Alfa Laval MaxiLobe Rotary lobe pumps

Introduction

Get more from every production run with the Alfa Laval MaxiLobe®.

Engineered for higher efficiency, a broader operating range, and

simplified maintenance, these advanced hygienic rotary lobe pumps

help reduce investment and operating costs while increasing yield.

Reliable performance across varying process conditions delivers

more uptime, consistent product quality, and a lower total cost of

ownership. High volumetric efficiency and a wide performance

envelope enable smaller pumps to be sized closer to actual process

requirements while achieving the same duty at lower operating

speeds, reducing energy consumption, wear, and product shear.

Applications

Designed for hygienic transfer of process fluids, the Alfa Laval

MaxiLobe is ideal for dairy, food, beverage, and home and

personal care applications. Its gentle, low-shear pumping action

handles products across a wide viscosity range and is suited for

shear-sensitive media, higher discharge pressures, and cleaning

in-place processes.

The MaxiLobe rotary lobe pump is available with 12 different

pump head displacements to handle flow rates up to 112 m³/h

and differential pressures up to 16 bar.

Aalborg AV-6N boiler efficiently recovers waste heat from exhaust

gases, making it ideal for steam and/or hot water production. This

boiler is constructed to recover heat from diesel and gas engines,

gas turbines or other heat sources.

The robust and highly efficient water tube boiler significantly

enhances the overall efficiency of power and industrial plants and

reduce the use of fuel, leading to remarkable cost savings and

lower CO2 emissions.

By utilizing heat energy from engine/gas turbine exhaust or

process industry flue gas that would otherwise be released

into the atmosphere, the Aalborg AV-6N contributes to a more

sustainable operation.

Boiler design

The boiler’s compact and flexible design, which makes it easy to

install, also allows cleaning during operation, which minimizes

engine shutdowns and increases plant availability.

Designed with extended heating surface, Aalborg AV-6N is

compact and cost-effective. The possibility of cleaning during

operation minimizes the need for engine shutdowns and

increases the overall plant availability.

Natural circulation is used in the standard steam configuration

with resulting advantages for reliability, safety and energy

efficiency, although traditional forced-circulation models are

available if specifically requested.

Unique boiler construction

A unique supporting arrangement without endplates, enhanced

by computerised analyses ensures a vibration and thermal

stress-free boiler structure sustaining even the most demanding

operational conditions of engine-based heat recovery

applications.

Reliable natural circulation

Alfa Laval offers reliable natural circulation solutions as a

standard for steam applications, eliminating the need for

circulation pumps and providing several advantages. These

include enhanced reliability, minimized risk of soot fires, reduced

power consumption, cost effectiveness, fast site installation,

reduced foundation work, minimized piping and cabling, and

a small footprint. Additionally, conventional forced circulation

boilers are also available.

Aalborg electric steam boiler

Onboard steam production using shore power or surplus

electricity

The Alfa Laval Aalborg electric steam boiler is a simple, com pact

and combustion-free solution for meeting vessel steam needs.

By utilizing shore power or the electricity already on board, it

delivers steam without producing additional emissions. When

the vessel is connected to the onshore grid, the fired boiler can be

shut down completely, reducing emissions from tank to wake.

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