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Privacy Policy
The Policy
This privacy policy sets out how we gather, use, hold, share, disclose and protect ("process") any personal information that you give to us when you use St Peters Auto Centre Ltd. By continuing to use St Peters Auto Centre Ltd you are accepting this policy.
Some personal data information is essential to St Peters Auto Centre Ltd functioning and our supplying a service to you. If you do not wish to allow us to process your data then you will not be able to use our services.
Useful contact details and a summary of the control you have over your personal data can be found at the end of this policy.
In processing personal data, we will comply with relevant legislation in force from time to time in the UK. We may change this policy, without notice from time to time by updating this policy as we improve our service to you and as relevant Data Protection legislation comes into force. Your personal information will continue to be held in accordance with our policy as it develops. We will not reduce your rights under this policy without your explicit consent.
Legal Basis for Processing
Likely Processing
We gather data on two groups
I. the non-registered viewer of our website in which our services are described ("Viewer")
II. those making enquiries for test drives and for other information ("Enquirers")
III. our Customers applying for finance or other applications ("Customers")
- Where you are merely a Viewer we will normally only gather data indirectly but might also do so directly if you i) request further information from use ii) engage with us on social media as examples.
- Where you are our Enquirers or Customers we will gather data indirectly and directly.
Lawful Basis
We are required to process your personal data in a lawful, fair and transparent manner.
Consent – where you are a Viewer you will be accepting our cookie policy in order to continue to view how our services operate. We detail below the extent of indirect use of data which is anonymised and is not designed to identify you individually.
Contract – where you are Customers inquiring about obtaining finance or entering into a contract with us in, or during the process of registering with us, we process data necessary to answer your enquiry and process your account in order to provide you with these services. Our service may include being in contact with you as follow up even after your initial question has been answered, to maintain your registration with us including carrying out verification checks.
Legitimate Activities – where we are required to store or use information for legal purposes, for example where you are requesting a test drive or we are following up a vehicle purchase with MOT reminders or you have been a Customer for contractual purposes as above, we do so as part of our legitimate activities as a lawful business.
Data Controller and Processor
St Peters Auto Centre Ltd makes the decisions concerning how personal data through St Peters Auto Centre Ltd is processed. Accordingly we are the Data Controller for your personal information. Therefore we should be your first point of contact.
St Peters Auto Centre Ltd uses a third party, Autoweb.co.uk Ltd, to help power its website and Customer contact management system. This provides you with an improved service and better user experience. They process your personal information as set out in this policy and they do so under our direction. Accordingly they act as a Data Processor. Should you have any concerns about this please do not hesitate to contact us.
St Peters Auto Centre Ltd's Website Anonymous Tracking
Some personal data may be processed by us when you are merely browsing St Peters Auto Centre Ltd.
You can choose to accept or decline cookies from our website.
A cookie is a small file which is placed on your device when you visit a website. The file is added and the cookie helps analyse web traffic or lets you know when you visit a particular site. Cookies help us provide you with a better website by tailoring the website operations to your needs and to respond to you as an individual user such as identifying which pages you find useful and which you do not. Such a cookie in no way gives us access to your computer or any information about you, other than the data you choose to share with us.
We use traffic log cookies to identify which pages are being used. This helps us analyse data about web page traffic and improve our website in order to tailor it to customer needs. We only use this information for statistical analysis purposes and does not identify you individually.
Merely by browsing our website, St Peters Auto Centre Ltd tracks your use so that we can offer you a better user experience relating to your navigation habits. This helps us analyse data about social media traffic and improve St Peters Auto Centre Ltd in order to tailor it to the needs of our customers.
Website Tracking Technology
Our website uses tracking technology to help us to analyse user behaviour. Google Analytics is an example of this technology. It is an analysis service by Google Inc., 1600 Amphitheatre Parkway Mountain View, CA 94043, USA. Google Analytics allows us to analyse the use of our website application usage.
The information about your visit collected by Google Analytics is usually transferred to a Google server in the USA and saved there. Google will use the information collected on behalf of the application operator to evaluate the users' use of the application, to compile reports about the users' activities within this application, and to provide further services for the application operator related to the use of the application.
You can find more information about what data can be collected via Google Analytics at Google Analytics Support
By using the website, the user explicitly consents that his or her information is collected via Google Analytics.
What we might collect
St Peters Auto Centre Ltd collects the following types of information.
- identification of your past and current use of St Peters Auto Centre Ltd
- technical information from your device to enable it to interact with our system
- information about your visits including page response time, pages visited, methods of browsing and similar
Direct Information Gathering
Some personal data may be processed by us when you have requested a product or service from us, whether as part of an agreement to purchase from us or merely requesting further contact from St Peters Auto Centre Ltd.
Risk and Personal Data
Please note that sending information over the internet is not completely secure and we cannot guarantee the security of your data while it is in transit. Any data you send is at your own risk. Please do not include sensitive personal data sent over the internet.
What we might collect
- Name
- Contact information including postal address, email address and telephone contact details depending on the service you are requesting
- Demographic information such as post code and location
- Other information relevant to your existing car, vehicle and price preferences, driving licence status, availability
- Interest in customer surveys and/or offers
Compilation of Data
In order for the vehicle search function on St Peters Auto Centre Ltd to operate, it is essential that we hold onto and connect data together to identify you and your preferences. This will include location data, your name and similar information, demographic information (for example the number of seats required), price or finance options.
Location Data
We use a third party provider to recognise and populate postcode searches. Holding of this data including search histories is held in accordance with the privacy policies of these third parties. We use our reasonable endeavours to ensure that such policies will not diminish your rights. We do not link historical searches with your name.
Financial Information
If you are requesting a finance option on-line then we will redirect you to a third party provider's website. They will have their own privacy policy that you will need to consider when supplying information to them. You should assure yourself that you are content with their policy as you will be supplying sensitive data to them. Please note that we do not control these third parties and cannot take responsibility for their handling of your personal financial information.
We would be delighted if you would provide us with testimonials of your great experiences with us. We will review these before placing them on our marketing literature including our website and will only use your first name or an assumed name if you so wish. Should you wish for your testimonial to be removed please let us know using the contact details provided below.
Customer Experiences
We may also keep data to record the appreciation shown by a customer and their experiences. This is for internal purposes to enable us to check that we continue to provide an excellent service. If the record is initiated by us then we will anonymise it, using only first names.
Should the record be initiated as a result of a request or complaint by you then only essential information relating to the issue will be kept and in that event for no longer than [3] months unless you request otherwise. After [3] months we may retain information showing the fact of the request or complaint for training purposes but the information will be anonymised.
What we do with the information we gather
We take different types of information from you. Processing of anonymous data is either stored on your device and not accessed by us (e.g. cookies) or informs our statistical analysis on website and page use (e.g. traffic cookies, Google Analytics).
Processing of your personal information involves a number of different actions depending on why you have supplied us with information:
The information we hold about you may be stored outside the European Economic Area in order to process your data.
Initially your personal information is held securely by Autoweb. They would not normally view or use your personal information unless there is an issue with the use or security of holding your data.
In normal circumstances your information is held by (client name) for a maximum of [3] months or indefinitely if you have opted in or there is another basis for holding your data
Anonymous Tracking
We use anonymous tracking to:
- to customise our website according to your preferences and tastes
- to improve how we display information on our products and services on our website for your benefit and in keeping with your device
- to administer our site and for internal operations, including troubleshooting, data analysis, testing, research, statistical and survey purposes;
- to allow you to participate in interactive features of our service, when you choose to do so;
- as part of our efforts to keep our site safe and secure;
- to measure or understand the effectiveness of advertising we serve to you and others, and to deliver relevant advertising to you;
- to make suggestions and recommendations to you and other users of our site about goods or services that may interest you or them.
Initial Response
We require your personal information to handle our initial response with you. To improve your customer experience, and based on feedback we receive, we may vary from time to time the types of information we ask for. Common types of information we ask for might include:
Location Data: we take your location details in order to inform you where we are located closest to you and how you can travel to us. This will also inform us of where your local dealer is and enable us to further handle your personal information accordingly.
Vehicle search: the data we compile from you relating to your vehicle searches enable us to provide you with immediate search results automatically generated. Further compilation of your data is likely to be done by your local dealer when reviewing an expression of interest by you in order to make further suggestions. Such further searches maybe intuitive rather than automated.
Brochure Requests: we take your name and address to accurately send to you our latest sales brochure.
Test Drives: we take your name and address to enable you to come and test drive one of our cars. In addition we may require you to supply beforehand information related to your lawfully being allowed to test drive one of our cars. We may need to hold this information for an extended period for legal reasons in order to deal with any complaints that arise from the test drive or to supply to our insurance company. Details other than your name and address will be kept differently.
Finance Application: we don't take your personal financial details but direct you to a third party who will take a number of details concerning your financial status. We work closely with this third party but we are not the same company and you must assure yourself that you are content with their privacy policy.
Further Processing
Once information is received by us it is stored centrally. We then use location data to supply your local dealer with a copy of your contact details and other information relevant to your request in order for them to be in contact with you.
The personal information enables our dealer:
- to operate the St Peters Auto Centre Ltd customer service and respond to your enquiry
- for internal record keeping, to follow up your enquiry at times convenient to you. This may mean that your local dealer i) attempts multiple contacts with you to fulfil your requests for contact ii) holds your data for up to [3] months to answer any follow up discussed with you
After a period of 3 months your local dealer will delete your personal information from its local records.
Supplying your data to third parties
Where we must share your data for the purposes of providing you with the services you have requested we will use reasonable endeavours to put in place contractual and practical systems to protect your personal information securely. Further we will notify them of any preferences you have indicated concerning use of your personal data.
Future Marketing
- depending on your consent we may periodically use your contact details to send you promotional emails or texts about new products, special offers or other information which we think you may find interesting using the contact details which you have provided
- depending on your consent to contact you, using your contact details, for market research purposes
- depending on your consent, supply of your contact details to third parties for use with related marketing messages
Your data will be initially held with Autoweb for up to 30 days from date of enquiry and then deleted. Marketing data is accessible separately from other information we might have relating to you.
Request for Deletion of information
If you have provided your consent to receive future marketing messages then we will hold this information until you indicate that you no longer wish to receive messages from us.
If you contact us to indicate that you no longer wish to receive messages from us we may store that indication centrally.
Contracts with you
We would not normally use information obtained via our website to finalise contracts with you. Such information will be held in separate records. In the event that such personal information is used to enter into contracts with you it will be transferred and it accuracy checked in that process. Should such data be used to assist in purchases made with you then that information may be held as part of our accounting records held by us for compliance purposes. Only data sufficient for these purposes will be held and this data will be held securely and is kept separately and only for the purposes of tax compliance.
Business Purchase or Sale
Please note that if the business were to be sold or transferred or we were to purchase another business, your data will be transferred with it but only as part of the business as sold or transferred. Your personal information may be disclosed to a prospective buyer or seller of such business.
External Sites and Social Media
When you connect to or from St Peters Auto Centre Ltd using external websites please be careful to check whether the external site is one controlled by us (usually our social media spaces on platforms such as Facebook, Twitter or LinkedIn) or those used by third parties. We cannot control the information practises of other companies and organisations that might advertise, display, link to, or offer to obtain our goods or services for you. We cannot take responsibility for, cannot control and this policy does not cover spaces on the internet not controlled by us.
Linking to other websites
Similarly our website may contain links to enable you to visit other websites of interest easily. However, once you have used these links to leave our site, you should note that we do not have any control over that other website. Therefore, we cannot be responsible for the protection and privacy of any information which you provide whilst visiting such sites and such sites are not governed by this privacy statement. You should exercise caution and look at the privacy statement applicable to the website in question.
Note also that third party cookies might be downloaded onto your device as a result of your use of this website, for example if you were to send information to or from this website to your social media account your account may require the use of such cookies to enable this transfer to take place. These cookies are not under our control and we disclaim any responsibility for the acts of third party cookies.
Posting Comments & Social Media
Please note that if you choose to post comments on this website or via our social media accounts containing personal data we cannot accept responsibility for the use or misuse of such data by others who have access to such posts and we suggest that you consider carefully before posting any such data. Please note that we may review tracking data generated by social media providers such as Facebook for measuring how useful our social media presence is for you.
Social Media Data Gathering
We employ technology to help us identify when you might have encountered us through social media or to send you targeted marketing messages relating to products we have to offer during your social media experience. The use of this technology does result in our holding your personal contact details and likes and dislikes. We do not categorise this information based on what the law describes as "sensitive personal data".
Facebook as an example of Social Media Integration
St Peters Auto Centre Ltd integrates with different social media to the benefit of communicating with you. In order to explain how some social media works we have set out below one example of how your data is used in this case by Facebook. Other social media use your data in different ways and you should review the privacy policy of each provider should you be concerned.
USA. Facebook is used to share activities on Facebook and to get Facebook information about St Peters Auto Centre Ltd users. An overview of Facebook integrations and social plugins can be found here: http://developers.facebook.com/docs/plugins/.
When users enable the Facebook connection in their settings, the Facebook integration establishes a connection between a user's device and the Facebook server. Thereby, St Peters Auto Centre Ltd receives information about the user.
When users invite friends via Facebook, the Facebook integration establishes a connection between a user's device and the Facebook server. That allows the user to gain information about his or her friends via St Peters Auto Centre Ltd. St Peters Auto Centre Ltd as the provider of St Peters Auto Centre Ltd does not receive any of this information.
When users share their information on Facebook and when they invite friends via Facebook, the Facebook integration establishes a connection between a user's device and the Facebook server. Thereby, the user links information on St Peters Auto Centre Ltd to his or her Facebook account. That allows Facebook to correlate a user's usage of St Peters Auto Centre Ltd with the corresponding user's Facebook account. St Peters Auto Centre Ltd as the provider of St Peters Auto Centre Ltd does not have any knowledge of the future data usage by Facebook. Users can find more information on that issue in the privacy policy of Facebook at: Facebook Privacy
Users have to actively enable the Facebook connection in their Settings in order to be able to share information on Facebook and invite friends via Facebook. If users do not want Facebook to gain information on their St Peters Auto Centre Ltd usage or if they don't want St Peters Auto Centre Ltd to gain information about them via Facebook, they should leave the Facebook integration disabled as it is in the default settings. Once enabled, users can disable the Facebook connection again in their Settings at any time.
By activating the Facebook connection in his or her settings, the user explicitly consents to the information exchange described in this section. Any data arising from the use of Facebook will be located outside the EEA and subject to transmissions between the EEA and elsewhere.
Controlling your personal information
Your Rights
Data Protection legislation gives you certain rights to control of your personal data. These are:
1. The right to be informed
2. The right of access
3. The right to rectification
4. The right to erasure
5. The right to restrict processing
6. The right to data portability
7. The right to object
8. Rights in relation to automated decision making and profiling
Further information on these rights can obtained from the UK Information Commissioner whose website is at: Ico.org.uk
We fulfil these rights in the ways set out below however we do reserve our right to continue to process your data or refuse your requests as set out in relevant legislation.
Privacy Policy
By detailing the information we gather and process in this Privacy Policy.
You can choose to accept or decline cookies from our Website. Most web browsers automatically accept cookies, but you can modify your browser setting to decline cookies if you prefer. The methods for doing so vary from browser to browser, and from version to version. You can however obtain up-to-date information about blocking and cookies via these links:
However, if you block cookies, you will not be able to use all the features on our website and may not be able to use our platform.
You have control over the information you supply to us whether by:
i) consent gained from your continuing to browse our site, or
ii) your explicit consent by completing a contact form whether for requesting [a test drive, requesting a brochure seeking finance], or
iii) your explicit consent to further processing to send you ongoing marketing material concerning our [cars, offerings and services], or
iv) by your contacting us about your personal information as described below.
Consent for the direct purpose for which you supply your data will be inferred from the situation in which you give this information. If you choose to withdraw your consent to the processing of your personal information at any time then you should inform us in writing using our contact details below.
Data Requests
You may request details of personal information which we hold about you under the relevant Data Protection legislation in force at the time (a "Data Subject Access Request"). If you would like a copy of the information held about you, please email us.
Data Correction, Complaints & Deletions
If you believe that any information we are processing on you
- is incorrect or incomplete, (perhaps for example because you have seen you name spelt incorrectly or someone else has received a call meant for you) or
- is being mis-used (perhaps for example a company you don't know has contacted you using information you supplied to us and you didn't agree to this), or
- should no longer be processed by us (perhaps for example because you no longer wish to be contacted)
then please email us as soon as possible. We will promptly correct or delete any information found to be incorrect or no longer necessary and deal with your complaint.
We ask that if you have any concern you first approach us via our contact email address ( ) or telephone number.
Should you wish to take the matter further we ask that you contact us in writing setting out you concerns in detail to enable us to provide you with an effective response.
Lawful Disclosure by Us
Please note that you hereby provide your consent and in any case we may be required to disclose your data to lawful authorities for the prevention of crime or regulatory purposes or a court as such court requires. In some circumstances we may not be permitted to inform you that we have made such a disclosure.
Contact Details
St Peters Auto Centre Ltd is the trading name of St Peters Auto Centre Ltd whose registered office is at:
Rosemead Drive, Oadby
Our contact email address is email@example.com Our address and contact for written correspondence is
Rosemead Drive, Oadby
Any Data Subject Access Request should be made to the following email address firstname.lastname@example.com


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Stai per lasciare recordati.com per accedere al sito dedicato alle carriere di Recordati
You are now leaving recordati.com to enter Recordati's dedicated career site
The personal data that you provide by compiling this form will be used by Recordati Industria Chimica e Farmaceutica S.p.A. ("Recordati") – the "Data Controller" – solely for performing activities connected with the provision of the email alert service and it will be processed manually, by computer and via the internet in a manner that will guarantee its security and confidentiality. It is not compulsory for you to give your data, however, if you refuse to allow it to be processed, then it will be impossible for Recordati to provide you with the above-mentioned service. Your personal data may be passed on to other companies that belong to the RECORDATI Group or to associate companies of the Group and to third parties that Recordati uses to provide the service to you.
In any event we assure you that your data will be processed solely for the above purposes and using the above methods.
The company Tech Style S.r.l. has been appointed as external Data Processor in accordance with Art. 29 of the Privacy Code, because it has been engaged to maintain the technological part of the website. The Director of Investor Relations and Corporate Communication of Recordati S.p.a. has been appointed as internal Data Processor of Recordati in accordance with article 29 of the Privacy Code.
A data subject shall have the right to obtain at any moment confirmation of whether or not data is held on him/her, to know its content and origin, to check its accuracy or to ask for it to be added to, updated or rectified (article 7 of the Privacy Code).
Requests must be sent to the Data Processor of Recordati: by email, to the address: *protected email*; or by ordinary mail to Recordati Industria Chimica e Farmaceutica S.p.A. – Director of Investor Relations and Corporate Communications – 1 Via Civitali – 20148 Milan.
In accordance with article 23 of Legislative Decree No. 196/03 on personal data protection, having read the above information, I hereby authorise Recordati S.p.A. to process my personal data for the purposes set out in that same information. I am aware that if I refuse, Recordati will not be able to enable its email alert service for me.
Subsequent withdrawal of consent to the data processing mentioned in the preceding paragraph will result in the cancellation of the subscription request or cancellation of the subscription to the email alert service.

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20+ Years Experience
Specialist Ground Source Heat Pumps
If you are looking for the best Ground Source Heat Pump installers you've come to the right place.
We are a specialist Ground Source Heat Pump Installation company who have installed thousands of heat pumps in Clevedon and Somerset.
With installers based in Clevedon and Somerset, we can offer competitive prices and in July 2024 are able to get costs to you very quickly.
An effective ground source heat pump installation can provide major benefits to your home's heating system in July 2024, as well as the overall energy efficiency of how you heat each space. However, the added complexity means that it is not easy to install them without major help.
Our expert staff are able to manage your ground source heat pump installation perfectly, figuring out the ideal space to install ground loops and helping you through the installation one step at a time. If you are interested in a heat pump system, then we can make it much easier for you to get one.
We have worked with many different clients in Clevedon and Somerset, installing ground source heat pumps alongside plenty of other space-heating options and devices. As one of our most effective renewable heat technologies, these heat pumps are an ideal option for sticking to low running costs.
If you want to know more about our ground source heat pump installation services or the heat pumps that we can offer in Clevedon and Somerset, then keep reading below. If you are interested in an installation right away, contact us as soon as possible and let us know what you think you need.
There are many benefits to having a ground source heat pump some of these include:
At GSHPI, we can assist you with the best specifications, costs and prices in Clevedon. Make sure you contact us today for a number of great Ground Source Heat Pump Costs in Clevedon.
To install a ground source heat pump for a 240-meters-squared residence in Clevedon, a typical system costs anywhere between £15,000 and £25,000 overall.
The overall cost will depend on varying factors such as:
If you are looking for a more in-depth cost get in touch with us today for a free no-obligation quote!
Ground source heat pumps produce heat by 'sucking' it out of the ground, using natural warmth to heat up a combination of water and antifreeze. Since the heat in the ground is replenished naturally, it can be collected indefinitely, providing an infinite source of heat.
This heat is gathered through collector loops – rings or spirals of pipes vertically in a trench at least 70 meters below the ground. In their most basic form, these rings are a one-layer system that will pump cold water underground, heat it up through natural means, and then draw it back up to the house.
To get the pipes moving up and down, vertical boreholes are drilled. Some systems rely on these boreholes to create spirals instead of layers, going down between 90 to 160 meters in depth to extract much more heat. This array takes up less horizontal space but is a lot more complex.
Ground source heat pump installation is known for being energy-efficient, but not a lot of people understand why. If you are not aware of the benefits, then here is a quick and simple breakdown.
All ground source heat pumps work on the same system, heating up water naturally. This means that you are not burning fuel to create the heat – unlike a wood, gas, or oil boiler, you are not producing any pollution or waste products.
A decent ground source heat pump system will only need a small amount of electricity to run any related pumps or other devices, something that you can get through solar panels and batteries – leading to a completely self-contained heating system.
The average heat pump system can often take a long time to wear down, and some are able to keep constantly working for years without issues. As long as you get good ground source heat pumps, you can keep your home heated without any maintenance work whatsoever.
It is still important to check the system now and then, but this can usually be done from the part that is installed in your house – you do not have to dig up the entire garden to check for issues.
Ground source heat pumps create an excellent heating system that can be used in many different ways. Many people use them as part of underfloor heating systems since the pipes are naturally warm and placed below the house.
While the heating technology is relatively new and can still be improved, the system can still generate heat consistently in any weather and can run forever (at least until any problems occur), making it a 'fire and forget' option if you need a reasonable, consistent level of heat output.
As mentioned before, there are two types of ground source heat pumps: horizontal and vertical. Both have benefits and drawbacks, with the big difference being how much space you want to use up while creating your heating array.
A horizontal ground loop covers a wide area but without doing too deep into the ground. This is better suited for rural spaces or any home that has a lot of free space and generally costs slightly less overall, but it also means that more ground has to be dug up.
If your home has other garden obstructions (like paths, a pool, a pond, or large amounts of rock underground), then there can be some areas that the ground loop installation will have to bypass or avoid. This makes the planning stage incredibly important.
Making a plan on your own is tricky, but you can always contact us to get expert help on your ground source heat pump installation work.
Vertical pumps are easier to use in smaller spaces. Rather than spreading out the pipes, the system uses two separate boreholes at least 25cm wide, spaced at least five or six meters apart so that the heat does not disperse between them in the wrong way.
Instead of digging out, you have to dig down, meaning that each ground loop can become increasingly expensive to make thanks to the specialist machinery involved. They cost more to install but can also be the only suitable option if you live in very dense suburban (or sometimes even urban) areas.
This is another situation where planning ahead is important, so do not hesitate to ask for our expertise if you are not sure where to begin.
There are multiple things that impact how effective ground source heat pumps can be, and understanding them is important for keeping your heating system working efficiently. A suitable property is one of them – but what does that actually mean?
A larger property needs a larger ground source heat pump system installation. Even with this renewable heating source, having the right scale of the heat distribution system for your home allows it to stay heated properly. A larger building needs a larger ground array to collect heat, for example.
Maximum efficiency relies on the ground array being perfectly suited to the size of the house that you are using, including all water heating options. Too little heat will fail to provide all of the warm water you need, and too much heat can be a waste of money and resources.
Space is also one of the biggest issues when trying to source heat from the ground. Ground source heat pumps work by drawing heat from underground, so the more access you have to the ground itself, the easier this becomes.
Homes with more open property can easily have a flat ground array installed that only requires a single horizontal layer – something that is significantly cheaper. However, if you have little to no actual space beyond your home's walls, then a vertical system is the only real choice, and that can cost a lot more.
Ground source heat pumps operate much more efficiently if there is a lower difference in temperature. Minimising the difference between the target room and the temperature of the ground can be tricky, but proper insulation can often be the most important factor here.
The easier it becomes to maintain and match the same level of heat, the faster your ground source heat pump installation can make sure that the heating remains consistent. A ground loop placed in a cold area of the ground might not even be enough for basic underfloor heating.
At much as a quarter of your total heat can be lost through the roof and another quarter through your floors. In many homes, up to 35% of all heat dissipates through solid walls thanks to poor insulation and windows that are not air-tight.
The better insulated your home is, the easier it becomes to maintain a good level of heat once the ground source heat pump starts working. Even weaker heat pumps can become effective if you stop the heat from escaping easily, trapping it inside the house as the warmth builds up.
Remember that this is not always as simple as just 'adding insulation'. There may be other factors at play, which is why we recommend getting our experts to take a look at your home's layout. Fixing a mistake after the system has been installed can be costly and very tricky to pull off.
Similar to the temperature differences, something like an underfloor heating system can be quite a passive source of heat, as can domestic hot water use. The simpler your heating system and the less hot water it needs to be effective, the more powerful your ground source heat pump becomes.
Remember that heat pumps work best when they can easily reach the target temperature. Lowering the target temperature by using heating systems with better heat distribution or a greater coverage can actually help the system work more effectively.
If this does not make sense at first, do not be afraid to get in touch and ask us for a more defined plan. Your floor space can have a lot of different quirks, and it is not easy to pick out problem areas without at least some experience.
Finally, how would a heat pump actually impact your home? Do you need underfloor heating, or is renewable energy good for cutting down heating bills? How much money would it save you?
Make sure that you think long and hard about what you are buying before you commit to any design. You can also talk with us to get a better idea of what might work best for your home or requirements. Even certain design tweaks, like particular fan coils, can completely change the results you get.
At Ground Source Heat Pump Installation, we can assist you with the best specifications, costs and prices. Make sure you contact us today for a number of great heat pumps.
A ground source heat pump can be a very effective tool for heating a lot of homes. While many people use them as extra heating measures alongside natural gas or oil boilers there is also the chance that your home could benefit from using one as the main source of heat.
All heat pump types (ground source heat pumps, air-source heat pumps, and water source heat pumps) are able to extract more heat than a typical system 'costs' to run. However, most of them can't easily be used to heat up hot water, which creates an issue with getting hold of boiling water fast.
For a lot of homes, ground source heat pumps (or air source heat pumps) are used as a primary heating measure, with a boiler still installed for heating water. However, replacing your gas boiler with an electric option can be a lot more energy-efficient and allow for even lower pollution production.
Remember that you may have to modify the size of your radiators and other water-based heating equipment when working with this kind of system since it will be very different to a conventional boiler.
Ground source heat pump systems have become a very appealing option for load-shifting strategies. By tailoring your heat distribution infrastructure to peak hours, you can make sure that you switch to using the ground source heat pump exclusively whenever the prices would be highest.
Thanks to technical advances in things like thermal storage batteries, you can also store energy that you are not using right away, making it even easier to switch to renewable energy and heat when needed.
Remember that groups like the Energy Saving Trust can keep track of how carbon emissions are produced and that the UK government may be offering renewable heat incentive options to push people into switching. A load-shifting system makes this switch even more convenient.
When you install a heat pump, you need to be sure that you understand the basic considerations involved in making it all work. There are certain details that you might overlook which could really make a difference during the installation itself.
Pipelines and supplies need to be planned out before the installation starts, especially if the exact state of the ground is not known yet. The more that you know about how the installation will go, the easier it becomes to make sure that it can be carried out properly.
If you already have pipes and/or a pump installed, we might have to retrofit certain parts to suit your new heat pump system. Underfloor heating can sometimes be connected up to a new heat pump, but if the pipes are too different, then this could become tricky.
Once sealed, the ground loop system only requires minimal maintenance. A heat pump will last around 30 years, but the coils and heat exchanger will last about 70 years or more.
It still helps to perform annual service on the heat pump box and to learn how you can check the current state of the heat pump yourself. If something goes wrong, you want to know what is happening before you call a professional, especially if the heat pump is suffering a rare but severe malfunction.
Knowing where you want your heat to be placed can be important, too. For example, a 'plant room' that contains a lot of plant life might need to be carefully managed, while a hallway could have a more variable temperature.
Your heating system will hit some lower temperatures with heat pumps (even Kensa heat pumps and similar popular models), so you want to keep each "plant room" or otherwise temperature-sensitive space defined. Flooring your favourite plant room with poor heating can easily lead to dead plants, for example.
Who is paying for the heat pump? A decent heat pump can be expensive, but thanks to the government Renewable Heat incentive scheme (and Microgeneration Certification Scheme), this kind of electric heating has become a lot cheaper overall.
Be sure to go through the entire sign-up and certification process whenever you have time. Even self-builders who created their own dream house will want to apply since the scheme can massively cut down the costs of what you are buying if you get it installed by a professional – such as our excellent staff.
There are three core benefits of a heat pump: the lack of a mains gas connection, the reduced running costs, and the high durability of the system. All of this makes a long-lasting, cheap-to-run heating option that does not consume fuel or put out any polluting chemicals.
These ground source heat pumps rely on ground temperatures, so low temperatures can make the heating less effective if it has been badly installed. They can also cost a lot to initially install if you do not get government grants.
Underfloor heating is one of the most common ways to use a heat pump, and many homes do it intentionally. This makes good use of the lower overall temperature and simpler design.
It is not recommended to try and install a heat pump yourself. The systems are complex, dangerous, and hard to work with. If you want professional installation help, contact us, and we can handle the process for you.
If you are interested in working with us, then it is important to define when and where we can help install your system. Whichever expert installer we send will want to know exactly how you need the heat pump to be designed, right down to the direction of the coils.
Make sure that you plan ahead and know what kind of work you will need – and that you can describe it to another person. While we can easily form our own plan, we aim to make sure that we are producing what the client wants every time.
Make sure you contact us today for a number of great Ground Source Heat Pump Installation Services in South West.
Here are some towns we cover near Clevedon.
Nailsea, Portishead, Avonmouth, Weston-Super-Mare, BarkingWe absolutely love the service provided. Their approach is really friendly but professional. We went out to five different companies and found Ground Source Heat Pump Installation to be value for money and their service was by far the best. Thank you for your really awesome work, we will definitely be returning!
Stanley HollandWe have used Ground Source Heat Pump Installation for many years as they are certainly the best in the UK. The attention to detail and professional setup is what makes this company our go-to company for all our work. I highly recommend the team for the immense work - we highly recommend them!
Frederick HowardFor more information on Ground Source Heat Pump Installation services in Bristol, fill in the contact form below to receive a free quote today.
We Aim To Reply To All Enquiries With-in 24-Hours


text:
Contact Us
Sensible Staffing
The Business and Technology Centre
Bessemer Drive
Tel: 0208 364 9911
Fax: 0208 364 9966
Click here to email us
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The Business and Technology Centre
Bessemer Drive
Tel: 0208 364 9911
Fax: 0208 364 9966
Click here to email us
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We will collect and retain any personal data that you choose to send us using the online forms on our website. This information will only be used in accordance with our privacy policy and to provide you with a service or to answer your enquiry.
Sensible Staffing is part of the Pario Group of companies. At no stage will we disclose your information to a third party company outside of the Pario Group of companies and will use the appropriate security measures to ensure that all data remains private.
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text:
When selling your New Jersey home, don't rush into signing with an agent until you run some numbers and learn about all of your options. There are many costs of listing with an agent, sometimes a direct sell is a more lucrative choice. Educate yourself on all scenarios before you sign a listing agreement that binds you to an agent!
Here are just a few of the costs you might encounter when listing with an agent:
Commissions – 6%+ of the final sale price
Commission fees are usually paid in full by the seller. The percentage can vary but is typically around 6%. In addition to commissions, agents will often have administrative, agent and notary fees.
Inspections – At least a few hundred dollars
Typically a buyer will pay for the inspection as part of the closing costs, however, as a negotiation tactic, more sellers are picking up this cost themselves. After the inspection is done, repairs that must be made are negotiated between the buyer and the seller.
Appraisals – A few hundred dollars
Often times this will be the responsibility of the buyer. If a buyer is working with a lender, the lender will require the house be appraised before the deal is finalized. However, the appraisal cost can be negotiated, and ultimately be paid by the seller.
In some cases, sellers will have appraisals done on their own as a negotiation tactic for a sale. If any appraisal is done on your property, make sure you keep a copy for your records.
Cleaning – $0 to a few hundred
When selling your house, it needs to be clean. Like really clean. You should have a deep cleaning done on the house or clean it yourself from top to bottom. Open houses, surprise showings, and people stopping by to see the home will require the house be clean 24/7. If your schedule is already pretty busy, keeping your home in tip-top shape may require some outside help. The pricing will vary depending on the size of your home and the level of cleaning to be done. You can expect $100 and up per cleaning.
Staging – $0 to a few hundred
Maybe your home is already decorated with new hand towels, candles, bright colored throw pillows and selectively placed houseplants. If so, good for you! For the rest of us, really giving your home that "straight out of a catalog" charm will take a little work. This doesn't have to cost a ton, there are some great ways to DIY or find deals at a big box store. No matter what you do, make sure you keep your space tidy and pulled together. If interior decorating isn't your speed, have a friend help, or consult Pinterest. A few small pieces will bring a room together and make it really feel like a home.
Repairs – Varies
As mentioned above, repairs will need to be negotiated between a buyer and a seller. As a seller, if there are repairs you are aware of, it is best to acknowledge them and let potential buyers know these costs have already been calculated into your asking price. Come to the table with a credit for repairs so the buyer feels secure about purchasing the home. If new repairs come to light after an inspection, these will need to be taken care of and terms agreed to before the sale becomes final.
Bills While The Home Is On The Market – Varies (Can be hundreds or even thousands!)
Even if you have moved out of your home while you have it on the market, you will still need to keep the utilities on. When you list, there is no way of knowing how long it will take for your home to sell. It could be months! In addition, you are responsible for the property taxes and homeowners insurance up until the day of closing. If your home sits on the market for any amount of time, (as many do) these bills can add up to a small fortune!


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text:
This page lists all Haskell keywords, feel free to edit. Hoogle searches will return results from this page. Please respect the Anchor macros.
For additional information you might want to look at the Haskell 2010 report.
Whenever a data constructor is applied, each argument to the constructor is evaluated if and only if the corresponding type in the algebraic datatype declaration has a strictness flag, denoted by an exclamation point. For example:
data STList a
= STCons a !(STList a) -- the second argument to STCons will be
-- evaluated before STCons is applied
| STNil
to illustrate the difference between strict versus lazy constructor application, consider the following:
stList = STCons 1 undefined
lzList = (:) 1 undefined
stHead (STCons h _) = h -- this evaluates to undefined when applied to stList
lzHead (h : _) = h -- this evaluates to 1 when applied to lzList
! is also used in the "bang patterns" (GHC extension), to indicate strictness in patterns:
f !x !y = x + y
- Character literal:
- Template Haskell: Name of a (value) variable or data constructor:
- (in types, GHC specific) Promoted data constructor:
- Template Haskell: Name of a type constructor or class:
This operator token is magic/irregular in the sense that
(- 1)
is parsed as the negative integer -1, rather than as an operator section, as it would be for any other operator:
(* 1) :: Num a => a -> a
(++ "foo") :: String -> String
It is syntactic sugar for the negate
function in Prelude. See unary operator.
If you want the section, you can use the subtract
function or (+(-1))
Starts a single-line comment, unless immediately followed by an operator character other than -
main = print "hello world" -- this is a comment
--this is a comment as well
---this too
foobar --+ this_is_the_second_argument_of_the_dash_dash_plus_operator
The multi-line variant for comments is {- comment -}
- The function type constructor:
length :: [a] -> Int
- In lambda functions:
\x -> x + 1
- To denote alternatives in case statements:
case Just 3 of
Nothing -> False
Just x -> True
or with LambdaCase:
(\ case 1 -> 0
; _ -> 1 )
or with MultiWayIf:
if | 1 == 0 -> 1
| 1 == 2 -> 2
| otherwise -> 3
- On the kind level (GHC specific):
ghci> :kind (->)
(->) :: * -> * -> *
-- This examples assumes that each type 'c' can "contain" only one type
-- i.e. type 'c' uniquely determines type 'elt'
class Contains c elt | c -> elt where
Read as "has type":
length :: [a] -> Int
"Length has type list-of-'a' to Int"
Or "has kind" (GHC specific):
Either :: * -> * -> *
- Statement separator in an explicit block (see layout)
- In do-notation, "draw from":
do x <- getChar
putChar x
- In list comprehension generators, "in":
[ (x,y) | x <- [1..10], y <- ['a'..'z'] ]
- In pattern guards, "matches":
f x y | Just z <- g x = True
| otherwise = False
Separator in lists, tuples, records.
Point {x = 1, y = 2}
In list comprehensions before generators, "and" (the first comma after |
[ (x,y) | x <- [1..10], y <- ['a'..'z'], x > 42 ]
In list comprehensions before Boolean tests, "when" (the second comma after |
[ (x,y) | x <- [1..10], y <- ['a'..'z'], x > 42 ]
In guards inside case expressions, "and when":
case [1,3,9] of xs | (x:ys) <- xs, (y:_) <- ys, let z=x+1, z /= y -> [x,y,z]
In module import and export lists:
module MyModule
( MyData (C1,C2)
, myFun ) where
import MyModule (MyData (C1,C2), myFun)
Used in definitions.
x = 4
Also in pattern-matching records:
case point of
Point {x = x0, y = y0} -> f x0 y0
Used to indicate instance contexts, for example:
sort :: Ord a => [a] -> [a]
In a Bird's style Literate Haskell file, the > character is used to introduce a code line.
comment line
> main = print "hello world"
ghci> :t ?foo ++ "bar"
?foo ++ "bar" :: (?foo::[Char]) => [Char]
- Is an ordinary operator name on the value level
- On the kind level: The kind of boxed types (GHC-specific)
ghci> :kind Int
Int :: *
- Patterns of the form
are called as-patterns, and allow one to usevar
as a name for the value being matched bypat
. For example:
case e of { xs@(x:rest) -> if x==0 then rest else xs }
-- is equivalent to:
let { xs = e } in
case xs of { (x:rest) -> if x==0 then rest else xs }
[|, |]
- Template Haskell
- Expression quotation:
[| print 1 |]
- Declaration quotation:
[d| main = print 1 |]
- Type quotation:
[t| Either Int () |]
- Pattern quotation:
[p| (x,y) |]
- Quasiquotation:
[nameOfQuasiQuoter| ... |]
- Expression quotation:
The backslash "\" is used
- in multiline strings
- in lambda functions
\x -> x + 1
Patterns of the form _ are wildcards and are useful when some part of a pattern is not referenced on the right-hand-side. It is as if an identifier not used elsewhere were put in its place. For example,
case e of { [x,_,_] -> if x==0 then True else False }
is equivalent to:
case e of { [x,y,z] -> if x==0 then True else False }
A function enclosed in back ticks "`" can be used as an infix operator.
2 `subtract` 10
is the same as
subtract 2 10
{, }
- Explicit block (disable layout), possibly with ";" .
- Record update notation
changePrice :: Thing -> Price -> Thing
changePrice x new = x { price = new }
- Comments (see below)
{-, -}
Everything between "{-" followed by a space and "-}" is a block comment.
The "pipe" is used in several places
- Data type definitions, "or"
data Maybe a = Just a | Nothing
- List comprehensions, "for" (as in, "list of
squares = [a*a | a <- [1..]]
- Guards, "when"
safeTail x | null x = []
| otherwise = tail x
- Functional dependencies, "where"
class Contains c elt | c -> elt where
- Lazy pattern bindings. Matching the pattern
against a value always succeeds, and matching will only diverge when one of the variables bound in the pattern is used.
f1, f2 :: Maybe Int -> String
f1 x = case x of
Just n -> "Got it"
f2 x = case x of
~(Just n) -> "Got it"
(+++), (++++) :: (a -> b) -> (c -> d) -> (a, c) -> (b, d)
(f +++ g) ~(x, y) = (f x, g y)
(f ++++ g) (x, y) = (f x, g y)
Then we have:
f1 Nothing
Exception: Non-exhaustive patterns in case
f2 Nothing
"Got it"
(const 1 +++ const 2) undefined
(const 1 ++++ const 2) undefined
Exception: Prelude.undefined
For more details see the Haskell Wikibook.
- Equality constraints. Assert that two types in a context must be the same:
example :: F a ~ b => a -> b
Here the type "F a" must be the same as the type "b", which allows one to constrain polymorphism (especially where type families are involved), but to a lesser extent than functional dependencies. See Type Families.
Renaming module imports. Like qualified
and hiding
, as
is not a reserved word but may be used as function or variable name.
import qualified Data.Map as M
main = print (M.empty :: M.Map Int ())
case, of
A case expression has the general form
case e of { p1 match1 ; ... ; pn matchn }
where each match
i is of the general form
| g1 -> e1
| gm -> em
where decls
Each alternative consists of patterns p
i and their matches, match
i. Each
i in turn consists of a sequence of pairs of guards g
ij and bodies e
(expressions), followed by optional bindings (decls
i) that scope over all
of the guards and expressions of the alternative. An alternative of the
pat -> exp where decls
is treated as shorthand for:
pat | True -> exp
where decls
A case expression must have at least one alternative and each alternative must have at least one body. Each body must have the same type, and the type of the whole expression is that type.
A case expression is evaluated by pattern matching the expression e
against the individual alternatives. The alternatives are tried
sequentially, from top to bottom. If e
matches the pattern in the
alternative, the guards for that alternative are tried sequentially from
top to bottom, in the environment of the case expression extended first
by the bindings created during the matching of the pattern, and then by
the decls
i in the where
clause associated with that alternative. If one
of the guards evaluates to True
, the corresponding right-hand side is
evaluated in the same environment as the guard. If all the guards
evaluate to False
, matching continues with the next alternative. If no
match succeeds, the result is _|_.
A class declaration introduces a new type class and the overloaded operations that must be supported by any type that is an instance of that class.
class Num a where
(+) :: a -> a -> a
negate :: a -> a
The data declaration is how one introduces new algebraic data types into Haskell. For example:
data Set a = NilSet
| ConsSet a (Set a)
Another example, to create a datatype to hold an abstract syntax tree for an expression, one could use:
data Exp = Ebin Operator Exp Exp
| Eunary Operator Exp
| Efun FunctionIdentifier [Exp]
| Eid SimpleIdentifier
where the types Operator, FunctionIdentifier
and SimpleIdentifier
are defined elsewhere.
See the page on types for more information, links and examples.
data family
Declares a datatype family (see type families). GHC language extension.
data instance
Declares a datatype family instance (see type families). GHC language extension.
Ambiguities in the class Num are most common, so Haskell provides a way to resolve them---with a default declaration:
default (Int)
Only one default declaration is permitted per module, and its effect is limited to that module. If no default declaration is given in a module then it assumed to be:
default (Integer, Double)
data and newtype declarations contain an optional deriving form. If the form is included, then derived instance declarations are automatically generated for the datatype in each of the named classes.
Derived instances provide convenient commonly-used operations for user-defined datatypes. For example, derived instances for datatypes in the class Eq define the operations == and /=, freeing the programmer from the need to define them.
data T = A
deriving (Eq, Ord, Show)
In the case of newtypes, GHC extends this mechanism to Cunning Newtype Deriving.
deriving instance
Standalone deriving (GHC language extension).
{-# LANGUAGE StandaloneDeriving #-}
data A = A
deriving instance Show A
Syntactic sugar for use with monadic expressions. For example:
do { x ; result <- y ; foo result }
is shorthand for:
x >>
y >>= \result ->
foo result
This is a GHC/Hugs extension, and as such is not portable Haskell 98/2010. It is only a reserved word within types.
Type variables in a Haskell type expression are all assumed to be
universally quantified; there is no explicit syntax for universal
quantification, in standard Haskell 98/2010. For example, the type expression
a -> a
denotes the type forall a. a ->a
For clarity, however, we often write quantification explicitly when
discussing the types of Haskell programs. When we write an explicitly
quantified type, the scope of the forall extends as far to the right as
possible; for example,
forall a. a -> a
forall a. (a -> a)
GHC introduces a forall
keyword, allowing explicit quantification, for example, to encode
existential types:
data Foo = forall a. MkFoo a (a -> Bool)
| Nil
MkFoo :: forall a. a -> (a -> Bool) -> Foo
Nil :: Foo
[MkFoo 3 even, MkFoo 'c' isUpper] :: [Foo]
A keyword for the Foreign Function Interface (commonly called the FFI) that introduces either a foreign import
declaration, which makes a function from a non-Haskell library available in a Haskell program, or a foreign export
declaration, which allows a function from a Haskell module to be called in non-Haskell contexts.
When importing modules, without introducing a name into scope, entities can be excluded by using the form
hiding (import1 , ... , importn )
which specifies that all entities exported by the named module should be imported except for those named in the list.
For example:
import Prelude hiding (lookup,filter,foldr,foldl,null,map)
if, then, else
A conditional expression has the form:
if e1 then e2 else e3
and returns the value of e2 if the value of e1 is True, e3 if e1 is False, and _|_ otherwise.
max a b = if a > b then a else b
Modules may reference other modules via explicit import declarations, each giving the name of a module to be imported and specifying its entities to be imported.
For example:
module Main where
import A
import B
main = A.f >> B.f
module A where
f = ...
module B where
f = ...
See also as, hiding , qualified and the page Import
infix, infixl, infixr
A fixity declaration gives the fixity and binding precedence of one or more operators. The integer in a fixity declaration must be in the range 0 to 9. A fixity declaration may appear anywhere that a type signature appears and, like a type signature, declares a property of a particular operator.
There are three kinds of fixity, non-, left- and right-associativity (infix, infixl, and infixr, respectively), and ten precedence levels, 0 to 9 inclusive (level 0 binds least tightly, and level 9 binds most tightly).
module Bar where
infixr 7 `op`
op = ...
An instance declaration declares that a type is an instance of a class and includes the definitions of the overloaded operations - called class methods - instantiated on the named type.
instance Num Int where
x + y = addInt x y
negate x = negateInt x
let, in
Let expressions have the general form:
let { d1 ; ... ; dn } in e
They introduce a nested, lexically-scoped, mutually-recursive list of declarations (let is often called let rec in other languages). The scope of the declarations is the expression e and the right hand side of the declarations.
Within do
-blocks or list comprehensions let { d1 ; ... ; dn }
without in
serves to introduce local bindings.
The recursive do
keyword enabled by -fglasgow-exts.
Taken from: A Gentle Introduction to Haskell, Version 98
Technically speaking, a module is really just one big declaration which begins with the keyword module; here's an example for a module whose name is Tree:
module Tree ( Tree(Leaf,Branch), fringe ) where
data Tree a = Leaf a | Branch (Tree a) (Tree a)
fringe :: Tree a -> [a]
fringe (Leaf x) = [x]
fringe (Branch left right) = fringe left ++ fringe right
The newtype
declaration is how one introduces a renaming for an algebraic data type into Haskell. This is different from type
below, as a newtype
requires a new constructor as well. As an example, when writing a compiler
one sometimes further qualifies Identifier
s to assist in type safety checks:
newtype SimpleIdentifier = SimpleIdentifier Identifier newtype FunctionIdentifier = FunctionIdentifier Identifier
Most often, one supplies smart constructors and destructors for these to ease working with them.
See the page on types for more information, links and examples.
For the differences between newtype
and data
, see Newtype.
proc (arrow abstraction) is a kind of lambda, except that it constructs an arrow instead of a function.
Used to import a module, but not introduce a name into scope. For example, Data.Map exports lookup, which would clash with the Prelude version of lookup, to fix this:
import qualified Data.Map
f x = lookup x -- use the Prelude version
g x = Data.Map.lookup x -- use the Data.Map version
Of course, Data.Map is a bit of a mouthful, so qualified also allows the use of as.
import qualified Data.Map as M
f x = lookup x -- use Prelude version
g x = M.lookup x -- use Data.Map version
The rec keyword can be used when the -XDoRec
flag is given; it allows recursive bindings in a do-block.
{-# LANGUAGE DoRec #-}
justOnes = do { rec { xs <- Just (1:xs) }
; return (map negate xs) }
The type
declaration is how one introduces an alias for an algebraic data type into Haskell. As an example, when writing a compiler
one often creates an alias for identifiers:
type Identifier = String
This allows you to use Identifer
wherever you had used String
and if something is of type Identifier
may be used wherever a String
is expected.
See the page on types for more information, links and examples.
Some common type
declarations in the Prelude include:
type FilePath = String
type String = [Char]
type Rational = Ratio Integer
type ReadS a = String -> [(a,String)]
type ShowS = String -> String
type family
Declares a type synonym family (see type families). GHC language extension.
type instance
Declares a type synonym family instance (see type families). GHC language extension.
Used to introduce a module, instance, class or GADT:
module Main where
class Num a where
instance Num Int where
data Something a where
And to bind local variables:
f x = y
where y = x * 2
g z | z > 2 = y
where y = x * 2


text:
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Order by 2:00 PM PST for same day pickup or delivery!
* Fee charged in addition to the Standard Delivery Fee
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text:
The Obama administration says it has patched hundreds of software bugs infecting the government's health insurance website. That includes the notorious "prison glitch."
Martha Freeman of Pennsylvania encountered the bug when she tried to sign up for coverage for herself and her adult children. The website wanted documentation of the children's incarceration status.
Never mind they'd never been in prison. The website was soon locked up.
Freeman figured she was stuck in solitary, until she called the toll-free help line and discovered she wasn't alone.
"I was talking to a lovely woman with a Southern accent," Freeman recalled last week. "And she said, 'Oh, yeah. The prison glitch. I've heard that before.' "
Delia Igo of Indiana was also snared when the website became convinced — incorrectly — that she was in prison.
According to the agency that oversees HealthCare.gov, Igo and the other victims of the prison glitch have now been liberated.
"That has been fixed," said spokeswoman Julie Bataille of the Centers for Medicare and Medicaid Services.
During a call with reporters Wednesday, Bataille suggested that insurance customers who've been wrongly incarcerated by the prison glitch hit the reset button and start their applications again.
Copyright 2021 NPR. To see more, visit https://www.npr.org.


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Corpus of South Arabian Inscriptions
The ASA (Ancient South Arabian) corpus is one of the most interesting collections of epigraphic documents of the Semitic world, first and foremost for its vastness. With its over 15,000 inscriptions, it is the first-hand, written documentation of the culture that flourished in South Arabia from the late second millennium BC to the sixth century AD. At present, CSAI contains a collection of some 8,600 texts, for the most part digitized by the team of the University of Pisa under the direction of A. Avanzini.