Système universel d'optimalisation à froid des carburants donnant une économie, une purification des gaz d'échappement et un gain de puissance et de couple à bas régime?
B-1 connection diagram and installation instructions -feb2022ANTISMOG
This document provides instructions for installing a hydrogen premix kit for reducing vehicle emissions. It includes:
1) A diagram labeling the kit components like the hydrogen cell, controller, gas dryer and their connections.
2) A two-page set of instructions for installing the kit, which involves mounting the components, running tubing to introduce hydrogen, making electrical connections, filling with electrolyte and starting the engine.
3) Descriptions of controller LED indicators and sounds to monitor electrolyte levels and system status.
The document discusses reducing emissions from combustion engines through the use of hydrogen and carbon cleaning. It lists common emission reduction technologies like DPF, SCR, EGR and their replacement costs. A graph shows hydrogen can increase engine efficiency up to 40% over a period of around 50 months. The benefits are listed as reduced CO2 emissions, lower air pollution, reduced maintenance and fuel costs, job creation and improved quality of life through cleaner air.
Antismog promises improvements for each bus in a fleet treated with their carbon-cleaning machine. This includes a reduction of 330kg of CO2 emissions, equivalent to planting 12 trees. They also promise maintenance cost reductions of 480€ and fuel savings of 709€ from reducing consumption by 525 litres. Antismog provides a booking tool for a free consultation to discuss these benefits. The document explains the ecological, economic, and social benefits of their treatment, including reducing air pollution and chemicals in nature while lowering costs and creating jobs.
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Système universel d'optimalisation à froid des carburants donnant une économie, une purification des gaz d'échappement et un gain de puissance et de couple à bas régime?
B-1 connection diagram and installation instructions -feb2022ANTISMOG
This document provides instructions for installing a hydrogen premix kit for reducing vehicle emissions. It includes:
1) A diagram labeling the kit components like the hydrogen cell, controller, gas dryer and their connections.
2) A two-page set of instructions for installing the kit, which involves mounting the components, running tubing to introduce hydrogen, making electrical connections, filling with electrolyte and starting the engine.
3) Descriptions of controller LED indicators and sounds to monitor electrolyte levels and system status.
The document discusses reducing emissions from combustion engines through the use of hydrogen and carbon cleaning. It lists common emission reduction technologies like DPF, SCR, EGR and their replacement costs. A graph shows hydrogen can increase engine efficiency up to 40% over a period of around 50 months. The benefits are listed as reduced CO2 emissions, lower air pollution, reduced maintenance and fuel costs, job creation and improved quality of life through cleaner air.
Antismog promises improvements for each bus in a fleet treated with their carbon-cleaning machine. This includes a reduction of 330kg of CO2 emissions, equivalent to planting 12 trees. They also promise maintenance cost reductions of 480€ and fuel savings of 709€ from reducing consumption by 525 litres. Antismog provides a booking tool for a free consultation to discuss these benefits. The document explains the ecological, economic, and social benefits of their treatment, including reducing air pollution and chemicals in nature while lowering costs and creating jobs.
The document is a technical dossier and declaration of conformity for an electrolyte product called Electrolyte ANTISMOG. It provides information on the manufacturer, product name and description, properties of the product such as toxicity and corrosiveness, and a declaration that the product meets EU standards. The safety data sheet provides additional information on the product such as handling, storage, exposure controls, physical and chemical properties, stability, and toxicity.
ANTISMOG CE LVD Safety Certificate -v11_2020ANTISMOG
The document is an EU Declaration of Conformity from ANTISMOG new eco technologies declaring that their Decarboniser carbon cleaning machines, models CC-5, CC-10, and CC-15, comply with the requirements of the Low Voltage Directive 2014/35/EU. It provides contact information for ANTISMOG, lists the product and its models, and states that the product is marked with initials and a technical dossier has been compiled according to the directive. The declaration of conformity is issued under the sole responsibility of the manufacturer ANTISMOG.
This document outlines the emissions reductions and cost savings from using an anti-smog device in a vehicle. It reports that CO2 emissions would be reduced by 592 kg, equivalent to the emissions absorbed by 22 trees. Maintenance costs would be reduced by 1,723 euros and fuel consumption cut by 1,885 litres, saving 2,544 euros per vehicle per year.
The document details the promised improvements from using Antismog technology on vehicle fleets, including a reduction of 330kg of CO2 emissions, equivalent to planting 12 trees. Maintenance costs would decrease by 480 euros and fuel consumption would be reduced by 525 litres, saving 709 euros. It provides an email and link to schedule a free consultation to discuss the calculations and potential benefits in more detail.
The document details the promised improvements from using Antismog technology on vehicle fleets, including a reduction of 330kg of CO2 emissions, equivalent to planting 12 trees. Maintenance costs would decrease by 480 euros and fuel consumption would be reduced by 525 litres, saving 709 euros. It provides an email and link to schedule a free consultation to discuss the calculations and potential benefits in more detail.
Agency Problems and Reputation in Expert Services - Evidence From Auto Repair...ANTISMOG
This document summarizes a study that investigates agency problems and the ability of reputation to limit them in the auto repair market. The study analyzes data from 91 undercover garage visits. It finds clear patterns of agency problems, including unnecessary repairs in 27% of visits representing 61% of charges, and serious undertreatment in 77% of visits. Reputation does not meaningfully improve service quality or limit inefficiencies. Mechanics charged lower diagnosis fees when appearing as potential repeat customers, but service quality was still often poor. The study estimates agency problems in auto repair generate $8.2 billion in welfare loss annually in the US, representing 22% of industry revenue. Reputation fails to solve information problems in auto repair due to
1. Résumé du projet
Statistiques du projet
Visuels
Notes et commentaires
Date, heure 07/12/2020 14:30
Booking ID UBPAHb
Véhicule Renault Espace 2000 2.5 L turbo diesel 120000 km
Immatriculation --
Nom, Prenom R****** C*****
Processus 1 heure @ 6 litres HHO par minute
Fumée
Initialement, plus de fumée sort de
l’échappement au régime maximal, ce qui
signifie le déblocage de l’intérieur du
moteur et d’échappement.
Après l’essai routier, aucune fumée n’est
visible de l’échappement.
Conduite
Une meilleure accélération est perceptible
lors d’un court essai routier, immédiatement
après le traitement.
Économie
de carburant
La valeur de l’ordinateur de consommation de
carburant a été réinitialisée, pour
commencer à suivre la nouvelle valeur après
la décalaminage.
Autres
commentaires
Commentaires du client : “j'ai réessayé de
fortes accelerations, plus de fumée et les
reprises bas régime sont meilleurs”
@ Ralenti @ 3000 Tr / min
Avant
Après
- 29% - 34%
info@antismog.co
(cc)
N = coefficient
d'atténuation
Diagnostique OBD
Admission
d’hydrogéne
K = coefficient
d'absorption