CDM projects for energy conservation and emission reduction in the chemical industry

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The CDM, or Clean Development Mechanism, is one of the three flexible compliance mechanisms introduced under the Kyoto Protocol. In accordance with the principle of \"common but differentiated responsibilities,\" developed countries that have already gone through the industrial revolution bear greater historical responsibility for global warming. Therefore, the Kyoto Protocol set emission reduction targets only for industrialized countries, without imposing such requirements on developing countries. On February 16 this year, the Kyoto Protocol came into effect. According to the provisions, developed **contracting parties must, in order to fulfill their obligations to reduce greenhouse gas emissions, reduce their greenhouse gas emission levels by an average of 5.2% compared to 1990 levels between 2005 and 2012. The cost of reducing greenhouse gases for developed **countries is several times, or even dozens of times, higher than that for developing **countries. Developed countries fulfill part of their obligations under the Kyoto Protocol by implementing projects in developing countries that result in reductions in greenhouse gas emissions, using those reductions as evidence of compliance. On the one hand, for developed **countries, providing them with some flexibility in fulfilling their obligations allows them to do so at lower costs ； On the other hand, for developing countries, it is possible to obtain funds and technology from developed countries by taking advantage of their lower costs associated with emission reductions, thereby promoting their sustainable development ； For the world, it enables the global community to reduce overall emission reduction costs while achieving common emission reduction goals. Therefore, CDM is a Win-Win option. I. Greenhouse gases subject to emission reduction under CDM The greenhouse gases covered by the CDM rules include: CO2 (carbon dioxide), CH4 (methane), N2O (nitrous oxide), HFCs (hydrofluorocarbons), PFCs (perfluorocarbons), and SF6 (sulfur hexafluoride). Emitting one ton of CH4 is equivalent to emitting 21 tons of CO2, while emitting one ton of N2O is equivalent to emitting 310 tons of CO2. Emitting one ton of HFCs is equivalent to emitting 140–11,700 tons of CO2. II. Industries and sectors where CDM is applied: 1. Energy industry (renewable/non-renewable energy); 2. Energy distribution; 3. Energy demand; 4. Manufacturing industry; 5. Chemical industry; 6. Construction industry; 7. Transportation sector; 8. Mineral products; 9. Metal production; 10. Emissions from fuels (solid fuels, oil, and gas); 11. Emissions resulting from the production and consumption of chlorofluorocarbons and sulfur hexafluoride; 12. Use of solvents; 13. Waste disposal; 14. Afforestation and reforestation; 15. Agriculture. III. CDM project technologies: In a broad sense, any technology that contributes to the reduction of greenhouse gas emissions or to the recovery or absorption of such gases can be used as a technology for CDM projects. For example: technologies to improve energy efficiency, including those that enhance the efficiency of energy supply and those that improve the efficiency of energy use ； New energy and renewable energy technologies ； Greenhouse gas recovery and utilization technologies such as coal mine methane and landfill biogas recovery technologies ； Waste energy recovery technologies, and so on. & y- T" `! }- G( @- X s IV. Types of small CDM projects: (1) Renewable energy projects: The maximum installed capacity for such projects is specified to be within 15,000 kilowatts. Including wind energy, solar energy, hydroenergy, biomass energy, geothermal energy, tidal energy, etc ； It can be in the form of generating electricity, or it can provide power and mechanical energy. (2) Projects to improve energy efficiency: Their maximum annual energy savings should be within 15 million kWh. There are many examples in this regard. 6 R% @4 L5 N7 g4 H3 @ (3) Other projects: They should involve direct emissions of greenhouse gases, with an annual greenhouse gas emission level of less than 15,000 tons of CO2. For example, fuel substitution projects, methane recovery from landfills, and methane recovery projects from coal mines. Some supplements: I. What is CDM? 0 Z& f9 B) M, j s 1、The historical background of its emergence’ \1 L9 b: L. y The Clean Development Mechanism (CDM) is a compliance mechanism adopted at the Third Conference of the Parties to the United Nations Framework Convention on Climate Change, COP3 (the Kyoto Conference), allowing Annex I parties to meet some of their emission reduction commitments abroad. Its purpose is to assist Parties not included in Annex I in achieving sustainable development and the ultimate objectives beneficial to the Convention, and to assist Parties included in Annex I in fulfilling their quantified emission limitation and reduction commitments under Article 3. At the core of CDM is the allowance for developed and developing countries to transfer and acquire project-level emission reduction credits. In addition, the Kyoto Protocol stipulates that, from the time it enters into force after 2000 until the start of the first commitment period in 2008, the CDM can be implemented, and developed **Contracting Parties participating in the CDM can obtain certified emission reductions (CERs) generated by CDM project activities. 2 U A z0 @* ~8 ^ In November 1998, the Fourth Conference of the Parties to the Convention, COP4, adopted the Buenos Aires Plan of Action BAPA. The plan requires the Conference of the Parties to resolve all outstanding details regarding the Kyoto mechanisms, particularly the CDM, in terms of their operational modes, rules, guidelines, procedures, and methodologies, so as to make the Kyoto mechanisms fully operational by the year 2000. 1 A* O, Y+ N% p! Q After several years of difficult negotiations, the \"Bonn Agreement\" was reached at the COP6 follow-up meeting in July 2001, providing a political foundation for the implementation of the CDM. In accordance with the resolution adopted by the Conference of the Parties regarding capacity building in developing countries, capacity building activities related to the CDM fall within the scope of capacity building specified in that resolution. Establishing and developing effective CDM project management systems and operational rules through systematic capacity-building activities, as well as enhancing the ability to develop, design, and implement CDM projects in developing countries, is an important guarantee for the environmental integrity of CDM projects. It is also a crucial prerequisite for improving the efficiency of such projects, and furthermore, it constitutes an essential condition for achieving synergistic benefits that support China’s sustainable development through CDM projects. The benefits generated by CDM will be shared among international CDM project investors, the relevant economic sectors of the host country, and those affected by climate change. At COP7 held in Marrakesh in November 2001, new progress was made in the negotiations on CDM, with agreements reached on important issues such as the operational modalities, rules, and procedures of CDM, thereby making the prospects for its implementation clearer. Although, as a result of the final compromises reached in the negotiations, the demand from Annex I Parties for CERs generated under the CDM was much lower during the first commitment period than originally expected, as an international cooperation mechanism, the implementation of the CDM will have long-term strategic implications in the international community’s ongoing efforts to prevent global warming. Therefore, carrying out capacity-building activities around CDM remains of great significance. . D6 t7 g( g8 r/ k( s The Kyoto Protocol came into force officially on February 16, 2005; it is a landmark agreement in international negotiations on climate change. Its main content is to limit and reduce greenhouse gas emissions, setting emission reduction targets for the period 2008–2012. It divides industrialization into 8 groups, requiring them by law to control and reduce emissions of six greenhouse gases, including CO2 (carbon dioxide), CH4 (methane), N2O (nitrous oxide), HFCs (hydrofluorocarbons), PFCs (perfluorocarbons), and SF6 (sulfur hexafluoride). ! T6 V. \% U0 z' R) b4 z2 ? The Kyoto Protocol stipulates that industrialized countries **must fulfill the following obligations: 1. Between 2008 and 2012, reduce their anthropogenic greenhouse gas emissions by an average of 5.2% compared to the 1990 level ； 2. Provide new and additional financial and technical assistance to developing **countries ； 3. Help developing countries **strengthen their capacity to address climate change**. For developed countries, adjusting the energy structure, as well as upgrading the technology and equipment in energy-intensive industries, requires high costs; the cost of reducing greenhouse gas emissions is over $100 per ton of carbon. According to Japan’s AIM economic model, the marginal cost of reducing 1 ton of carbon dioxide in Japan is $234, $153 per ton of carbon in the United States, and $198 per ton of carbon in European countries within the OECD. When Japan aims to reduce greenhouse gas emissions by 6% compared to the 1990 level, it will lose 0.25% of its GDP growth. In developing countries, the average cost of emission reduction is only a few dollars to several dozen dollars; if CDM activities are carried out in China, this cost can be reduced to 20 dollars per ton of carbon. This huge difference in emission reduction costs prompted industrialized countries to actively seek projects in developing countries, thereby driving the development of CDM. Since the Clean Development Mechanism (CDM) addresses both the issue of emission reduction costs for developed countries and the problem of sustainable development for developing countries, it is regarded as a \"win-win\" mechanism. ; I- |& d m/ z' b5 }& E 2、Core concept: Funded and technologically supported by industrially developed countries, projects that help reduce greenhouse gas emissions are implemented in developing countries, with the amount of greenhouse gas reduction resulting from these projects counted toward the contributions made by developed countries to fulfill their commitments under the Kyoto Protocol. In short, it is \"capital + technology\" in exchange for \"emission rights\" (quotas) for greenhouse gases. (“Greenhouse gas emission reduction” refers to the difference between the amount of greenhouse gas equivalent produced when using new technologies to achieve the same outcome, and the minimal amount of greenhouse gases generated; this difference constitutes the emission reduction for this project.) Emissions reductions of greenhouse gases are calculated in units of “tons of carbon dioxide equivalent”. The emerging industries of new and renewable energy, including areas such as wind power, hydroelectric power, biomass energy, and biogas generation, as well as technologies and projects that have the potential to reduce energy consumption in large-scale industrial sectors like steel, cement, and chemicals; plus fields such as waste-to-energy generation and coalbed methane recovery that enable the substantial recovery of methane gas, as well as IGCC projects, all fall within the scope of CDM project collaborations, and partnerships with developed countries can be sought for these purposes. According to the internationally recognized CDM methodology, the amount of greenhouse gases generated by the traditional methods that are replaced is counted as a reduction in greenhouse gas emissions; after rigorous approval, technology and funds are exchanged with them. Supported areas v. W( V7 Q" z' K2 ~ The business areas supported by CDM are essentially the same as those supported by GEF (Global Environment Facility) in the field of climate change. The difference is that the GEF focuses on capacity building, is usually a multilateral mechanism, and are **leading projects. The focus of CDM projects is on implementing observable greenhouse gas reduction projects, which are usually actual projects carried out by investors; a bilateral mechanism is generally employed. Although the implementation of such projects requires recognition and approval from **, it is the enterprises that are responsible for carrying out CDM projects. II. Preliminary self-assessment of CDM projects to determine whether they meet the five required conditions for CDM projects. n* H. ?. B1 Z2 I1 P5 l Condition 1: Project type – Does your project fall under one of the following categories? If so, it meets the requirements for a CDM project: Efficient and clean power generation technologies and combined heat and power systems, such as natural gas–steam combined cycle power generation, supercritical coal-fired power generation, pressurized circulating fluid bed boiler power generation, and multi-product coal-fired power generation; Efficient and low-loss power transmission and distribution systems; Coal-fired industrial and domestic boilers and furnaces, including coking furnaces, as well as energy-saving upgrades for blast furnaces; Energy-saving upgrades for high-energy-consuming industrial equipment and processes, in industries such as steel, petrochemicals, and building materials; Demand-side management (DSM): Energy-saving upgrades for industrial equipment, such as variable-frequency drives for efficient motors, efficient fans and pumps, green lighting, amorphous high-efficiency distribution transformers, and upgrades to electric heating furnaces; Energy-saving demonstration projects for urban buildings, energy-efficient building design, optimization of building energy systems, and new types of non-fired bricks; Energy-saving demonstration projects for urban transportation, including vehicles powered by natural gas, fuel cells, and efficient vehicle engines, as well as hybrid fuel electric vehicles and the use of bioethanol and biodiesel; Promotion of centralized natural gas heating in northern cities; Recovery and utilization of methane from coal seams in mines, gas-powered power generation and heating, and efficient conversion systems for biomass energy, including demonstration projects for centralized heating, gas supply, and power generation; Demonstration projects for wind power plants; Demonstration projects for solar PV power plants; Recovery, generation, and heating using methane from municipal waste incineration and landfills; Technical upgrades to reduce carbon dioxide emissions in cement manufacturing processes; Technologies for the recovery and reuse of carbon dioxide; Afforestation and reforestation; Other projects aimed at reducing emissions of fluorinated gases with high GWP values, such as hydrofluorocarbons (HFCs), perfluorocarbons (PFCs), and sulfur hexafluoride (SF6). Condition 2: The project must be in the pre-construction phase and not yet operational; projects that are already operational generally do not meet the requirements for CDM projects. Condition 3: The project construction must have been approved by the relevant authorities. Condition 4: The project must have passed an environmental assessment conducted by an authoritative institution, to prove that it is a clean energy project and that its implementation can contribute to the sustainable development of the area where it is located. Judgment criterion 5: Whether there are obstacles to project construction. Project construction must face technical or financial obstacles. III. Basic rules and procedures for CDM project operation (b8 o3 r]4 L9 h3 e 1. Operation and management rules – P1 L) y7 }5 Enterprises that participate in CDM project activities must be Chinese-owned or controlled by Chinese capital. The basic rule for operation is: 1. Parties participate voluntarily ； 2. There is a **approval document** ； 3. Deliver real, measurable, and long-term greenhouse gas emission reduction benefits ； 4. Additionality must be maintained ； (\"Additionality\" means that the emission reduction benefits resulting from a clean development mechanism project must be additional, that is, they would not occur in the absence of that project activity. ) 5. It falls within the priority development areas of the host country/locality and brings about technology transfer. **The National Development and Reform Commission is the authority in China responsible for carrying out CDM project activities, and it has a CDM Project Approval Council as well as a management agency under it. The joint leading agencies of the review council are the **Commission for Development and Reform and the Ministry of Science and Technology; the deputy leading agency is the Ministry of Foreign Affairs. The member agencies are the **State Environmental Protection Administration, the China Meteorological Administration, the Ministry of Finance, and the Ministry of Agriculture. The proceeds generated by the project from the transfer of emission reductions belong to China** and the enterprises that implement the project; different allocation ratios are applied depending on the type of emission gases involved. 2. CDM project operation process 6 c* T* C0 q( e* @3 m# t4 W# O The entire CDM project process involves: finding foreign partners → preparing technical documents → conducting commercial negotiations → submitting applications domestically → submitting applications internationally → monitoring the project’s implementation → verifying the amount of emissions reduced → registering and transferring those emission reductions → receiving revenue shares. # When enterprises apply for CDM projects, they first submit an application to the **Development and Reform Commission through the science and technology management department ； The **Development and Reform Commission** then organizes the evaluation of the applied projects, after which it, together with the Ministry of Science and Technology and the Ministry of Foreign Affairs, handles the approval procedures. $ c. `7 _/ K3 ^/ N; U: b The cooperation of enterprises during the implementation of CDM projects is crucial. Based on the experience of the Dutch CERUPT project. During the qualification assessment phase of the bidding process, the Chinese party must provide in English: 1. Project concept sheet ； 2. Project Approval Letter ； 3. Business license and code certificate ； 4. Company’s 3-year financial statements ； 5. Proof of the enterprise’s fulfillment of its social obligations ； 6. Proof of the company’s financial credit status. ) c( d# o; B3 P, | In the second phase of the bidding process, the Chinese side must, with the assistance of consulting firms, provide: 1. Project design documents ； 2. Approval of reports and conclusions ； 3. Purchase Agreement ； 4. Submission timeline ； 5. Project approval letter. Introduction to the CDM project cycle: · Project identification 9 v: w% W- u' S( q, F Initially determine whether the project is a CDM project. 9 h; P+ h- n3 K1 {4 p- B1 U •Project design: When a project meets the CDM standards, it is necessary to prepare a Project Design Document (PDD). The format of the design document is determined by the UN CDM Executive Board. •Project approval: CDM projects need to be approved by the national CDM authority designated by the host country. At present, the authority in charge of CDM in China is the **Development and Reform Commission; Chinese CDM projects require formal approval documents issued by this commission. •For project approval, the project developer must enter into a contract with a designated operating entity responsible for its review and certification. Only by completing this work can this project become a legitimate CDM project. Depending on the type of project, identify designated operating entities with audit and certification qualifications. 5 W4 D3 w4 p9 S$ S, @" g+ Z6 t# F. p) @; \ •Project registration: b6 k7 v% O7 F3 L The designated operating entity signs off to confirm that the project meets the requirements of CDM, issues an audit and certification report, and submits an application for registration to the United Nations CDM Executive Board. The approval report must include the Project Design Document (PDD), the written approval from the host country, and information on how public comments were addressed. ! K: w T- Z2 h" s) g8 _+ n Within 8 weeks from the date on which the CDM Executive Board receives a registration request, if no 3 or more members of the CDM Executive Board and the Party involved in the project request a review, the project is automatically approved for registration. The Executive Board primarily reviews whether the project meets the verification requirements for Phase 4. The final decision shall be made by the CDM Executive Board before its second meeting following receipt of the registration application. If the project is rejected by the CDM Executive Board, the company can make modifications and submit the application again. Project implementation and monitoring. a! x/ b$ Monitoring activities are carried out by the project proponent, and must be conducted in accordance with the monitoring plan specified in the submitted project design document. The F monitoring results need to be reported to the designated operational entity responsible for verifying and certifying the project’s emission reductions. Under normal circumstances, the operational entity responsible for project validation and the verification and certification of emission reductions cannot be the same entity; however, small-scale CDM projects may apply to have the same designated operational entity handle validation, verification, and certification. . b- ~0 N L! U* v$ j •Verification and certification of emission reductions ( r% e2 a8 k2 G6 X Q/ @ Verification refers to the process by which designated operational entities are responsible for periodically reviewing and determining the emission reduction amounts resulting from registered CDM projects. Based on the verified monitoring data, calculation procedures, and methods, the emission reduction amount of CDM projects can be calculated. 6 N-certification refers to a written report issued by a designated operational entity, demonstrating that the project has achieved verified emission reductions over a certain period. Based on this verification report, the designated operational entity issues a written certification report and notifies the stakeholders of the results. • The issuance of CERs is based on the verification reports submitted by the designated operating entity to the CDM Executive Board, which applies to the CDM Executive Board for the issuance of CERs equal to the verified amount of emissions reduced. If, within 15 days from the date on which the CDM Executive Board receives the issuance request, the Party involved in the project or at least three members of the Executive Board do not submit a request to review the application for issuing CERs, the application for issuing CERs may be deemed to have been automatically approved. If a Party or three or more members of the CDM Executive Board request a review, the CDM Executive Board shall review the verification report. 0 ^/ {: L' ~1 ~6 R& W+ x Upon receiving a request for review, the CDM Executive Board will decide at its next meeting whether to conduct a review. If a review is decided upon, its scope will be limited to whether the designated operational entity has engaged in fraud or misconduct, as well as issues related to its qualifications. The review shall be completed within 30 days from the date of determination of the review. # {8 ~$ P4 p( D2 c1 R: Z IV. Transaction costs of CDM projects: Compared to ordinary investment projects, CDM projects require meeting additional requirements and going through extra approval procedures, which results in certain additional transaction costs for the developers of such projects. The Clean Development Mechanism is a new concept, making it difficult to accurately estimate the level of transaction costs. It is estimated that for a large-scale CDM project, transaction costs can range as high as $200,000 to $250,000. The transaction costs that project developers under the Clean Development Mechanism need to bear mainly arise in the following areas: project search, development/selecting baseline methodologies and estimating the project’s emission reductions, preparing relevant technical documents, obtaining approval from the host country, consulting stakeholders and conducting environmental impact assessments, preparing agreements for purchasing CERs, designating an operational entity to verify the project, and registration fees. Monitoring, verification, and certification costs, as well as adaptation costs (2% of the total CERs – details can be found in Articles 4 and 24 of the “Regulations on the Operation of Clean Development Mechanism Projects”), are also included. Some of these costs are one-time expenses, including project search, development/selecting baseline methodologies and estimating emission reductions, preparing technical documents, obtaining host country approval, consulting stakeholders and conducting environmental impact assessments, preparing agreements for purchasing CERs, designating an operational entity to verify the project, and registration fees. On the other hand, monitoring costs, verification and certification costs, adaptation costs, and administrative costs for the Clean Development Mechanism occur throughout the entire project lifecycle. Of course, some of these costs are closely related to the requirements of the host country; if the host country has no such additional requirements, then those associated costs will not arise. For example, if the host country does not impose additional environmental impact assessment requirements on CDM projects compared to ordinary construction projects, then this cost component will not be included in the transaction costs. 4 B* C: d& u3 x9 _( `1 u Some costs can also be reduced through appropriate methods. For example, if the host country **can cooperate with the investing country** to adopt appropriate measures to foster cooperation between businesses from the two countries, project search costs can be significantly reduced. As more approved methodologies become available, project developers can choose to use these approved methods rather than developing new ones, thereby **reducing the costs associated with establishing project baselines, monitoring plans, etc.** As project experience in the international carbon market grows, the CER purchase contracts for certain transactions may serve as examples for other companies to follow, thereby reducing the associated transaction costs. 8 F# b6 l& n; b The earlier companies enter the carbon market, the higher their transaction costs are, as they lack relevant market experience. Entering the market later may reduce transaction costs, but it could also result in missing out on excellent project collaboration opportunities. Given that the start date of the first commitment period is approaching, and considering that both the development and construction of projects take time, as well as the fact that projects can only generate emission reductions once they begin operating, it is becoming increasingly important to get involved in international Clean Development Mechanism project collaborations as early as possible. . K% i' F8 T) V3 D( K 5. Some issues to be considered during the development of CDM projects) p6 T" u9 K, P* c H# U; \! _4 I 1. Technical issues (preparation of relevant technical documents, such as the Project Design Document PDD and the Project Identification Document PIN). The CDM Project Design Document (abbreviated as PDD in English) provides developers of CDM projects with guidelines and formatting standards for preparing the design documents for such projects. The project design document is a necessary basis for applying for CDM projects, as well as for the verification and approval of the project’s eligibility and emission reductions. The project design document has been approved by the Conference of the Parties and published online. The main contents of the project design document are as follows: 3 `# L$ x9 \6 t (1) General description of the project. u0 o" B$ {$ L* ]# o6 d This includes the project name, project description, project participants, technical details of the project, project location, project category, and the technologies to be used in the project. At the same time, it is also necessary to briefly explain how the proposed CDM project will achieve greenhouse gas emission reductions ； Estimated annual emission reductions and explanation of the additionality of these reductions ； When a project utilizes well-developed public funds, it is necessary to demonstrate the extra nature of these funds, that is, to show that their use does not affect the allocation of regular official development assistance funds. (2) Baseline method’ W+ |6 O6 e% X9 Z Refer to the baseline method approved by the CDM Executive Board, and explain the baseline method selected for this project, the reasons behind it, as well as its specific application. If the new baseline method is to be adopted, an application form for the new baseline method must be filled out. It should be explained how the greenhouse gas emissions of this project are lower than the baseline emission levels, and how the project boundaries are defined, in order to demonstrate why the emission reductions achieved by this project are additional. + v5 X3 w( X: p2 s1 O- l （3）The duration of project activities and the period over which the emission reductions are counted 2 e/ v2 A" o3 P& k z2 }+ ? Given that factors such as the host country’s technological progress, industrial structure, energy mix, and policies have a significant impact on the baseline, the amount of emission reductions generated by specific CDM project activities will change as these factors evolve. This, in turn, introduces various uncertainties and risks associated with CDM project investments and the resulting emission reduction benefits, which are difficult to determine in advance. To this end, the CDM Executive Board proposed two alternative methods for accounting for the duration of CDM project activities and the period over which emission reductions are counted: an renewable accounting period, which can be renewed twice, with a maximum duration of 7 years each time ； The baseline must be updated each time it is refreshed ； The start date of the emission reduction accounting period and the duration of that period are required. 8 `" _, q* p5 ]+ C B、Fixed period of inclusion: only one period, with a maximum duration of 10 years; there is no need to update the baseline ； The start date of the emission reduction accounting period and the duration of that period are required. (4) Monitoring methods and plans: The project owner needs to provide the monitoring methods and plans for the project, along with a detailed monitoring plan report, in order to estimate or measure the emissions generated within the project boundaries and determine the net change in emissions outside those boundaries. The monitoring plan should also provide quality control (QC) and quality assurance (QA) procedures for monitoring data; the operating entity will verify the information provided as well as the accuracy, comparability, completeness, and validity of the data quality. 2 ~6 L; C+ a5 j1 Q3 z0 B+ t" g (5) Calculation of emissions from various greenhouse gas sources: 2 u0 b+ i$ j1 F# J/ @; P – The formula used to estimate the greenhouse gas emissions within the boundaries of the project, along with its result, is denoted as E.1; The formula used to estimate the net change in greenhouse gas emissions caused by the project’s activities outside its boundaries (referred to as leakage), along with its result, is denoted as E.2; $ i$ ?3 N+ E* E' B – The calculation of the emissions resulting from the project’s activities is denoted as E.3: E.3 = E.1 + E.2; 4 R. ^7 L, I1 B/ V7 T8 ]- s; M – The formula used to calculate the baseline greenhouse gas emissions, along with its result, is denoted as E.4; The calculation of the emission reductions resulting from the project’s activities is denoted as E.5: E.5 = E.4 – E.3. ; s6 ^% y$ p) N% x; y1 H, J, p (6) Environmental impact: 1 d* j& P, ]6 M$ _& B provides documentation outlining the environmental impact assessment; it also includes conclusions and all relevant references. R6 n% u8 p9 D’ u (7) Evaluations by various stakeholders: Provide a summary report of the evaluations conducted by the various stakeholders in the location of the project, along with an explanation of how the concerns raised by these stakeholders will be addressed. 2. Other issues + \4 a) P ~+ q+ U- N When identifying potential Clean Development Mechanism projects, project proponents need to consider a range of issues, including the project’s eligibility, investment model, transaction costs, and risks. The overall feasibility study of the project includes an assessment of the aforementioned issues, but the feasibility study also needs to take into account the eligibility of the project under the Clean Development Mechanism, the incremental costs, and the expected benefits to be obtained through the Clean Development Mechanism. " H) q# Q. L; C0 K% @: d (1) Qualification 3 D& k- F; z; U! h" When identifying CDM projects, the first thing that project participants need to consider is the potential qualification issues related to such projects. This includes two levels of eligibility: first, whether the project can achieve greenhouse gas emission reduction benefits, thereby meeting international requirements ； Secondly, whether a series of key arrangements for this project can meet the specific requirements of the countries participating in the project**, especially the host country**. . R; O" `* B* F9 ?& M. v* y: b Requirements for CDM projects can vary significantly among different host countries. According to the **provisional measures for the operation and management of CDM projects** that have been issued in China, the main additional requirements imposed by China on CDM projects are as follows: 2 b3 g4 M4 \, K$ W: w; V A. One such requirement relates to the eligibility of project developers – only Chinese-owned or Chinese-controlled enterprises based within China are allowed to collaborate with foreign parties in developing CDM projects ； _B. Public funds for clean development mechanism projects in developed countries should be additional to current official development assistance and their financial obligations under the convention ； C. The project shall comply with China’s laws and regulations, as well as the strategies and policies for sustainable development, and the overall requirements of the national economic and social development plans ； # S’ v& g! c4 h4 R$ ] D. The proceeds generated by the project from the transfer of greenhouse gas emission reduction credits belong to China** and the enterprise that implements the project; the distribution ratio is determined by China**, and until such determination is made, the proceeds remain with that enterprise. Companies should examine each of their projects in detail during project identification and design to ensure that these requirements are met. Otherwise, the subsequent project approval process may not go smoothly. Of course, China **may also revise these regulations as specific project implementations increase; therefore, companies should keep an eye on** any changes in policy. 2) Project model 2 v1 G/ Q; r# a8 s% U* c8 c8 A Generally speaking, there are three models for developing Clean Development Mechanism projects: Unilateral model: Developing countries implement Clean Development Mechanism project activities independently, without the involvement of developed countries. In developing countries, **CERs generated from projects sold on the market.** ) p6 r: q/ {: ^# ?# T • Dual-mode: Developed **entities and developing** entities jointly develop CDM projects, or developed **entities invest in developing** CDM projects, with the developed **entities receiving the CERs generated by those projects**. Multi-party model: The CERs generated by the project are sold to a fund composed of multiple developed investors. An example of such a fund is the Prototype Carbon Fund, operated by the World Bank. At present, there is no disagreement within the international community regarding the investment models for bilateral and multilateral Clean Development Mechanism projects; projects that meet the relevant rules can receive approval from the host country and the Executive Board. However, there is still international controversy regarding the understanding of clean development mechanism projects in unilateral mode. China also takes a relatively cautious approach to unilateral projects, and project developers need to pay special attention. 6 A) Y4 {; l$ G# |! m; L* B8 ^ (3) Transaction costs. The previous article discussed the transaction costs that arise in the development and implementation of CDM projects. Project developers should pay sufficient attention to this, as it directly affects the net benefits that project participants can ultimately obtain. Project participants can appropriately reduce the transaction costs they incur through certain methods. 2 f3 @# A' q9 a3 L7 D* X- z If the project developed meets the requirements for small-scale CDM projects, the simplified methodologies and monitoring plans already provided by the Executive Board should be utilized as much as possible. At the same time, all the advantages offered by these simplified rules should be taken advantage of, such as using the same designated operational entity for project validation as well as for the verification and certification of emission reductions, and for **the project. For typical Clean Development Mechanism projects, project developers should also apply, as much as possible, the methodologies already approved by the Executive Board ； During the project design phase, it is necessary to maintain close communication with the relevant **departments** to ensure that the project design meets the **requirements**, thereby accelerating the approval process ； If possible, select a domestic designated operational entity for project validation in order to reduce potential fees ； Apply relatively standard CER purchase agreements wherever possible to save costs and reduce the likelihood of legal disputes. For example, the various carbon funds operated by the World Bank generally have standard CER purchase agreements ； The International Emissions Trading Association (IETA) has also developed several versions of carbon purchase agreements. All of these can serve as good references. During the project identification and negotiation phase, the project proponent may consider developing a Project Identification Note (PIN), which is slightly simpler than a Project Design Document (PDD) but includes all the key information for discussion by the host country and potential partners. A project identification document generally includes a brief description of the project, an approximate estimate of GHG emission reductions (including the selection of a baseline), expected social and economic benefits, as well as financial information (including project costs, financing sources, buyers of cERs, and the estimated price of cERs). The use of project identification documents can effectively reduce the initial costs during the project cooperation negotiation phase. Therefore, colleagues in the coal chemical industry: those who are unclear about the above energy-saving and emission-reduction projects can contact me at QQ 326628624