platform integrates the supply

and demand of technology and capital by collecting the technical information,

supply and demand information and project information, promotes the

exchange of environmental protection technologies and the industrial

cooperation of countries along the “Belt and Road”, and serves the green

“Belt and Road” construction and the uphill battle for domestic prevention and

control of pollution. It has played an active role in promoting the “bringing in”

and “going out” of the environmental protection technology and industry,

serving the green “Belt and Road” construction and accelerating the

popularization and application of technological achievements.

The Action Plan for Prevention and Control of Water Pollution (GF [2015]

No. 17, abbreviated as "10 Articles against Water Pollution") issued by the

State Council in April 2015 clearly proposes to study and establish a

management system for water ecological environment by function zoning and

also clearly defines the idea of taking the control unit as the basic unit of water

environment management. In order to support the improvement in prevention

and control of water pollution in China, the Project on Mainstreaming

Integrated Management of Water Resources and Water Environment of

Global Environment Facility (GEF) has provided grant funding support to

improve the construction of the 3iPET platform.

The current working basis includes the following:

1. The existing working basis on PC: 3iPET platform website:

http://www.3ipet.cn. It mainly shows the environmental protection information,

conferences, technology supply and demand, project information, bidding

information and financial M&A information. In order to shift the offline

exhibition to the on line, an electronic exhibition hall has been researched and

established, with functions of visual display, intelligent matching in some

industries, and generation of preliminary solution.

2. The existing working basis on the mobile terminal: The mobile APPs

(Android and IOS) have been developed. The six functions of the website, i.e.,

policy news, technical information, demand information, bidding, electronic

exhibition hall, and combination of supply and demand, are implemented on

the mobile phone.

3. The existing working basis of the background management system:

preliminarily realized the management of the website data, APP data and

other content for the platform administrator. The platform administrators can

log in to the same management center, and administrate the modules with

their own rights according to different permissions. The administrator account

and password are assigned by the super administrator. Administrators can

manage, review, and publish information.

The 3iPET platform has played an active role in promoting the exhibition,

combination and popularization of water environment technology. At present,

the project has been approved by the Global Environment Facility (GEF).

According to the overall arrangement of the project, it is proposed to employ

qualified units to undertake the development, operation and maintenance of

the 3iPET International Platform for Environmental Technology.

2 Significance

Water pollution control is an important direction of environmental control in China. The Haihe River Basin is facing a severe situation of water pollution. 3iPET platform, as a platform dedicated to environmental protection technology and industrial applications, is committed to providing pollution control technology for sewage enterprises and local governments, promoting the improvement of pollution control and playing a positive role in the improvement of pollution control in Haihe River Basin.

By collecting environmental protection technologies and selecting the advanced and practical ones, 3iPET platform provides a platform for environmental protection enterprises to display their technologies, enriching the sources of technologies, and picking out practical pollution control technologies, especially water pollution control technologies. Up to now, the platform has collected more than 1400 water pollution control technologies and more than 200 water pollution control cases, providing technical support for the water pollution control and prevention in Haihe River Basin, which is the area involved in GEF's integrated water resources and water environment management mainstreaming project. Through the development of intelligent matching function, the problem of how to select a suitable technology, especially water pollution technology, among many technologies, has been solved for users in Haihe River Basin. Through the development of knowledge sharing function, advanced and practical water pollution control technologies and experience are disseminated to users to serve the improvement of water environment quality in Haihe River Basin. GIS function shows the location of the holder of water pollution prevention technology through maps, making it easy for users to locate a technology. The water pressure evaluation model built on the platform can provide data support for ET calculation and provide reference for calculation of water environmental capacity of river basin.

As a technological and industrial platform, 3iPET, on the one hand, realizes the application and promotion of excellent treatment technologies, especially water pollution treatment technologies, on the other hand, matches technologies that meet the treatment needs of polluting enterprises, and ultimately serves the overall

improvement of water environment quality in Haihe River Basin. 3iPET platform has a broad user base. It currently has 1 million users, with more than 4 million visits per year, showing an increasing trend year by year. As the carrier for promoting GEF projects, 3iPET facilitates the promotion and popularization of project results by integrating GEF project research results and models into the platform.

3 Objective

In this phase of the project, it is proposed to establish online technical evaluation models, intelligent matching modules, the "Belt and Road" boutique exhibition hall, etc., to display excellent practical environmental protection technologies in categories, and further evaluate environmental protection technologies on the basis of this, so as to promote environmental protection technology exchange and industrial cooperation along the “Belt and Road” countries, design and build the environmental knowledge sharing modules, and share professional environmental knowledge. It will develop a “Belt and Road” technology online fill-in module to improve the efficiency, and to serve the green “Belt and Road” construction and support the uphill battle for domestic prevention and control of pollution. It will conduct statistical analysis of platform data, including data collection, to further enrich the platform data resources. The "Belt and Road" water pressure assessment and risk prevention subsystem and ecological environment comprehensive analysis subsystem will be constructed to better serve prevention and control of water pollution and the "Belt and Road" construction.

4 Content

According to the construction objectives, the main construction contents

of the project include platform construction demand analysis, platform basic

database integration and data collection and processing, platform PC

construction (including online technology assessment model, “Belt and Road”

environmental technology online collection module, environmental knowledge

sharing, technology supply and demand intelligent matching model, "Going

Global" boutique exhibition hall, platform data map visualization and GIS

function development, "Belt and Road" water pressure assessment and risk

prevention and ecological environment comprehensive analysis module,etc.),

unified background management system, platform mobile APP, WeChat public

account of the platform and platform system operation and maintenance

service, etc. as shown in figure 1.

Figure 1 3iPET International Platform for Environmental Technology

4.1 Construction demand analysis

Based on a comprehensive investigation on the current construction

status and demands of the 3iPET platform, after being analyzed from the

institutional functions, system architecture, business management and other

aspects, combining with the offline construction requirements of the 3iPET

platform and the overall objectives of online construction, detailed business

system and requirements are studied, the platform operation function is

designed, and the demand analysis report of the 3iPET platform is proposed.

4.2 Basic database integration of the platform

The input data is standardized according to relevant international and

national standards, based on which, various types of data are sorted and

standardized, and coding specifications are established for data input or

import. The “going out” supreme technology library is newly established, the

existing platform database is integrated, and on the basis of newly collected

data, basic databases such as, case library, policy library, and environmental

protection expert library etc., are supplemented.

"Going out" supreme technology library is newly built. According to the

“going out” technology exhibition needs, it highlights the technical

characteristics, advantages and success stories of selected technology

companies.

Case library. A third-party governance case library is established to collect

and summarize outstanding third-party governance project cases at home and

abroad.

Policy library. It is established for the easy inquiry of the enterprises for

relevant policies and regulations of ecological authorities at all levels in

different industries. When building the library, it is classified according to the

environmental protection policy fields, and further divided according to the

specific content of the policy.

Enterprise library. A third-party governance enterprise library is

established, including enterprise introduction and service areas. The content

can be classified and managed by keywords, countries, regions, and service

areas provided.

Expert library. An expert pool of the 3iPET platform industrial park is

established, which integrates the experts' resources in various fields of

pollution prevention and control, and is convenient for classified search

according to experts' expertise.

4.3 Data collection and processing

1、Data acquisition.

Information collection on environmental protection technologies, policies,

etc. will be carried out, and environmental information of the founding of the

People's Republic of China "the Belt and Road Initiative" will be collected and

put into storage, specifically including dynamic change data of air, water,

ecology, solid waste, ocean, etc.

2、Clean original data

Original data is cleaned based on the existing data of 3iPET, specifically

including sorting out the existing database of 3iPET, integrating the data

dictionary, deleting and modifying invalid and missing values in the data.

3、Data review

The format and specification of the original data and newly collected data

should be unified, and the newly collected data should be mainly reviewed

from two aspects of completeness and accuracy. Integrity audit is mainly to

check whether there are omissions in data and whether all collected fields are

complete. Accuracy review is to check whether the data truly reflect the actual

situation objectively, whether there are errors in the data, whether the

calculation is correct, etc.

4、Data integration

Based on middleware model and data warehouse, the data of different

sources, formats and characteristics are logically and physically integrated,

thus providing a comprehensive data sharing for the platform.

4.4 PC end construction

The construction content at the PC end of the 3iPET platform includes:

online technology evaluation model, Belt and Road environmental technology

online information collection, environmental knowledge sharing, technology

supply and demand intelligent matching model,,the platform data map

visualization and GIS function development, "Going Global" boutique

exhibition hall, "Belt and Road" water pressure assessment and risk

prevention and ecological environment comprehensive analysis module, etc.

4.4.1 Online technical assessment model

Based on the structured data, an online technical evaluation model for

desulfurization and denitration of coal-fired flue gas is established. Through

the technical evaluation model, comprehensive analysis and scoring are

conducted, giving reference for the technical selection of sewage companies.

The technologies for desulfurization and denitration of coal-fired flue gas

are evaluated separately, taking into account of factors such as technological

advancement, treatment effects and economic rationality. A parameterized

form is created and an evaluation module developed.

The existing assessment model for the sewage treatment facility in the

industrial park is improved.

4.4.2 Online collection module for “Belt and Road”

environmental protection technologies

“Belt and Road” environmental technology online collection module is

developed. Through collecting and summarizing the information of the

environmental protection technologies of the Belt and Road in the past many

years, the thematic materials related to environmental protection technologies

will be sorted and classified. Through the special modules developed this

time, the “Belt and Road” environmental protection technologies are collected

for online exhibition.

4.4.3 Environmental protection knowledge sharing

An environmental protection knowledge sharing section is built to share

related knowledge in forms of pictures, texts, video recordings and others.

Multiple content categories can be set up to show environmental expert

lectures, public meetings, etc. through videos, texts, or pictures for online

learning. All video resources are stored on third-party video sites, such as

Tencent Video, Youku, etc.

4.4.4 Platform data map visualization and GIS function

development

Through BI technology,on the one hand, the spatial visualization of

multiple modules is realized. On the other hand, through the capture of online

bidding information and the screening and calculation of the platform basic

database information, the data statistics and reports of pollution prevention

technologies in multiple dimensions are automatically generated. It creates a

measure to display hotspot technologies in a map.

Development of system GIS function. Develop some GIS analysis

functions, utilize the macro-monitoring results of ecological environment along

the "Belt and Road" route, and realize the business analysis functions of

buffer zone analysis (such as railway distribution and construction analysis

within the designated scope of nature reserves and wetlands), overlay

analysis (such as the overlay of land use layer, soil type layer and slope layer

for land suitability evaluation) based on main business scenarios, and provide

the functions of thematic map making and annual analysis report making, etc.,

to provide data basis for regional ecological environment decision analysis.

4.4.5 Technology supply and demand intelligent

matching model

8 intelligent matching models for technology supply and demand in

polluting industries are designed and built to serve the preliminary technology

screening and selection by sewage companies. They can select the

recommended functions of pollution prevention and control technology

through industry, process and other conditions for intelligent matching.

Based on the published technical guidelines and proved by industry

experts, the platform selects 8 typical industry segmentation areas such as

electroplating wastewater, coking wastewater, tanning and fur processing

wastewater to develop technology matching models. The specific industry will

be agreed with Party A. The platform integrates the matching models. The

technical demander and the sewage enterprise can obtain the list of pollution

prevention technologies recommended by the platform through the selection

of basic technical parameters. After selecting a specific technology in the

recommendation list, a preliminary solution can be generated for the user. For

further consultation, users can select the environmental protection enterprises

they are interested in through the platform to contact offline, and the

customized service of pollution prevention and control scheme for sewage

disposal enterprises is achieved.

4.4.6 "Going Global" boutique exhibition hall

We will build high-quality pavilions with the theme of “Going Global”, and

classify them into "going global" technology, classic cases, ecological and

environmental protection thematic forums and other thematic high-quality

pavilions in the form of virtual pavilions. The exhibition hall supports

independent browsing, information inquiry and network interaction.

The network interactive function supports users to enter the interactive

circle of the theme exhibition hall, asking questions, consulting and sharing

relevant information on the theme in the interactive circle.

4.4.7 "Belt and Road" water pressure assessment and

risk prevention module

Work on the module development for "Belt and Road" water pressure

assessment and risk prevention and the generation of special reports. On the

basis of information collection on national water resources, water environment

and risk sources of countries along the “Belt and Road” route, the "Belt and

Road" water pressure assessment and risk prevention subsystem is

developed by establishing a water pressure and water risk assessment

model. Through subsystem operation, the research on the "Belt and Road"

water pressure and water risk assessment of typical watersheds or countries

will be carried out, and corresponding special reports will be generated.

4.4.8 "Belt and Road" ecological environment

comprehensive analysis and evaluation module

Work on the "Belt and Road" ecological environment comprehensive

analysis and evaluation module development and the generation of special

reports. Based on remote sensing and other technical means, the relevant

index data of the ecological environment of countries along the “Belt and

Road” route are collected and sorted out, data analysis is performed, and

information of the background of the regional ecological environment as a

whole is obtained. Through the establishment of sensitivity analysis, carrying

capacity evaluation, quality evaluation and other models for the ecological

environment, a comprehensive analysis and evaluation subsystem for the

"Belt and Road" ecological environment is developed. Based on the system

model, special research on ecological environment monitoring and

assessment in key regions is carried out, and special reports are generated.

4.5 Upgrade of unified background management

system

Upgrade the unified background management system for the platform,

enterprise users, business database and model algorithm based on B/S

architecture, including upgrade of background architecture, user experience

improvement and optimization of database structure. Log management

function is added. Based on the idea of software development in three-tier

architecture, each layer of the background architecture is upgraded, and

security protection is added to the data access layer to enhance system

security. The code specification and reusability are improved in the business

logic layer, the anti-injection code of each module is strengthened, and the

safety of the system logic layer is improved to make it easy for the platform

upgrade iteration. At the presentation level, the application of W3C

specifications and Html5 new technologies in the platform are further

strengthened, the usability in UI specifications is followed, and a standardized

back-ground management UI framework is introduced. While adapting to new

back-ground business functions such as online technology assessment

model, online collection of environmental protection technologies along the

“Belt and Road” route, sharing of environmental protection knowledge, and

"Going Global" boutique exhibition hall, the overall back-ground management

experience is reconstructed, and the experience of ten management modules

such as back-ground content, technology supply and demand, project/bidding,

electronic exhibition hall, conference, finance/merger, intelligent scheme,

platform users, data management, and system setup is reconstructed.

4.6 Safety requirements

According to the needs of security management, the existing user

security login function is optimized. A user login control module is provided,

user identity authentication is realized by adopting a user name+complex

password authentication technology, identity authentication information is not

easy to be fraudulently used, and a login failure processing function is

provided. These include:

Login control, user identification uniqueness check function, and

authentication information complexity check function to ensure that passwords

are regularly modified and are complex enough with a certain length. Users

are forced to modify the initial password when logging in for the first time, and

check the complexity of the user's authentication information.

4.7 Platform mobile APP

The 3iPET platform mobile APP includes two versions, Android and IOS,

both of which have Chinese and English bilingual interfaces. It is mainly used

to serve corporate and individual users. The corresponding data is consistent

with that in the PC. Specific functions include,“going out” supreme technology

exhibition hall, intelligent push and knowledge sharing.

4.7.1 “Going Out” supreme technology library

In the "Going out" supreme technology exhibition hall, excellent "going

out" technologies are showed. Practical environmental protection technologies

and equipment are displayed in categories, and accurate technical information

for sewage companies is provided in forms of pictures, text, video and other

means. It can be filtered by category, ranking, year of selection, etc. in

multiple angles. Users such as sewage companies, local governments,

industrial parks, environmental protection practitioners, etc. can click on the

relevant technology to enter the detailed introduction interface. Detailed

characteristics of the technology and related cases, if any, can be learned

through pictures, texts or videos.

4.7.2 Intelligent push function

The smart push function for the environmental protection technology at

mobile terminal is developed, and the push notification mechanism is

introduced. By sharing the demand data of sewage enterprises and the

environmental protection technology exhibition data on PC terminal, based on

the user’s browsing habits and preferences of the environmental protection

technology, relevant technical information is pushed for the user, thereby

facilitating the rapid and effective combination of the technical supply and

demand sides.

4.7.3Knowledge sharing

In the mobile terminal APP of the 3iPET platform, an environmental

knowledge sharing function is established. The content is synchronized with

the PC, and the environmental knowledge is shared in various forms such as

pictures, texts, video recordings and the like. Multiple content categories can

be set up to show environmental expert lectures, public meetings, etc. through

videos, texts, or pictures for online learning. All video resources are stored on

third-party video sites, such as Tencent Video, Youku, etc.

4.8 Integrated with current platform

。 Continue to implement the existing technical route and seamlessly

interface with the existing platform functions.

The technical framework of the existing platform is as follows:

System terminal Development technology

Operation environment

PC + background management system

PHPMySQLHTMLJavascriptCSS

LinuxApacheNgixMySQL

APP Hybrid APP Android 4.0 and above

IOS 7.0 and aboveWeChat public account

Html5+ WeChat API In WeChat

4.9 WeChat public number of 3iPET platform

It is interfaced with a WeChat public service account to synchronize the

users of the 3iPET platform and the fan users of WeChat service account, so

that the 3iPET platform can be logged in through WeChat scan code. On the

one hand, the platform can be registered through WeChat scan code so that a

quick registration and login platform function for the new fans of the WeChat

public account is established. On the other hand, the existing users of the

3iPET platform can bind with the WeChat account to realize the

synchronization of the old users and their WeChat accounts.

4.10 Platform system operation and maintenance

service

In order to ensure the long-term, normal, safe and stable operation of the

3iPET platform, it is necessary to monitor and manage the security and

operation status of the platform, and provide short-term training for the

operation and maintenance personnel. The platform operation and

maintenance personnel need to provide a two-year operation and

maintenance service for the platform system to ensure its security and

stability and guarantee the operation to be user friendly.

(1) They are required to perform daily maintenance for the 3iPET

platform system to ensure safe and stable operation of the system and timely

solve various problems arising. They shall provide on-site and remote

technical service support for 3iPET platform system, with a response for

processing within 30 minutes for common faults, and 24-hour response for

major faults;

(2) They shall cooperate with users to complete network security

assessment such as the security level protection certification of 3iPET

platform system. They shall supervise the information security events, solve

the software faults and other problems on site in time; and coordinate with the

person in charge for the system to deal with hardware faults in time or provide

backup machines at key nodes.

5 Technical Requirements

5.1 System development requirements

(1) The analysis results of the construction demand of the 3iPET platform

are used as the specific objectives and requirements of the project

development, which provide guidance for the software concept design and

serve as the basis for software testing.

(2) On the basis of ensuring its security design, the development of

3iPET platform shall follow the principles of system usability design,

extensibility design, distributed design and cross-platform design, and use

JavaEE, PHP and other cross-platform Internet technology languages for

encoding.

A full-station optimization solution for the PC-side foreground system

shall be made to facilitate search engine indexing and platform access

rankings.

(3) It shall guarantee the registration of a million users and the stable

operation for 100,000 daily active users.

(4) As the platform will be deployed in the environmental protection cloud

after being built, the system development hardware adaptation and database

version must meet the requirements of the environmental protection cloud.

(5) According to the business needs and the business process, the

system design, function and module division shall be carried out from the

perspective of user convenience. The operation of the system shall be simple

and convenient, so that the operator can quickly grasp the method for system

operation. The user interface shall be beautiful, simple and clear, with

humanized features.

(6) By setting the system log, it shall automatically record all operations.

The confidentiality and security of information processing shall be ensured as

well as the security and stability of the data transmission process.

(7) The system is required to operate normally and without conflicts

under the network and security system of the data center in the department

level, and can be integrated with the website designated by the Foreign

Economic Cooperation Office.

5.2 Technical support requirements

The software development unit shall have a special team for consultation

and maintenance. During the technical service period, it shall be responsible

for providing technical consulting services to relevant personnel of the Foreign

Economic Cooperation Office and its designated implementing units. The

technical service period shall be at least 2 years after the acceptance of the

project. It shall also modify the technical defects found during the operation of

the software.

1. Technical support service content

After the final acceptance, the software development unit shall complete

the installation and deployment of the relevant application software within the

time specified by the Foreign Economic Cooperation Office, according to the

overall structure and distribution strategy of the application software of the

project. It shall provide the technical support service including the on-site

service during the technical service period.

During the technical service period, the software development unit is

responsible for providing consulting services for the technical issues raised by

the Foreign Economic Cooperation Office and its designated units. The

software development unit shall provide 7x24-hour response service to the

system. For the relevant technical issues raised by the Foreign Economic

Cooperation Office and its designated units, the software development unit

shall give a reply within 2 working days. If it needs to coordinate multiple

parties to solve the problem, the software development unit shall submit an

application and the Foreign Economic Cooperation Office will coordinate all

units to solve the problems.

During the technical service period, the software development unit shall

assist the Foreign Economic Cooperation Office to collect and clarify the

issues put forward by the implementing unit.

During the technical service period, the software development unit is

responsible for modifying the technical defects found during the operation of

the software within the time limit approved by the Foreign Economic

Cooperation Office.


be responsible for timely release of the latest software-related information to

the Foreign Economic Cooperation Office and the designated implementation

unit.

Technical support services are in forms of hotline, website, email and on-

site services.

2. Technical support staff


set up a professional technical support service team with the software

development team as the core, and ensure the staff stability of the technical

support service team.

The members of the technical support service team shall include relevant

responsible personnel and development backbones that play an important

role in the project implementation process.

6 Project Implementation and Quality

Assurance

(1) Organizational unit

It is organized by the Foreign Environmental Cooperation Center.

(2) Development location

The organizational unit specifies the development location.

(3) It shall establish a scientific project management system, implement

the project in accordance with development specifications of ISO9001

standard, ensure the overall quality of the software through the SQA team,

and ensure the consistency of the documents formed by the project and the

software development results. It shall accept the quality supervision,

development documentation review and supervision opinions from the

Ministry of Ecology and Environment in the process of software development,

and sign and confirm the output of the software development in accordance

with the quality requirements of the Ministry of Ecology and Environment.

(4) According to the relevant requirements of the state, development and

construction shall be carried out in accordance with the information system

security level protection, and assistance shall be provided to complete the

evaluation and rectification of the relevant information system security level

protection.

(5) It shall assist relevant departments to complete the software

copyright application work related to the development of 3iPET platform.

(6) In addition to the management needs of the Ministry of Ecology and

Environment, the software development involved in this project shall also

comply with the national and industrial standards, including Software

Development Specification (GB 8566), Guide to the Development of

Computer Software Product Development Documents (GB 8567), and

Guidelines for the Standardization of E-Government (GBWGX [2002] No. 42).

7 Project Output

The output of the project and the corresponding submission time and

requirements are as follows:

Table 1 Results and submission time listSN Deliverables Schedule

1Demand Analysis Report on 3iPET of

GEF Project

Within 1 month after

signing the contract

2Concept Design of 3iPET of GEF Project

Detailed Design of 3iPET of GEF Project



3Platform system. 3iPETof GEF Project

(in both Chinese and English)



4

The mobile terminal APP of 3iPET of

GEF Project, including Android and IOS

apps (in both Chinese and English).



5

Other construction reports for the

platform:

Installation and Deployment Manual of

3iPETof GEF Project

Operation Manual of 3iPET of GEF

Project

Trial Operation Test Report of 3iPET of

GEF Project

Third Party Security Test Report of

3iPET of GEF Project

Third Party Functional Test Report of

3iPET of GEF Project

Training Manual of 3iPET of GEF Project

Project Summary Report of 3iPET of

GEF Project



6 Submit system source codeWithin 12 month after


8 Sub-Project Schedule

The implementation period of this subproject is 13 months. The specific

schedule is shown in Table 3.

Table 3 Subproject time schedule

Subproject activity content

2020 2021

Q3 Q4 Q1 Q2 Q3 Q4

Demand analysis of √ √

Subproject activity content

2020 2021

Q3 Q4 Q1 Q2 Q3 Q4

3iPET of GEF ProjectConcept design, detailed design report on 3iPET of GEF Project (including prototype, UI design drawings)

√

√

Platform system. Development of 3iPET of GEF Project (in both English and Chinese)

√ √

Development of the mobile terminal APP of 3iPET of GEF Project, including Android and IOS apps (in both Chinese and English).

√

√

System installation, deployment and commissioning

√

Platform system commissioning and third party testing

√

Platform system training

√

Project acceptance (platform construction report, source code submission)

√

System operation and maintenance

√

9 Qualification

9.1 Unit qualification requirements

1. It shall have more than 5 years’ experience in information system or

platform development, operation and maintenance;

2. The one having experience in designing and building big data

platforms is preferred;

3. A CMMI certificate is a must;

4. It shall have ISO20000IT service management system certification,

ISO14001 environmental management system certification, ISO27001

information security management system certification, and ISO9001

quality management system certification.

9.2 Membership qualification requirements

1. Subproject leader

(1) He/she shall have a certificate of senior engineer in the field of

computer software.

(2) The project manager shall have the experience of undertaking the

information system development project as the project leader, with strong

organizational communication and coordination skills, and more than 10 years

of work experience in the field of environmental management.

2. Main members

(1) At least 2 members in the project team shall have more than 3 years

of experience in software development.

(2) The project team shall have members with master's degree or above

in environmental engineering or computer related majors.

(3) The project team shall have senior project managers with information

system integration and service project management certificates.

3. Other members

(1) The membership shall be reasonable, including visual designers,

database designers, programmers, after-sales engineers, etc.

Members in the project team shall have more than 1 year of experience

in software development.

Members in the project team shall have bachelor's degree or above.

Note:

1. In the case that other members of the project team provide better

qualifications, this will add points as appropriate during the review process.

Subproject team workload arrangement

Total staff input is estimated at 90 person months.