1、 Industry Overview

In fact, biopharmaceutical engineering is a combination of various disciplines such as molecular genetics, microbiology, cell biology, biochemistry, chemical engineering, and energy science, including pharmaceuticals, food, agriculture and forestry, horticulture, chemical engineering, metallurgy, oil extraction, fermentation tank new technologies, and environmental protection of new substrates. Many regions in China have introduced relevant policies to support the development of the bioeconomy, promoting it to become an important growth pole for local economic development and a core support for the development of strategic emerging industries. At the end of the 13th Five Year Plan period, data from the National Bureau of Statistics also showed that as of 2020, the market size of China's biopharmaceutical industry was 3.57 trillion yuan, an increase of 0.28 trillion yuan from the previous year, a year-on-year increase of 8.51%. It is expected to exceed 4 trillion yuan in 2022. In terms of biopharmaceuticals, the impact of the COVID-19 and the global aging problem have made the development of the biopharmaceuticals industry face a broad market, and the investment in research and development of new drugs, such as vaccines, new generation antibody drugs, cell therapy, gene therapy, will continue to remain hot.

2、 Industry pain points

Due to the fact that many raw materials and intermediates are flammable, explosive, or toxic chemicals, it is necessary to pay close attention to the leakage of toxic, harmful, or flammable gases during the monitoring of pharmaceutical processes to avoid the occurrence of poisoning accidents caused by workers. There are many sub sectors in the biopharmaceutical engineering industry, and due to limited space, it is not convenient to interpret them one by one. Taking the development of biodegradation as an example, it may produce toxic gases such as carbon dioxide after degradation, as well as gases such as ethanol and total volatile organic compounds in the factories, laboratories, and warehouses of large pharmaceutical companies.

3、 Solution

1. Overview of the plan

We have developed the following solutions to address the pain points in the biopharmaceutical engineering industry.

Environmental equipment monitoring system: Install toxic gas alarms such as carbon monoxide, sulfur dioxide, and hydrogen sulfide in workshops and experimental sites, monitor the gas concentration in industrial areas 24 hours a day in real time, ensure production safety, and prevent hazards

Monitoring gases: toxic gases such as carbon monoxide, hydrogen sulfide, and organic compounds

2. Scheme composition

Front end media monitoring: gas detection alarm, shielded cable, optical fiber, switch, gas alarm controller, PLC, DCS, etc. Terminal monitoring management: client gas online monitoring software platform, monitoring center monitoring platform system, etc.

3. System functions

1. Support simultaneous monitoring of multiple hosts and automatic switching of monitoring hosts.

2. Support full Chinese menu, infrared remote control operation, no need to open the cover on site.

3. Support the use of high-performance sensors, fast response, and greater safety and reliability.

4. Support detector curve display. And it is possible to view historical records on a daily, monthly, or yearly basis.