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TEDA LANDOO OILFIELD SERVICES Co., Ltd

TEDA LANDOO OILFIELD SERVICES Co., Ltd. 天津开发区兰顿油田服务有限公司. TEDA LANDOO OILFIELD SERVICES Co., Ltd. 公司介绍 Company profile 减量化技术与应用 Waste reduction technology and application 控制排放方案与实例 Controlled discharge proposal and examples 兰顿水务 Landoo water services. 公司介绍 Company profile. GSJS001.

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TEDA LANDOO OILFIELD SERVICES Co., Ltd

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  1. TEDA LANDOO OILFIELD SERVICES Co., Ltd

  2. 天津开发区兰顿油田服务有限公司 TEDA LANDOO OILFIELD SERVICES Co., Ltd 公司介绍 Company profile 减量化技术与应用 Waste reduction technology and application 控制排放方案与实例 Controlled discharge proposal and examples 兰顿水务 Landoo water services

  3. 公司介绍 Company profile GSJS001 天津开发区兰顿油田服务有限公司成立于2005年，是一家专注于钻井废弃物管理的高新技术企业。为客户的石油勘探开发提供专项研发、产品制造和现场服务。公司现有员工400余人，已通过DNV质量体系认证，并有完整的HSE作业体系。 TEDA Landoo Oilfield Services Co., Ltd. is a hi-tech enterprise in the fields of petroleum & environmental protection. It provides customers with complete whole-process solutions regarding the drilling fluids, solids control and waste management, water treatment and the related facilities as well. 我们致力于保护生态环境，同时促进石油工业的发展，真诚地为油田和石油企业服务！ We devote ourselves to ecological environmental protection, meanwhile, to promoting the development of the oil industry and serving the oilfield and its enterprises to our best!

  4. 部分证书Certifications ZS002

  5. 证书 Certification ZS003 2010年兰顿获得环境保护部2010年第三批环境污染治理设施运营资质 In 2010, we acquired the Environmental Pollution Elimination Facility Operation Qualification issued by National Environmental Protection Department.

  6. 核心技术 • 以超细固相控制为代表的固液分离技术 Solid-liquid separation technology which focus on ultra-fine solid phase • 以成套技术和完善的标准体系为代表的多种废弃物管理方案 multi waste management proposals with packaged technology as well as complete standard system

  7. 专利 Patent list ZL001

  8. 主要产品 Main Products • 废弃物传输与容器 waste transfer equipment and container • 大流量离心机类 High-volume centrifuge • 滤干机类 Cutting dryer • 钻屑回注成浆系统 CRI system • 固控设备 Solid control system • 清洁设备 Cleaning system • 钻井液固化剂和生物菌种 Drilling mud solidification agents and bio strains

  9. 主要产品 Main products CP001

  10. 主要产品 CP002

  11. 主要产品 CP003

  12. 主要产品 CP004

  13. 钻屑废弃物处理项目业绩一览表 Performance summary

  14. 钻屑废弃物处理项目业绩一览表

  15. 钻屑废弃物处理项目业绩一览表

  16. 高效固控业绩一览表

  17. 高效固控业绩一览表

  18. 2、减量化技术与应用 Waste reduction technology and application • 起源 Source • 地表钻井液的流失 Loss of surface drilling fluid • 环境保护的要求 Environmental protection requirement • 意义 Significance • 节约钻井成本 Reduce drilling cost • 节约钻井废弃物管理费用 Reduce waste management cost • 延长钻井液使用寿命 Extend the service life of drilling fluids • 潜在的钻井工程效率 Improve the potential drilling engineering efficiency

  19. 例如 Examples 泥浆成本基准综述drilling fluid cost

  20. 例如 examples 成本 VS 目标Cost VS. Target 工程成本计划基准 Engineering cost (仅泥浆) (only refer to drilling mud) 12 1/4” 223井段 Versaclean＝$37,651,320 8 1/2” 223井段 Fazepro＝$46,872,816 工程总计 engineering total cost＝ $84,524,136 绩效目标 Performance target 减少10％，节约85万美元 Reduce10%, save $850,000.00 减少15％，节约130万美元 Reduce 15%, save $1,300,000.00 减少20％，节约170万美元 Reduce 20%, save $1,700,000.00 减少25％，节约210万美元 Reduce 25%, save $2,100,000.00 减少30％，节约330万美元 Reduce 30%, save $3,300,000.00

  21. 减量化技术 Waste reduction technology • 固控系统测评 Solid control system evaluation • 首先针对固控系统使用多种监测设备，以API标准为依据进行考核。 Based on API criteria, apply various testing devices to the solid control system to check its performance. • 其次以固控理论为指导，规范人对设备的操作。 Standardize the manual operation. • 超细固相控制 Ultra-fine solid phase control • 控制钻井液中的固相粒径 Control the solid particle size in the drilling mud • 控制排渣中的钻井液滞留量 Control the drilling mud volume detained in the discharge stream

  22. 张东开发区钻屑和废液量估算总表drilling waste and waste liquid est. amount 应用实例：大港油田埕海二期 Examples: Dagang operation

  23. 埕海二区钻井/完井阶段可能发生的污染 Potential contamination source during drilling/completion

  24. 钻井废物管理方案 Waste management solution

  25. 钻井废物管理方案 Waste management solution

  26. 3、控制排放方案与实例 Controlled discharge proposal and examples 检测标准与控制目标 Testing standard and control target • 钻井泥浆和钻屑：钻井过程中使用水基泥浆，向海水中排放的水基泥浆及钻屑，其生物毒性容许值不低于20 000mg／L(GBl8420.1-2001)，排放的钻井油层钻屑和钻井油层钻井液的含油量不得大于8％，重金属汞含量不得大于1mg／kg，重金属镉含量不得大于3mg／kg(GB2914-2008)。 Drilling mud and cuttings: the allowed biotoxicity value in discharged WBFS not lower than 20 000mg／L(GBl8420.1-2001); the oil content in discharged OBFS not higher than 8%, Hg content not higher than 1mg／kg，Cd content not higher than 3mg／kg(GB2914-2008)。 监测计划 Monitor plan 在钻井作业期间，每次更换泥浆体系时监测泥浆、钻屑的生物毒性限值和含油量。在生产阶段监测生活污水中的COD，含油污水中的石油烃浓度和生物毒性限值，并在事故状态下，配合有关部门做好事故的跟踪监测。 Monitor the biotoxicity and oil content of the drilling mud and drilliing cuttings whenever changing the mud system; monitor the COD level in the sanity sewage and the hydrocarbon and biotoxicity of the oily sewage during drilling operation;

  27. 检测方法 Detection method

  28. 控制排放方案 BAT3 Controlled discharge BAT3 钻井废弃物收集、转运至处理中心经泥浆脱水、焚烧、生物降解、回注等工艺达到环保要求。 Drilling waste collected and transferred to disposal center for dehydration, incineration, biodegradation, re-injection, etc. to meet the environmental requirements.

  29. CRI001 CRI System

  30. 回注设备 CRI system

  31. 控制排放方案BAT3之钻井废弃物脱水系统 BAT3-drilling cuttings dehydration system • 可以去除钻井液中的水 Remove the water in the cutting • 可以有效回收基液，如盐水 Efficiently recover the base fluids like brine • 可以增强固控功能，超越机械设备 Improve the solid control performance • 可以生成清洁的水进行安全再利用或直接排放 Generate clean water for re-use or directly discharge • 可以减少液体运输需求 Reduce the liquid transportation requirements • 可以处理所有水基钻井液体系 Can be used to treat all water-based drilling mud system

  32. 控制排放方案BAT3之钻井废弃物生物修复 BAT3-Biodegradation • 生物修复技术是如何作用的？ How the biodegradation technology take effect? • 生物修复技术的强势以及存在的不足？ The advantage and disadvantage of the technology? • 对于生物修复技术，我们如何扬长避短？ How to effectively use the biodegradation technology? • 我们如何控制生物修补的液体以及废弃物管理系统？ How to control the bio-remediation liquid phase and the whole waste management system?

  33. SWCL004

  34. 兰顿水务Landoo water service • 兰顿公司全面关注水的特征、生成量、水文地质、工程设计和环境考量的油田水管理技术，能够实现节约成本的要求。兰顿公司的油田水务业务群从事工程咨询、项目设计和管理，将与油田水有关的成本降至最低，帮助我们的客户达到规定要求。We provide a variety of water services including the identification of the water property, produced volume, hydrogeology; proposal for engineering design and environmental consideration, so as to meet the cost reduction requirements. We can offer the total solution specifically based on customer request in terms of the engineering consultant and project design & management。 • 兰顿公司油田水务的全国专业人员网络在项目实施方面具有无以伦比的专业技能和经验，我们承诺在预算范围内准时移交项目。我们的员工专注先进技术和作业管理的安全与可靠。我们在技术开发方面进行了大量投资，全体员工通过我们的质量管理体系和HSE（健康、安全和环境）管理体系的专门培训。With a group of water treatment experts and operation experiences, we could make commitment to customer that we can provide the most cost-effective proposal and more reliable technical solution. • 兰顿油田水务为常规和非常规开发提供解决方案，包括水供应、用于处置生产污水的回注井、资源化再利用处理方案、压裂流回水再循环方案和行业需要的许多其他服务。无论您需要全面的可立即使用的解决方案，还是一个项目的服务，兰顿油田水务均可为您带来技术和专业知识，确保成功。 What you can expect from Landoo: ·Water supply solution ·development of injection well used for waste water disposal ·resources recycle and treatment proposal ·back water recycle and reuse proposal ·other services upon request

  35. SW002 油田采出水处理 Produced water treatment • 兰顿公司关注环境、关注油田、关注采出水处理，我们针对不同环境不同性质的采出水，设计最经济合理、高效的工艺流程。出水指标最高可达含油≤8mg/L，悬浮物≤3mg/L；悬浮物粒径中值≤2µm。 The max. outlet water quality: oil content≤8mg/L，S/S≤3mg/L；D50 ≤2µm

  36. 油田采出水处理 Produced water treatment • 主要处理流程：（根据用户对出水水质要求，可对相关处理环节进行增减） • 斜板除油——聚结除油——核桃壳过滤器（或双滤料过滤器）——双滤料过滤器——纤维束过滤器（纤维球过滤器） • 斜板除油——气浮除油——核桃壳过滤器（或双滤料过滤器）——双滤料过滤器——纤维束过滤器（纤维球过滤器） • 斜板沉降——水力旋流器——核桃壳过滤器（或双滤料过滤器）——双滤料过滤器——纤维束过滤器（纤维球过滤器） • 聚结除油——水力旋流除油——核桃壳过滤器（或双滤料过滤器）——双滤料过滤器——纤维束过滤器（纤维球过滤器） •     采出水处理装置整体成撬供货，节省空间，预制程度高，布置紧凑美观，自动化程度高。

  37. 油田采出水处理 Produced water treatment Treatment Process：（might be modified based on the specific water quality requirements） incline plate deoil—coalescence deoil—nutshell filter（or  filter with double filtration media）— filter with double filtration media —fasciculus filter-press （fibreglobe filter-press ） Incline plate deoil—flotation deoil—nutshell filter（or  filter with double filtration media）— filter with double filtration media —fasciculus filter-press （fibreglobe filter-press ） Incline plate settlement—hydrocyclone —nutshell filter（or  filter with double filtration media）— filter with double filtration media —fasciculus filter-press （fibreglobe filter-press ） hydrocyclone deoil—flotation deoil—nutshell filter（or  filter with double filtration media）— filter with double filtration media —fasciculus filter-press （fibreglobe filter-press ） The skid mounted produced water treatment system can save the footprint and increase the level of automation.

  38. 回注水 Water flooding • 伴随原油采出的水量不断增大，地层的压力不断减小，需要向地层中注入水以增加地层压力，针对不同地层性质，注入水的水质和压力也不一样，注入的水主要有处理后的含油污水、地下水和海水。 • With the increasing amount of the produced water and the decreasing formation pressure, it is necessary to inject the water into the subsurface to increase the formation pressure. Depending on different subsurface condition and property, the injected water quality and pressure may differ. The treated waste water with oil, underground water and seawater can be used as injected water. • 主要处理流程：     地下水源井来水——除砂器——锰砂除铁过滤器——纤维束过滤器（纤维球过滤器或双膨胀过滤器）——缓冲罐——喂液泵（按需要）——注水泵（柱塞泵或多级离心泵）——地层 • Main treatment process： • inlet water from underground water supply well——desilter——manganese greensand filter——fasciculus filter-press （fibreglobe filter-press or double expansion filter）——buffer tank——fluid feeding pump（if necessary）——water flood pump（plunger pump or multistage centrifugal pump）——formation • 注水系统整体成撬供货，节省空间，预制程度高，布置紧凑美观，自动化程度高。 • The skid mounted flooding system can save the footprint and increase the level of automation.

  39. 泥浆与废液处理 Mud and Spent fluid treatment • 兰顿油田水务的技术竞争力表现为随钻泥浆脱水和小型化的移动水处理装备。尤其是与兰顿钻井废弃物管理装备集成作业实现废弃物的减量化对废弃物物理化学性质进行控制，使得作业效率和作业成本都得到最佳优化。 • The MWD mud dehydration and compact mobile water treatment equipment is the main advantage that you can readily acquire from Landoo. Specially, we can assist customer to optimize the operation efficiency and minimize the cost by combining the water treatment technology with our drilling waste treatment and waste volume reduction solution which could control the physical and chemical property of the waste. • 对于不同的泥浆体系来说，筛选适合的化学药剂能够使同样的流程产生差别巨大的作业效果。在长期的研究、作业实践过程中，兰顿公司建立了国内外不同厂家的产品库，了解其性能参数，并建立一套实验室筛选模型，快速建立适合客户要求的工艺条件，实现最优的处理效果和成本效率。 • For different types of mud system，proper selection of the chemical agents can lead to significant advantage on operation process. During long term research and on-site testing, Landoo successfully establish a robust database involving most of the leading suppliers and equipments both domestically and globally. We integrate the performance parameters of the equipments into the selection modeling system so as to quickly simulate the process conditions of customer site and optimize the treatment effect.

  40. 絮凝脱水 技术原理： 泥浆絮凝脱水的基本原理是：向稀释后的钻井泥浆中加入混凝剂和絮凝剂强制改变泥浆的物理和化学性质，破坏泥浆的胶体体系，促使悬浮的细小颗粒聚结成较大的絮凝体，再由离心机使体系经化学脱稳后的自由水与固相颗粒分离，脱水固体进行外运或固化处理，而脱出的水循环应用于稀释废弃钻井液或回用于钻井液配制。

  41. 泥浆絮凝脱水系统工艺流程 破胶剂加药罐 凝聚剂加药罐 加药泵 加药泵 絮凝剂加药罐 加药泵 静态混合器 稀释水 搅拌罐 废弃 钻井液 螺杆泵 螺杆泵 沉降离心机 回用作稀释水 回用于钻井液配制或经后续处理后排放 固相外运或固化处理

  42. 絮凝脱水照片 加药撬背面 加药撬侧面 离心机分离橇 分离后的固相 加药撬背面 加药撬侧面

  43. 催化剂 氧化剂 破乳剂 酸 液 絮凝剂 碱 液 助凝剂 生物接触氧化 活性炭过滤 来水 生物过滤 调节罐 催化氧化 混 凝 沉 降 缓 冲 缓冲罐 排 水 排泥 鼓风机 含油污水处理系统 经过絮凝脱水处理后的液相，如需达标排放，必须对其进行进一步的深度处理，处理工艺流程如下：

  44. 污水处理照片

  45. 谢谢大家！ Q&A 谢谢大家！Q&A

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