3 million quotation for thermal oil boiler, installation plan for gas thermal oil boiler, integrated service provided by the manufacturer

Description :

　　The construction scope and boundaries of this project are as follows: 1) Party B is responsible for the installation of the boiler body and supporting auxiliary equipment; 2) Oil supply pipeline: Party B is responsible for the connection, installation, painting, and insulation of the pipeline from the boiler oil supply outlet to the oil distribution cylinder outside the boiler room; 3) Return oil pipeline: Party B is responsible for the installation, painting, and insulation of the pipeline from the return oil port to the oil collecting cylinder in the boiler room; 4) Instrument signal pipeline: Party B is responsible for the installation and painting of the signal pipeline from the boiler to the instrument; 5) Smoke pipeline: Party B is responsible for the connection, installation, and painting of the smoke pipeline from the boiler outlet to the chimney; 6) Cable and electrical signal lines: Party B is responsible for the installation and painting of cables, signal lines, and brackets between the boiler control cabinet and the boiler and its auxiliary equipment.

　　The first party is responsible for pipeline installation and other matters beyond the scope mentioned above. The first party is responsible for the installation, painting, and connection of the natural gas pipeline to the burner. The first party is responsible for the construction of the civil engineering project.

　　Before and during the construction period of Party B, Party A shall ensure the construction conditions of Party B, ensuring the "three connections and one leveling": road, water, electricity, and site leveling. The second party shall comply with the rules and regulations of the first party, including the safety management system.

　　The scope of supply for this project is detailed in Chapter 6 "Supply List", and any adjustments as stipulated in the contract shall be made accordingly.

　　2、 Engineering Design Conditions(To be filled in by Party A)

　　2.1 Annual average temperature: ℃

　　2.2 Extreme high temperature: ℃;

　　2.3 Extreme low temperature: ℃;

　　2.4 Basic seismic intensity: 8 degrees, seismic acceleration of 0.20 g;

　　2.5 Instrument air: pressure: 0.7 MPa (G); Temperature: room temperature; Dew point temperature: less than -40 ℃;

　　2.6 Power Supply

　　Low voltage: 220V, single-phase;

　　Low voltage: 380V, 50HZ, three-phase;

　　2.7 Fuel: natural gas;

　　Low heating value of gas: 35375KJ/Nm3

　　Gas temperature: 0-20 ℃; Gas pressure: 20KPa;

　　3、 Design, Manufacturing, and Acceptance Standards

　　3.1 The Technical Agreement signed by both Party A and Party B;

　　3.2 TSG G0001-2012 Boiler Safety Technical Supervision Regulations (including Amendment 1);

　　3.3 TSG G0002-2010 "Boiler Energy saving Technology Supervision and Management Regulations" (including Amendment 1);

　　3.4 NB/T47034-2013 Technical Conditions for Industrial Boilers;

　　3.5 GB/T16507-2013 "Water tube boilers";

　　3.6 GB/T713-2014 "Steel Plates for Boiler and Pressure Vessels";

　　3.7 GB/T3087-2008 "Seamless Steel Tubes for Low and Medium Pressure Boilers";

　　3.8 NB/T47013-2015 "Non destructive Testing of Pressure Equipment";

　　3.9 NB/T47055-2017 "General Technical Conditions for Boiler Coating and Packaging";

　　3.10 JB50236-98 "Construction and Acceptance Specification for Industrial Pipeline Welding Engineering of On site Equipment";

　　3.11 GB50273-2009 "Code for Construction and Acceptance of Boiler Installation Engineering";

　　3.12 GB/T1576-2008 "Water Quality for Industrial Boilers".

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