试验室高温高压无氰解吸电解装置

一、产品简介
I. Product Description

高温高压无氰解吸电解装置是采用新技术、新工艺，应用于黄金生产中处理载金炭的新型、高效、专利产品。该装置对于黄金矿山炭浆厂和堆浸厂产出的载金炭都能很好的进行解吸，产出黄金。该装置自动化程度高，技术指标先进，设备质量好，操作简单易行，设备运行特别稳定可靠、安全。产品已销售20多个省、并出口俄罗斯、缅甸、蒙古国、朝鲜。

The high-temperature  and high-pressure cyanide free electrolysis device integrated with new  technique and technology is a new style high-efficiency patented product that  is designed for processing of gold carrier carbon during gold production. This  device can effectively process the gold carrier carbon from carbon pulp plant  and leaching plant of gold mine. Additionally, this equipment is highly  automatic with advanced technical parameters, high quality and is easy to  operate, stable, reliable and safe. This product has been sold to more than 20  provinces and exported to Russia,  Myanmar, Mongolia and North Korea.

二、产品优点：
II. Benefits:

1、解吸率高
1. High desorption  rate

在高温（150℃ ）、高压（0.45～0.55MPa ）、无氰解吸药剂的条件下解吸，解吸率高（98%～99.8%）。93%以上的我厂用户贫炭品位在50克/吨以下。
The desorption is performed in the condition at high  temperature (150℃) and high pressure (0.45～0.55MPa) with cyanide free desorption agent, so the  desorption rate is extremely high (98%~99.8%). For the level higher than 93%,  the depleted carbon grade for our customer is lower than 50g/t.

2、提高吸附率
2. Improved adsorption  rate

加到吸附工艺中经过解吸活化的低品位贫炭，能明显地降低尾液品位，能提高吸附率0.5%～7% 。创造出显著的经济效益。
The desorbed and activated  low-grade deleted carbon that is added to absorption process can significantly  reduce the tail fluid grade and may increase the absorption rate by 0.5%～7%, creating significant economic benefits.

3、生产成本低
3. Low production cost

处理每吨载金炭的直接生产成本为290～690 元，比其它解吸电解设备能够降低生产成本65%～85%
The direct production  cost for processing each ton of gold carrier carbon is 290～690 Yuan, which is 65%-85% lower than that of other  desorption & electrolysis devices.

4、生产能力大
4. High productivity

日处理0.3～10 吨载金炭。
0.3～10 tons of gold carrier carbon can be processed per day.

5、无氰解吸
5. Cyanide desorption

发明了新型安全无毒的组合解吸药剂，对任何解吸的载金炭，都必须可取得理想的解吸效果，属于经色环保工艺。而且此工艺的解吸液能循环利用数十次，节省药剂和水。只单独采用NaOH 做为解吸药剂，对大部分矿山的载金炭解吸效果是不理想的。
The newly invented non-toxic  desorption agent combination integrated with environmental protection  technology has ideal desorption effect on any gold carrier gold. In addition,  desorption fluid of this technology can be recycled for dozens of times for  conservation of agent and water. Desorption agent NaOH solely used does not  have ideal desorption effect on gold carrier carbon of most mines.

6、立式承压平衡电解槽
6. Vertical pressure  balance electrolytic  bath

我厂发明的立式承压平衡电解槽不但电解率高：≥99.99% ；而且使解吸电解工艺流程简明实用，解吸、电解效果好。一个月只打开1～3次的电解槽，采用气动扳手上卸螺栓，方便，安全可靠；并且此立式电解槽不泄漏含金气体。立式承压平衡电解槽具有自动排放金泥系统，杜绝人工操作造成的金泥损失，丢失。
The vertical pressure  balance electrolytic bath developed by  our factory features a high electrolysis rate (≥99.99%).  Additionally, desorption electrolytic process is clear and practical,  contributing to outstanding desorption and electrolysis effect. The electrolytic bath needs only to be opened for  1-3 times per month; bolts are tightened and unscrewed with pneumatic wrench  for the purpose of convenience, safety and reliability; also, no gold-bearing  gas will leak from this vertical electrolytic bath which is also equipped with  an automatic gold dust discharge system that can prevent the dust loss caused  by manual operation.

7、贫炭不需要火法热再生
7. Depleted carbon  needs no pyrogenic heat generation

无毒的组合解吸药剂含有炭活化剂，活化剂对炭起到再生作用。采用此解吸电解工艺，贫炭不需要火法热再生，杜绝了贫炭火法热再生造成的炭损失和金损失，节省了炭火法热再生成本和炭火法热再生设备投资。
Non-toxic desorption  agent combination contains carbon activator that performs carbon generation.  With this desorption electrolysis technology, depleted carbon needs no  pyrogenic heat generation. In this way, the carbon and gold loss caused by heat  generation is avoidable, and the cost of process and equipment thereof will be  reduced.

8、设备回报率高
8. High equipment  return rate

我厂的设备回报率高、经济效益显著。使90%的用户在一年内收回了设备投资；并且在应用后一个月内收回设备投资的矿山2家，在3个月内收回设备投资的矿山13家。
Our equipment enjoys  high return rate and will produce significant economic benefit, enabling 90% of  the users to recover the investment in equipment within one year. For example,  two mines have recovered the investment in equipment within one month, and 13  within three months.

9、多台大型解吸电解装置（≥2000 公斤/批）在生产中取得了效果良好的成功应用。
9. Several large  desorption electrolysis installations (≥2000kg/batch)  have been successfully operating and attained perfect results during the  production.

10、优异的设备质量
10. Outstanding  equipment quality

用户先后选用我厂三套解吸电解设备的共有四家，选用二套的用户七家；陕西省内炭浆工艺的黄金矿山选用我厂设备，至今已达十一套。
Among the users, four  have purchased three sets of desorption electrolysis equipment from our factory; gold mines adopting CIP technology in Shaanxi Province  have purchased 11 sets from our factory.

11、高温高压解吸电解设备，取代了多台其它厂家生产的高温高压解吸电解设备。
11. High-temperature and high-pressure desorption electrolysis equipment  manufactured by our factory have replaced a number of high-temperature and  high-pressure desorption electrolysis equipment produced by other factories.

12、采用特种无损自动方式输送炭，在炭运输过程中不产生粉炭，不造成炭损失和金损失。
12. Since the carbon  is conveyed in a special non-destructive auto mode, no carbon powder will occur  during carbon conveyance, thus no carbon and gold loss will occur.

13、贫炭品位低，炭损又低，能显著降低粉炭、碎炭造成的金损失；能够降低选矿生产流程中的黄金积压量。
13. The depleted  carbon with low grade and low loss will significantly reduce the gold loss  caused by carbon powder and broken carbon, and thus reduce the gold backlog  during beneficiation.

14、自动化程度高，工人劳动强度低；在无氰环境内工作，工作环境好。
14. High degree of  automation and low labor intensity; cyanide-free environment.
高温高压无氰解吸电解装置规格型号         Model and  specification of high-temperature and high-pressure cyanide-free  desorption electrolysis equipment

除以上规格外，可以根据用户需要设计制造特殊规格的高温高压无氰解吸电解装置。例如：双解吸柱、双电解槽、不同加热方式的高温高压无氰解吸电解装置。

We are able to design and produce high-temperature and high-pressure cyanide-free desorption electrolysis  equipment according to customers’ special requirements, for example,  double-column and double electrolytic  bath high-temperature and high-pressure cyanide-free desorption  electrolysis equipment adopting different heating methods.