MILICANAL REACTOR

A reactor designed with milli-canals that achieves a higher transfer of energy and matter, which increases the productivity and efficiency of the chemical process. This means that, for the same productivity, the reactor is smaller than conventional reactors, which means savings in materials and space. The manufacturing method is 3D printing and the construction material is AISI 316L stainless steel.

improvement strategies

ENVIRONMENTAL IMPROVEMENTS

Material savings with a higher yield (10-20%) than conventional reactors.
Zero waste in production due to the 3D printing manufacturing method, making 100% use of the material.
100% reusable once its life cycle is over.

VIEW LEGEND

Product in the framework of new business models

A Features integrated in a single product

B Servitization-oriented product

C Producto in use access-based businnes model

D Product in result access-based businnes model

Reducing impact in the company

E Low enviromental impact materials

F Reduced weight and/or volume

G use of efficient production techniques

Design aimed at partial product recovery

H Design aimed at reusing parts

I Standardisation of parts and components

J Easy dismanting

Product designed for a second life

K Remanufactured product

L Reaconditioning capacity

M Design aimed at reuse

Longer product life

N Easy maintenance and reparanility

O Greater technical durability

P Product aimed at customer loyalty

Enviromental optimisation in the use phase

Q Low energy consumption

R Consumables reduced or optimised

Enviromental optimisation in distribution

S Optimised packaging and packing

T Efficient distribution logistica

Design for product end-of-life

U Easily recyclable product

V Safe elimination