Quality control equipment

Analogue CO2 Gehaltemeter	Automatic CO2 Tester	INPACK 2000 CO2 Calculator

INPACK 2000 CO2 Meter Digital	INPACK 2000 CO2 Meter	INPACK 2000 Air Meter

O2 Measurement in gas	CO2 Purity Tester

NIBEM Foam Stability Tester	NIBEM Foam Stability Tester	INPACK 2000 Sampling Device

Sample Bottle Filler	Fasher Head	Manucol Ester B

Redpost PU- Monitor RPU- 352	Redpost PU- Monitor RPU- 353	Redpost PU- Monitor RPU- 351

Redpost Printer/Charger, RPC- 80	Redpost Printer/Charger, RPC- 50	BOTTLE MONITOR BTM

Keg washing Data Logger	Plato Monitor

Turbidity Meter	Turbidity Meter	Formazin

Turbidity Meter

Dew Point Tester	Gaul Calibration Device	Schwarz Differential Agar

	CO2 System - Units

In-Line CO2 /O2 Measurement	In-Line CO2 Measurement AGM	Digital CO2 Gehaltemeter

Econ-Solutions ECON A growing demand for low-cost customized solutions in CO2 and O2 control demands a modular approach that integrates essential, high-quality Haffmans components in existing brewery applications. With proven Haffmans solutions, one can build up its own suitable solution.

Carbo-Blender CBR	Carbo-Controller CCR	Water Deaeration System-Hot

Water-Deaeration System-Cold	Membrane Deaeration System

	CO2 Recovery Plant

CO2 Recovery Plants Custom-made plants to recover the CO2 from fermentation according to customer’s demand both at inlet and outlet level: • Type:Convential Inlet:>99.7% Vol., Outlet:>99.97% Vol. • Type LO(Low Oxygen) Inlet:>99.0% Vol., Outlet:>99.998% Vol. (O2 <5ppm) • Type:HLP(High Low Purity)Inlet:>95.0% Vol., Outlet:>99.998% Vol. (O2 <5ppm)

CO2 4U-System CO24U The CO2 4U-System is a skid-mounted system for upgrading the quality of CO2 for existing CO2 Recovery Plants. CO2 4U qualifies by: • Unique: Unique in design, operation, performance and efficiency. • Universal: Applicable at various kinds of CO2 plants. • Upgrade: Improves CO2 quality. • Unit: A compact plug-and play unit, easy to install and commission.

Heat Recovery System HRS-LiquiVap The CO2 recovery process requires energy to condense the recovered CO2 from fermentation. In the CO2 vaporisation process, prior to CO2 consumption, energy is required to vaporise the CO2. The Haffmans HRS-LiquiVap Serie of Heat Recovery Systems combines these two energy intensive processes into one efficient process. The combined total energy consumption is reduced by up to60% in comparison with a traditional CO2 plant.

Heat Recovery System HRS-Direct The Heat Recovery System (Direct) enables the brewery to recover energy by evaporating CO2 by means of glycol, ice-water or cooling water. This system will reduce the evaporation costs as well as the costs to cool down glycol, ice-water or cooling water.

Heat Recovery System HRS-Indirect The Heat Recovery System (Indirect) enables the brewery to recover energy by evaporating CO2 by means of NH3. This system will reduce the evaporation costs as well as the operational costs at the central brewery NH3 system. Anintermediate loop is installed to avoid cross contamination.