Tower & Parabolic Trough plants are the most common plants worldwide. ECILIMP Termosolar has developed a New Generation of their Cleaning Tools under the MinWaterCSP project (Minimized Water Consumption in CSP plants). This project solution has been entirely developed in Spain and tested both in Spain and Morocco.
The optimization of the Cleaning Water consumption in CSP Plants is a huge effort considering these plants are increasing their mirror surface in the meantime they maintain or reduce the Cooling Water consumption.
Picture 1: HELIOS B Plus truck © ECILIMP Termosolar Picture 2: CURVE B truck © ECILIMP Termosolar
So, the goal for the traditional cleaning activities has been focused in two different paths:
a) Reduce the water consumption itself thanks to improving the hardware and software
b) Improve the cleaning results to allow a reduction of cleaning cycles
These traditional cleaning technologies has the advantage that they are reliable and they can be implemented anywhere in the world.
Picture 3-4: Brush Systems for HELIOS and CURVE © ECILIMP Termosolar
So, ECILIMP Termosolar bets for these developments in order to provide the best cleaning services wherever a client requires warranting an improvement of their Average Cleaning Factor, using the most optimized amount of water and always regarding the scratching effects and the mirror integrity.
HELIOS – the Heliostat Cleaning Solution
HELIOS has been entirely designed since it is available in two versions:
- HELIOS B: 4wd (4 wheel drive) version with a water tank capacity of 10.000 l
- HELIOS B plus: 6wd (6 wheel drive) version with a water tank capacity of 15.000 l
Picture 5: CURVE B truck using HELIOS Cleaning Tools @Noor3 CSP plant © ECILIMP Termosolar
Both of them are able to clean more than 200 heliostats per shift both in brushes or spray. They incorporate a new cleaning algorithm, called Smart Cleaning, which calculates the exact amount of water that the user needs regarding the Cleaning Factor (CF) previously to cleaning.
Also, it always maintains verticality independently of the slopes in the road. So, a better water use is performed.
CURVE is the final solution!
Using the best accomplishment to the Parabolic Trough ever, CURVE always spend the optimized amount of water!
Also, thanks to the Smart Cleaning Algorithm, the water use is always adapted to necessities as well as its new structure covers the 100% of the surface of the Parabolic Trough.
Picture 6-7: CURVE B Brushes – Details @ Noor 2 CSP plant © ECILIMP Termosolar
MinWaterCSP GOAL Accomplished!
One of the main goals of the MinWaterCSP is the reduction in a 25% of the Cleaning Water use.
The technology developed under the Work Package “Cleaning Activities” has achieved this goal since ECILIMP has achieved a total of reduction of 25% for Sprays tools and 35% for brushes tools.
- Average CF after Brushes: 98,85%
- Average Water Use with Brushes: 0,45 l/m2
- Average Water Use with Spray: 0,65 l/m2
Author: Javier Garcia, ECILIMP Termosolar, Spain
About ECILIMP Termosolar
ECILIMP Termosolar is located in Spain and belongs to a bigger group called ECILIMP which performs cleaning, waste management and industrial cleaning services since 1960’s.
It is a very well-focused company which has grown thanks to diversification through many years of well service and reliance with their clients.
So, ECILIMP Termosolar raised from one of these diversifications of the Industrial Cleaning Services which allow to put ECILIMP in an international scope. Nowadays they are considered the best mirror cleaning company and thanks to the EU project MinWaterCSP, the one with the best cleaning technology.
Thanks to these developments, ECILIMP has achieve important contracts with Moroccan CSP operators in order to supply the entire necessary fleet for their CSP plants, as well as many international supply and services offers have been done during last months.
- Link to www.minwatercsp.eu
- Link to newsletter subscription: http://www.minwatercsp.com/newsletter-subscription/
- Link to LinkedIn profile: LinkedIn
- Link to twitter profile: https://twitter.com/MinWaterCSP