Puyang Dongsheng Science and Trade Co

-- Real-time tester for coal bed gas content
-- 1. Overview
-- Real-time tester for coal bed gas content
-- Place the coal sample in a sealed container and measure the pressure at different pressures The volume of adsorbed experimental gases such as methane when adsorption equilibrium is reached under the conditions, and the desorption process of coalbed methane during the staged pressure reduction process is also studied.
-- Based on the coalbed methane adsorption theory, the instrument measures the amount of gas released at different water injection rates after the sample cylinder reaches adsorption equilibrium, and measures the amount of coalbed methane released during the stepwise pressure reduction process.
- r ,
-- Determine the volume of adsorbed methane and other experimental gases when reaching adsorption equilibrium under different pressure conditions.
- r,
- -- Study the desorption process of coalbed methane during the process of staged pressure reduction.
-- 2. Instrument advancement
-- Coal seam gas content real-time tester
-- Compatible with calibration of blank volume and standard volume, measurement of pore volume, measurement of adsorption volume, and desorption volume measurement, etc., with complete functions.
-- With the support of the above functions, the software can achieve perfect dynamic detection, allowing operators to grasp the experimental process and experimental results at any time.
-- Imported components are used for key configurations (gas booster pump, pressure sensor, temperature sensor, balance, etc.).
-- Realize real-time operation, control, and collection automation.
-- The gas used for test calibration is helium, which is a colorless, odorless and non-toxic test gas. It will not cause harm to the environment and meets environmental protection requirements. The adsorption gas is methane gas, and certain protection and isolation have been adopted. measure.
-- Telephone:
-- Mobile:
-- Address: Donghuan Road, Puyang City, Henan Province
- No. r